premise
stringclasses 41
values | hypothesis
stringlengths 8
198
| label
stringclasses 2
values | config
stringclasses 3
values |
|---|---|---|---|
::stage Egg:: Fleas lay between four to eight eggs after a meal, with the highest concentrations of laying occurring within the last few days of the female's life. Unlike the eggs of some other parasites, flea eggs are not sticky and usually fall to the ground immediately upon being laid. Flea eggs hatch into larvae within one to 12 days. ::stage Larvae:: Flea larvae are approximately 3 to 5.2 mm long and are semitransparent white in color. The larval stage lasts from four to 18 days, after which larvae spin silken cocoons and enter the pupal stage. The pupal stage may be complete within three days, or it can last as long as one year. Flea larvae hatch from eggs that were laid by a female flea and have fallen off the animal host. Once away from the host, the larvae seek out shaded locations such as cracks in the floor, in carpets, in pet bedding or protected locations under and in furniture. Flea larval survival depends on relative humidity and temperatures. Since dehydration is fatal to flea larvae, they will not survive relative humidity less than 45-50 percent or soil temperatures greater than 95 degrees Fahrenheit. However, if outdoor larvae will survive in cool, shaded areas and do very well in crawl spaces. In environments of suitable humidity and temperatures, fleas will develop year round. Flea larvae complete three larval instars (stages) and, depending on their environment, will range in length from about 3-5 mm long. Flea larvae have no eyes and no legs. Their body is maggot-like and whitish, but turns progressively darker as the larvae feeds on feces excreted by the adult fleas. Other than feces, larvae will feed on various types of organic matter such as food particles, dead skin, dead insects and feathers. Flea larvae do not take a blood meal directly from a host, unlike adult fleas. The flea's larval stage is completed within about 4-18 days. One of the last activities of flea larvae is to spin a silken cocoon and then enter the pupal stage. Controlling flea larvae usually involves using vacuums to remove, use of insect growth regulators and dust formulations that cause desiccation of the larvae. Adult fleas begin searching for food when they emerge from the pupal stage. While fleas are noted for their jumping abilities, they will remain stationery when a suitable host is located. Females begin laying eggs within 48 hours of the first feed, thus beginning the life cycle again. Cold environments cause eggs to perish before hatching. Humidity below 45 percent will kill larvae. Fleas in the pupal stage will become adults more rapidly in the presence of warmth and high humidity. | adultsnot eat blood | not_entailment | difference |
::stage Egg:: Fleas lay between four to eight eggs after a meal, with the highest concentrations of laying occurring within the last few days of the female's life. Unlike the eggs of some other parasites, flea eggs are not sticky and usually fall to the ground immediately upon being laid. Flea eggs hatch into larvae within one to 12 days. ::stage Larvae:: Flea larvae are approximately 3 to 5.2 mm long and are semitransparent white in color. The larval stage lasts from four to 18 days, after which larvae spin silken cocoons and enter the pupal stage. The pupal stage may be complete within three days, or it can last as long as one year. Flea larvae hatch from eggs that were laid by a female flea and have fallen off the animal host. Once away from the host, the larvae seek out shaded locations such as cracks in the floor, in carpets, in pet bedding or protected locations under and in furniture. Flea larval survival depends on relative humidity and temperatures. Since dehydration is fatal to flea larvae, they will not survive relative humidity less than 45-50 percent or soil temperatures greater than 95 degrees Fahrenheit. However, if outdoor larvae will survive in cool, shaded areas and do very well in crawl spaces. In environments of suitable humidity and temperatures, fleas will develop year round. Flea larvae complete three larval instars (stages) and, depending on their environment, will range in length from about 3-5 mm long. Flea larvae have no eyes and no legs. Their body is maggot-like and whitish, but turns progressively darker as the larvae feeds on feces excreted by the adult fleas. Other than feces, larvae will feed on various types of organic matter such as food particles, dead skin, dead insects and feathers. Flea larvae do not take a blood meal directly from a host, unlike adult fleas. The flea's larval stage is completed within about 4-18 days. One of the last activities of flea larvae is to spin a silken cocoon and then enter the pupal stage. Controlling flea larvae usually involves using vacuums to remove, use of insect growth regulators and dust formulations that cause desiccation of the larvae. Adult fleas begin searching for food when they emerge from the pupal stage. While fleas are noted for their jumping abilities, they will remain stationery when a suitable host is located. Females begin laying eggs within 48 hours of the first feed, thus beginning the life cycle again. Cold environments cause eggs to perish before hatching. Humidity below 45 percent will kill larvae. Fleas in the pupal stage will become adults more rapidly in the presence of warmth and high humidity. | flea larvae eat blood | entailment | difference |
::stage Egg:: Fleas lay between four to eight eggs after a meal, with the highest concentrations of laying occurring within the last few days of the female's life. Unlike the eggs of some other parasites, flea eggs are not sticky and usually fall to the ground immediately upon being laid. Flea eggs hatch into larvae within one to 12 days. ::stage Larvae:: Flea larvae are approximately 3 to 5.2 mm long and are semitransparent white in color. The larval stage lasts from four to 18 days, after which larvae spin silken cocoons and enter the pupal stage. The pupal stage may be complete within three days, or it can last as long as one year. Flea larvae hatch from eggs that were laid by a female flea and have fallen off the animal host. Once away from the host, the larvae seek out shaded locations such as cracks in the floor, in carpets, in pet bedding or protected locations under and in furniture. Flea larval survival depends on relative humidity and temperatures. Since dehydration is fatal to flea larvae, they will not survive relative humidity less than 45-50 percent or soil temperatures greater than 95 degrees Fahrenheit. However, if outdoor larvae will survive in cool, shaded areas and do very well in crawl spaces. In environments of suitable humidity and temperatures, fleas will develop year round. Flea larvae complete three larval instars (stages) and, depending on their environment, will range in length from about 3-5 mm long. Flea larvae have no eyes and no legs. Their body is maggot-like and whitish, but turns progressively darker as the larvae feeds on feces excreted by the adult fleas. Other than feces, larvae will feed on various types of organic matter such as food particles, dead skin, dead insects and feathers. Flea larvae do not take a blood meal directly from a host, unlike adult fleas. The flea's larval stage is completed within about 4-18 days. One of the last activities of flea larvae is to spin a silken cocoon and then enter the pupal stage. Controlling flea larvae usually involves using vacuums to remove, use of insect growth regulators and dust formulations that cause desiccation of the larvae. Adult fleas begin searching for food when they emerge from the pupal stage. While fleas are noted for their jumping abilities, they will remain stationery when a suitable host is located. Females begin laying eggs within 48 hours of the first feed, thus beginning the life cycle again. Cold environments cause eggs to perish before hatching. Humidity below 45 percent will kill larvae. Fleas in the pupal stage will become adults more rapidly in the presence of warmth and high humidity. | adultsnot eat Adult flea feces | entailment | difference |
::stage Egg:: Fleas lay between four to eight eggs after a meal, with the highest concentrations of laying occurring within the last few days of the female's life. Unlike the eggs of some other parasites, flea eggs are not sticky and usually fall to the ground immediately upon being laid. Flea eggs hatch into larvae within one to 12 days. ::stage Larvae:: Flea larvae are approximately 3 to 5.2 mm long and are semitransparent white in color. The larval stage lasts from four to 18 days, after which larvae spin silken cocoons and enter the pupal stage. The pupal stage may be complete within three days, or it can last as long as one year. Flea larvae hatch from eggs that were laid by a female flea and have fallen off the animal host. Once away from the host, the larvae seek out shaded locations such as cracks in the floor, in carpets, in pet bedding or protected locations under and in furniture. Flea larval survival depends on relative humidity and temperatures. Since dehydration is fatal to flea larvae, they will not survive relative humidity less than 45-50 percent or soil temperatures greater than 95 degrees Fahrenheit. However, if outdoor larvae will survive in cool, shaded areas and do very well in crawl spaces. In environments of suitable humidity and temperatures, fleas will develop year round. Flea larvae complete three larval instars (stages) and, depending on their environment, will range in length from about 3-5 mm long. Flea larvae have no eyes and no legs. Their body is maggot-like and whitish, but turns progressively darker as the larvae feeds on feces excreted by the adult fleas. Other than feces, larvae will feed on various types of organic matter such as food particles, dead skin, dead insects and feathers. Flea larvae do not take a blood meal directly from a host, unlike adult fleas. The flea's larval stage is completed within about 4-18 days. One of the last activities of flea larvae is to spin a silken cocoon and then enter the pupal stage. Controlling flea larvae usually involves using vacuums to remove, use of insect growth regulators and dust formulations that cause desiccation of the larvae. Adult fleas begin searching for food when they emerge from the pupal stage. While fleas are noted for their jumping abilities, they will remain stationery when a suitable host is located. Females begin laying eggs within 48 hours of the first feed, thus beginning the life cycle again. Cold environments cause eggs to perish before hatching. Humidity below 45 percent will kill larvae. Fleas in the pupal stage will become adults more rapidly in the presence of warmth and high humidity. | larvae can't eat organic matter | not_entailment | difference |
::stage Egg:: Fleas lay between four to eight eggs after a meal, with the highest concentrations of laying occurring within the last few days of the female's life. Unlike the eggs of some other parasites, flea eggs are not sticky and usually fall to the ground immediately upon being laid. Flea eggs hatch into larvae within one to 12 days. ::stage Larvae:: Flea larvae are approximately 3 to 5.2 mm long and are semitransparent white in color. The larval stage lasts from four to 18 days, after which larvae spin silken cocoons and enter the pupal stage. The pupal stage may be complete within three days, or it can last as long as one year. Flea larvae hatch from eggs that were laid by a female flea and have fallen off the animal host. Once away from the host, the larvae seek out shaded locations such as cracks in the floor, in carpets, in pet bedding or protected locations under and in furniture. Flea larval survival depends on relative humidity and temperatures. Since dehydration is fatal to flea larvae, they will not survive relative humidity less than 45-50 percent or soil temperatures greater than 95 degrees Fahrenheit. However, if outdoor larvae will survive in cool, shaded areas and do very well in crawl spaces. In environments of suitable humidity and temperatures, fleas will develop year round. Flea larvae complete three larval instars (stages) and, depending on their environment, will range in length from about 3-5 mm long. Flea larvae have no eyes and no legs. Their body is maggot-like and whitish, but turns progressively darker as the larvae feeds on feces excreted by the adult fleas. Other than feces, larvae will feed on various types of organic matter such as food particles, dead skin, dead insects and feathers. Flea larvae do not take a blood meal directly from a host, unlike adult fleas. The flea's larval stage is completed within about 4-18 days. One of the last activities of flea larvae is to spin a silken cocoon and then enter the pupal stage. Controlling flea larvae usually involves using vacuums to remove, use of insect growth regulators and dust formulations that cause desiccation of the larvae. Adult fleas begin searching for food when they emerge from the pupal stage. While fleas are noted for their jumping abilities, they will remain stationery when a suitable host is located. Females begin laying eggs within 48 hours of the first feed, thus beginning the life cycle again. Cold environments cause eggs to perish before hatching. Humidity below 45 percent will kill larvae. Fleas in the pupal stage will become adults more rapidly in the presence of warmth and high humidity. | adult fleas can eat organic matter | entailment | difference |
::stage Egg:: Fleas lay between four to eight eggs after a meal, with the highest concentrations of laying occurring within the last few days of the female's life. Unlike the eggs of some other parasites, flea eggs are not sticky and usually fall to the ground immediately upon being laid. Flea eggs hatch into larvae within one to 12 days. ::stage Larvae:: Flea larvae are approximately 3 to 5.2 mm long and are semitransparent white in color. The larval stage lasts from four to 18 days, after which larvae spin silken cocoons and enter the pupal stage. The pupal stage may be complete within three days, or it can last as long as one year. Flea larvae hatch from eggs that were laid by a female flea and have fallen off the animal host. Once away from the host, the larvae seek out shaded locations such as cracks in the floor, in carpets, in pet bedding or protected locations under and in furniture. Flea larval survival depends on relative humidity and temperatures. Since dehydration is fatal to flea larvae, they will not survive relative humidity less than 45-50 percent or soil temperatures greater than 95 degrees Fahrenheit. However, if outdoor larvae will survive in cool, shaded areas and do very well in crawl spaces. In environments of suitable humidity and temperatures, fleas will develop year round. Flea larvae complete three larval instars (stages) and, depending on their environment, will range in length from about 3-5 mm long. Flea larvae have no eyes and no legs. Their body is maggot-like and whitish, but turns progressively darker as the larvae feeds on feces excreted by the adult fleas. Other than feces, larvae will feed on various types of organic matter such as food particles, dead skin, dead insects and feathers. Flea larvae do not take a blood meal directly from a host, unlike adult fleas. The flea's larval stage is completed within about 4-18 days. One of the last activities of flea larvae is to spin a silken cocoon and then enter the pupal stage. Controlling flea larvae usually involves using vacuums to remove, use of insect growth regulators and dust formulations that cause desiccation of the larvae. Adult fleas begin searching for food when they emerge from the pupal stage. While fleas are noted for their jumping abilities, they will remain stationery when a suitable host is located. Females begin laying eggs within 48 hours of the first feed, thus beginning the life cycle again. Cold environments cause eggs to perish before hatching. Humidity below 45 percent will kill larvae. Fleas in the pupal stage will become adults more rapidly in the presence of warmth and high humidity. | adult fleas can jump | entailment | difference |
::stage Egg:: Fleas lay between four to eight eggs after a meal, with the highest concentrations of laying occurring within the last few days of the female's life. Unlike the eggs of some other parasites, flea eggs are not sticky and usually fall to the ground immediately upon being laid. Flea eggs hatch into larvae within one to 12 days. ::stage Larvae:: Flea larvae are approximately 3 to 5.2 mm long and are semitransparent white in color. The larval stage lasts from four to 18 days, after which larvae spin silken cocoons and enter the pupal stage. The pupal stage may be complete within three days, or it can last as long as one year. Flea larvae hatch from eggs that were laid by a female flea and have fallen off the animal host. Once away from the host, the larvae seek out shaded locations such as cracks in the floor, in carpets, in pet bedding or protected locations under and in furniture. Flea larval survival depends on relative humidity and temperatures. Since dehydration is fatal to flea larvae, they will not survive relative humidity less than 45-50 percent or soil temperatures greater than 95 degrees Fahrenheit. However, if outdoor larvae will survive in cool, shaded areas and do very well in crawl spaces. In environments of suitable humidity and temperatures, fleas will develop year round. Flea larvae complete three larval instars (stages) and, depending on their environment, will range in length from about 3-5 mm long. Flea larvae have no eyes and no legs. Their body is maggot-like and whitish, but turns progressively darker as the larvae feeds on feces excreted by the adult fleas. Other than feces, larvae will feed on various types of organic matter such as food particles, dead skin, dead insects and feathers. Flea larvae do not take a blood meal directly from a host, unlike adult fleas. The flea's larval stage is completed within about 4-18 days. One of the last activities of flea larvae is to spin a silken cocoon and then enter the pupal stage. Controlling flea larvae usually involves using vacuums to remove, use of insect growth regulators and dust formulations that cause desiccation of the larvae. Adult fleas begin searching for food when they emerge from the pupal stage. While fleas are noted for their jumping abilities, they will remain stationery when a suitable host is located. Females begin laying eggs within 48 hours of the first feed, thus beginning the life cycle again. Cold environments cause eggs to perish before hatching. Humidity below 45 percent will kill larvae. Fleas in the pupal stage will become adults more rapidly in the presence of warmth and high humidity. | larvae can't jump | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | larva can not white | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | larva can not brown | not_entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | pupa can white | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | pupa can brown | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | adult can transforming | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | pupa can not transforming | not_entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | pupa can not walking | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | adult can walking | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | pupa can not Eat | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | larva can Wiggle | not_entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | larva can Eat | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | pupa can not Wiggle | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | adult have the ability to Walk | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | adult have the ability to Wiggle | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | pupa do not have the ability to Walk | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | pupa do not have the ability to Wiggle | not_entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | a pdarkling beetle pupa develops antennae | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | a larva does not develop antennae | not_entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | a larva does not develop wing buds | entailment | difference |
::stage Egg:: The first stage of life is spent as an egg. The white bean-shaped egg is tiny and about the size of a speck of dust. The egg is sticky and is quickly concealed by dirt, dust, and substrate. It will take around one to four weeks for an egg to hatch and the larva to emerge. ::stage Larva:: The second stage of life lasts about eight to ten weeks and is spent as a brown larva. This is the stage where the insect is a mealworm. When first hatched, the larva is quite small but will grow to one to one and a half inches long. Since the mealworm has a hard exoskeleton, the worm will need to molt and shed its hard outer shell in order to grow. Molts will occur ten to twenty times during this stage of life. A recently molted worm will be soft and white, but the exoskeleton will quickly harden. A mealworm spends its time eating and growing in order to save up energy for the next transformation. ::stage Pupa:: During a mealworm's last molt it will turn into a white alien-like pupa. The pupa has no mouth or anus so does not eat. The pupa does have leg and wing buds, but they do not function. The pupa is quite helpless and the only movement it can do is wiggle. This stage of life will last one to three weeks as the pupa transforms its organs and body into an adult. ::stage Adult:: The final stage of the insect's life is as the darkling beetle and lasts one to three months. The beetle will be white with a soft exoskeleton. As the outer shell hardens, the beetle will turn brown and then black. The beetle does have hard wings, but it is unable to fly. After about one to two weeks of adult life, beetles will begin to mate and reproduce. A few days after mating, female beetles will burrow into soil or substrate and lay eggs. Darkling beetles are prolific breeders and females can lay hundreds of eggs during their adult lives. | a pdarkling beetle pupa develops wing buds | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | alevin do not have the gravel beds | not_entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | fry have the gravel beds | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | alevin do not have slow moving waters | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | fry have slow moving waters | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | fry have Its parr marks | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | smolt do not have Its parr marks | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | fry have Its gills | not_entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | smolt do not have Its gills | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | a fry does not eat orange yolk sac | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | an alevin use for food orange yolk sac | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | an alevin use for food insects | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | a fry does not eat insects | not_entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | an adult does not can Stripes | not_entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | a smolt has marks on it \"Parr\" marks | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | an adult does not can \"Parr\" marks | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | a smolt has marks on it Stripes | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | not in the alevin stage feed orange yolk sac attached to their bodies that provide nutrients | not_entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | salmon feed on during the fry stage orange yolk sac attached to their bodies that provide nutrients | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | not in the alevin stage feed plankton and insect larvae | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | salmon feed on during the fry stage plankton and insect larvae | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | disappear in th smolt stage have parr marks | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | salmon have during fry state parr marks | entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | disappear in th smolt stage have fry marks | not_entailment | difference |
::stage 1.Egg:: Every Alaskan salmon starts out as an egg in a gravel bed in a freshwater river or creek. These eggs will 'incubate' for a certain amount of time depending on the type of salmon and the temperature of the water. During this process, the salmon inside the egg develops its eyes, spine and tail. Once this process is complete, the egg will hatch and the salmon begins its life. ::stage 2.Alevin:: Once the egg hatches, the salmon enters the alevin stage. The alevins are still quite small and remain in the gravel beds safe from predators. Salmon in the alevin stage have a noticeable orange yolk sac attached to their bodies that provide nutrients. As the nutrients in the yolk sac are depleted toward the end of the alevin stage, the salmon develop their mouths and small oval-shapes on their sides. After this process, the alevin start to move away from the gravel beds to look for food. ::stage 3.Fry:: The fry stage begins once the salmon leaves the gravel beds where they were born. Salmon in the fry stage have noticeable 'parr' marks that conceal the fish from predators. Although fry stage salmon have a lot of energy, they typically stay in slower moving waters and feed on plankton and insect larvae. How long a salmon stays in the fry stage depends on the species - some are only there for a short time while others like the King will stay for up to a year. ::stage 4.Smolt:: Once the 'parr' marks start wearing away and the salmon starts moving toward saltwater, it enters the smolt stage. Fish in this smolt stage are growing quite rapidly. Smolts typically stay in the brackish waters at the mouth of a river. Again, how long Smolts stay in this stage and how big they are varies by species. Once the Smolts reaches a certain size, they are ready to migrate into the open ocean and begin their adult life. ::stage 5.Adult:: Salmon are considered 'adults' when they complete the migration from freshwater to saltwater. The adults will feed in the open-ocean for a certain length of time depending on the species. King salmon for example will stay in the ocean for 6 years whereas Pink salmon will stay for about two before heading back to freshwater to spawn. ::stage 6.Spawner:: At a certain point, the salmon will begin migrating back to freshwater where they enter the spawner stage. Salmon in the spawner stage undergo tremendous physical changes, including their color. Sockeye, King and Silver salmon for example will change from a silvery greyish color to maroon or red. The jaws of male salmon will also change to a hook shape, which is known as a 'kype'. Pink and Sockeye males will also develop a defined hump on their back. Interestingly, salmon in the spawner stage will migrate back to almost the same exact spot where they were born. Species like the Chum salmon will migrate up to 2000 miles to spawn! The distance they go depends on the species and the river. Upon reaching the gravel beds, the females will lay their eggs in the gravel while the males fertilize them with something called 'milt'. This spawning 'run' occurs during the summer months and provides the best fishing opportunities. However, determining the exact time this occurs isn't easy. In most Alaskan rivers, the King salmon arrive first, then the Sockeye, Pinks, Chums and Silver in that order. ::stage 7.Post-spawn:: If a salmon makes it to the spawning grounds without getting caught or eaten by a predator, they will complete the breeding process as described in number 6. Once this process is over, the adult salmon die off and therefore complete the life cycle. | salmon have during fry state fry marks | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | nymph live in trees | not_entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | nymph live in water | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | adult do not live in trees | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | adult do not live in water | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | nymphs don't can Wings | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | nymphs don't can Heads | not_entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | adult dragonflies have Heads | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | adult dragonflies have Wings | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | Fly do adult dragonflies do what nymphs don't do. | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | Swim do adult dragonflies do what nymphs don't do. | not_entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | it will have as an adult can legs | not_entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | a dragonfly larva doesn't have yet wings | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | a dragonfly larva doesn't have yet legs | entailment | difference |
::stage Egg:: A male and a female dragonfly will mate while they are flying in the air. After two dragonflies mate, the female dragonfly will lay her eggs on a plant in the water, or if she can't find a suitable plant she will just drop them into the water. ::stage Nymph:: Once the dragonfly eggs hatch, the life cycle of a dragonfly larva begins as a nymph. A nymph looks like a little alien creature. Nymph hasn't grown its wings yet and has what looks like a crusty hump hanging onto its back. Dragonfly nymphs live in the water while they grow and develop into dragonflies. This portion of the dragonfly life cycle can take up to four years to complete, and if the nymph cycle is completed in the beginning of the wintertime, it will remain in the water until spring when it is warm enough to come out. Dragonfly nymphs live in ponds or marshy areas because the waters are calmer than in a stream or river. Sometimes they can be found in the calmer backwaters of rivers, too. Dragonfly nymphs may eat smaller dragonfly nymphs as they develop. ::stage Adult:: Once the nymph is fully grown, and the weather is right, it will complete the metamorphosis into a dragonfly by crawling out of the water up the stem of a plant. The nymph will shed its skin onto the stem of the plant and will then be a young dragonfly. The skin that the nymph left behind is called the exuvia and you can find the exuvia still stuck to the stem for a long time after the dragonfly has left it. Once the dragonfly leaves the exuvia it is a full grown dragonfly. The dragonfly will hunt for food and begin to look for a mate. Once the dragonfly finds a mate, the female will find a body of calm water that will be a good place to lay her eggs, and the life cycle of the dragonfly begins all over again. Adult dragonflies only live about two months. | it will have as an adult can wings | entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | A diet similar to the adults is a juvenile hammerhead shark's diet compared to the adults. | entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | A diet different to the adults is a juvenile hammerhead shark's diet compared to the adults. | not_entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | The same as adults only smaller are hammerhead pups heads shaped compared to adults. | not_entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | More rounded cephalofoils than adutls are hammerhead pups heads shaped compared to adults. | entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | Eating is a behavior seen in adult hammerhead sharks not seen in juveniles. | not_entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | Mating is a behavior seen in adult hammerhead sharks not seen in juveniles. | entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | juvenile hammerheads must Hide from predators | entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | juvenile hammerheads must Swim | entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | adultsnot can Swim | not_entailment | difference |
::stage Adults:: Sharks, including many hammerheads, are believed to mate near the bottom of the ocean. Scalloped hammerhead females gather together in big schools. Males seek them out for breeding, and during the actual mating process the sharks stop swimming and sink until they break apart and begin to swim again. The great hammerhead doesn't always follow the same mating behavior as the others and has been spotted breeding near the water's surface. A pair was observed in the Bahamas circling each other and swimming up from the bottom to complete their mating at the top of the water. ::stage Gestation:: Hammerhead sharks gestate their young for nine to 11 months, depending on the species. The female will have between four and 42 babies, called pups, which are born alive and able to care for themselves. Baby hammerheads have more rounded cephalofoils than adults, making it easier for birthing. As they emerge from their mother the young quickly swim away to avoid becoming her next meal. ::stage Juveniles:: Young hammerheads eat a diet similar to the adults of their species, including fish, octopuses, crabs, lobsters and squid. Since larger sharks will eat the small ones, juvenile hammerheads must be quick to hide until they are large enough to be safe from most ocean predators. These sharks reach sexual maturity at different points in their lives, depending on species and on environment and growth rate. Female scalloped hammerheads are sexually mature when they reach about 6 feet in length, usually at around 15 years of age. Males mature much sooner, sexually active once they are about 4.5 feet long, usually by the age of 6. ::stage Adults:: Great hammerheads are the largest of the hammerheads, growing up to 20 feet long and weighing as much as 1,000 pounds. Their life spans average 20 to 30 years. Scalloped hammerheads, named for the series of grooves along the front of their snouts, are about half that size, reaching 8 to 10 feet long and typically weighing between 250 and 350 pounds. Life span estimates for the scalloped hammerhead vary, but the oldest one studied was believed to be at least 31 years old when caught. | adultsnot can Hide from predators | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | froglet eat gills | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | tadpole with legs do not eat gills | not_entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | tadpole with legs do not eat lungs | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | froglet eat lungs | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | organ froglets usebreath lungs | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | tadpoles with legsnot eat lungs | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | organ froglets usebreath gills | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | tadpoles with legsnot eat gills | not_entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | froglet do not eat gills | not_entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | adult eat gills | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | adult eat tail | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | froglet do not eat tail | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | a tadpole does not have can eyes | not_entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | a froglet has eyes | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | a froglet has legs | entailment | difference |
::stage Egg:: Tiny frog eggs are laid in masses in the water by a female frog. The eggs hatch into tadpoles. ::stage Tadpole:: Tadpoles (also called the polliwog) hatches from the egg. The tadpole spends its time swimming in the water, eating and growing. Tadpoles breathe using gills and have a tail. ::stage Tadpole with legs:: In this stage the tadpole sprouts legs (and then arms), has a longer body, and has a more distinct head. It still breathes using gills and has a tail. ::stage froglet :: In froglet stage, the almost mature frog breathes with lungs and still has some of its tail. ::stage adult:: The adult frog breathes with lungs and has no tail (it has been absorbed by the body). | a tadpole does not have can legs | entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | an adult human cap Reproducing | entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | a child normally is not capable of Eating | not_entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | a child normally is not capable of Reproducing | entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | an adult human cap Eating | entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | childhood can talking | entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | childhood can Crying | entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | baby can not talking | entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | baby can not Crying | not_entailment | difference |
::stage foetus in the womb:: An egg from the mother is fertilised by a sperm from the father and goes into an embryo inside the mother's womb. At first this creation looks like a bundle of cells. By about eight weeks this bundle of cells gradually turns into the shape of the human body. This is called the foetus. The foetus totally depends on its mother as it cannot breathe, drink or eat by itself. ::stage baby:: After nine months in the mother's womb, the baby is born. Babies from birth to 1 year are also known as infants. Newborn babies can breathe, suck, swallow and cry when they feel hungry, cold and hot temperatures or any uncomfortable situation. This is how babies communicate as they still cannot talk. Babies are usually fed on mother's milk. ::stage childhood:: The baby grows into a child. The child slowly learns to crawl and then walk, talk, run, jump, eat by itself, identify things in its surroundings, communicate properly, read and write, make friends and do many more childhood activities. In the stage childhood, children can be divided into; toddlers (1-3 years), preschoolers (3-5 years) and primary school children (5-12 years). ::stage adolescence:: At the stage, adolescence, the child grows into an adolescent through a period called Puberty. Puberty usually takes place in the child's teenage years, starting from 13 years up to 19 years of age. Therefore, adolescents are also called teenagers. During the puberty a rapid growth and changes of the body take place. These include changes of the body shape, growing hair on some parts of the body, for example, boys grow hair on their faces, and also, boys' voice becomes deepen and rough. Similarly, at this adolescence stage the behaviour patterns and attitudes of the teenagers will change as they are independent in doing their day-to-day activities. ::stage adulthood:: People who are from age 20 years to 65 years old are called adults. Adults can reproduce, make their own families and so continue the life cycle. Adults can be divided into; young adults (20 - 36 years), middle-aged adults (36 - 55 years) and older adults (55 - 65 years). ::stage old person:: When a person reaches 65 years of age, he is known as an old or elderly person. The average life expectancy of a person can vary from 70 to 85 years. But it totally depends on the health of each person, as some die before 70 years, whereas some die after 85 years. However, the human life cycle ends at this stage. | a foetus can't depend on its mother | not_entailment | difference |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.