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::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 newborn human baby can Breathe | 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 Breathe | 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 newborn human baby can depend on its mother | entailment | difference |
::stage egg:: It all starts when a female butterfly lays her eggs, usually on leaves or stems of plants. Inside these tiny eggs, caterpillars grow. Depending on the species, the eggs can vary in shape and texture - they can be round, oval or cylindrical, and smooth, bumpy or wrinkled. The time it takes for the eggs to hatch can also vary - in some species, they will hatch within a few weeks and in others they will only hatch once the weather is warm enough. ::stage caterpillar:: Once ready, the caterpillar leaves its egg home and enters the big outside world! And these little critters have one serious appetite - the caterpillars actually eat their way out of the egg and immediately start chomping on the leaves of the host plant. During this stage, they shed their skin four or five times - as the caterpillar grows, its skin becomes too tight and splits open, revealing a new, larger skin underneath. A fully grown caterpillar can be over 100 times larger than when it emerged from its egg. Wow! ::stage pupa:: Once fully grown, the caterpillar forms itself into a 'pupa' (or chrysalis) - a kind of vessel in which the caterpillar changes into a butterfly. The caterpillars usually do this on twigs or safe, hidden areas around the host plant. The 'pupa' stage may last a few weeks to several months depending on the species. During this time, a hardened case forms around the pupa to protect it from predators and extreme weather conditions. And inside, the tissue, limbs and organs of the caterpillar transform. The result? A wonderful winged butterfly! ::stage adult:: Once the butterfly is ready to emerge, the case around the pupa splits open. But it's not time for the adult butterfly to take off just yet, as the wings are at first wet, soft and wrinkled against its body. The butterfly waits for its wings to dry, and pumps a liquid called hemolymph into them so that they become big and strong. Once fit for flight, this brilliant bug then takes to the air in search for flowers to feed on and for other butterflies to mate with. And that's the cycle complete - and ready to start all over again! | happensa caterpillar It flies. | entailment | difference |
::stage egg:: It all starts when a female butterfly lays her eggs, usually on leaves or stems of plants. Inside these tiny eggs, caterpillars grow. Depending on the species, the eggs can vary in shape and texture - they can be round, oval or cylindrical, and smooth, bumpy or wrinkled. The time it takes for the eggs to hatch can also vary - in some species, they will hatch within a few weeks and in others they will only hatch once the weather is warm enough. ::stage caterpillar:: Once ready, the caterpillar leaves its egg home and enters the big outside world! And these little critters have one serious appetite - the caterpillars actually eat their way out of the egg and immediately start chomping on the leaves of the host plant. During this stage, they shed their skin four or five times - as the caterpillar grows, its skin becomes too tight and splits open, revealing a new, larger skin underneath. A fully grown caterpillar can be over 100 times larger than when it emerged from its egg. Wow! ::stage pupa:: Once fully grown, the caterpillar forms itself into a 'pupa' (or chrysalis) - a kind of vessel in which the caterpillar changes into a butterfly. The caterpillars usually do this on twigs or safe, hidden areas around the host plant. The 'pupa' stage may last a few weeks to several months depending on the species. During this time, a hardened case forms around the pupa to protect it from predators and extreme weather conditions. And inside, the tissue, limbs and organs of the caterpillar transform. The result? A wonderful winged butterfly! ::stage adult:: Once the butterfly is ready to emerge, the case around the pupa splits open. But it's not time for the adult butterfly to take off just yet, as the wings are at first wet, soft and wrinkled against its body. The butterfly waits for its wings to dry, and pumps a liquid called hemolymph into them so that they become big and strong. Once fit for flight, this brilliant bug then takes to the air in search for flowers to feed on and for other butterflies to mate with. And that's the cycle complete - and ready to start all over again! | happensa caterpillar It sheds its skin. | entailment | difference |
::stage egg:: It all starts when a female butterfly lays her eggs, usually on leaves or stems of plants. Inside these tiny eggs, caterpillars grow. Depending on the species, the eggs can vary in shape and texture - they can be round, oval or cylindrical, and smooth, bumpy or wrinkled. The time it takes for the eggs to hatch can also vary - in some species, they will hatch within a few weeks and in others they will only hatch once the weather is warm enough. ::stage caterpillar:: Once ready, the caterpillar leaves its egg home and enters the big outside world! And these little critters have one serious appetite - the caterpillars actually eat their way out of the egg and immediately start chomping on the leaves of the host plant. During this stage, they shed their skin four or five times - as the caterpillar grows, its skin becomes too tight and splits open, revealing a new, larger skin underneath. A fully grown caterpillar can be over 100 times larger than when it emerged from its egg. Wow! ::stage pupa:: Once fully grown, the caterpillar forms itself into a 'pupa' (or chrysalis) - a kind of vessel in which the caterpillar changes into a butterfly. The caterpillars usually do this on twigs or safe, hidden areas around the host plant. The 'pupa' stage may last a few weeks to several months depending on the species. During this time, a hardened case forms around the pupa to protect it from predators and extreme weather conditions. And inside, the tissue, limbs and organs of the caterpillar transform. The result? A wonderful winged butterfly! ::stage adult:: Once the butterfly is ready to emerge, the case around the pupa splits open. But it's not time for the adult butterfly to take off just yet, as the wings are at first wet, soft and wrinkled against its body. The butterfly waits for its wings to dry, and pumps a liquid called hemolymph into them so that they become big and strong. Once fit for flight, this brilliant bug then takes to the air in search for flowers to feed on and for other butterflies to mate with. And that's the cycle complete - and ready to start all over again! | doesn't happen to a butterfly can It flies. | not_entailment | difference |
::stage egg:: It all starts when a female butterfly lays her eggs, usually on leaves or stems of plants. Inside these tiny eggs, caterpillars grow. Depending on the species, the eggs can vary in shape and texture - they can be round, oval or cylindrical, and smooth, bumpy or wrinkled. The time it takes for the eggs to hatch can also vary - in some species, they will hatch within a few weeks and in others they will only hatch once the weather is warm enough. ::stage caterpillar:: Once ready, the caterpillar leaves its egg home and enters the big outside world! And these little critters have one serious appetite - the caterpillars actually eat their way out of the egg and immediately start chomping on the leaves of the host plant. During this stage, they shed their skin four or five times - as the caterpillar grows, its skin becomes too tight and splits open, revealing a new, larger skin underneath. A fully grown caterpillar can be over 100 times larger than when it emerged from its egg. Wow! ::stage pupa:: Once fully grown, the caterpillar forms itself into a 'pupa' (or chrysalis) - a kind of vessel in which the caterpillar changes into a butterfly. The caterpillars usually do this on twigs or safe, hidden areas around the host plant. The 'pupa' stage may last a few weeks to several months depending on the species. During this time, a hardened case forms around the pupa to protect it from predators and extreme weather conditions. And inside, the tissue, limbs and organs of the caterpillar transform. The result? A wonderful winged butterfly! ::stage adult:: Once the butterfly is ready to emerge, the case around the pupa splits open. But it's not time for the adult butterfly to take off just yet, as the wings are at first wet, soft and wrinkled against its body. The butterfly waits for its wings to dry, and pumps a liquid called hemolymph into them so that they become big and strong. Once fit for flight, this brilliant bug then takes to the air in search for flowers to feed on and for other butterflies to mate with. And that's the cycle complete - and ready to start all over again! | doesn't happen to a butterfly can It sheds its skin. | entailment | difference |
::stage egg:: It all starts when a female butterfly lays her eggs, usually on leaves or stems of plants. Inside these tiny eggs, caterpillars grow. Depending on the species, the eggs can vary in shape and texture - they can be round, oval or cylindrical, and smooth, bumpy or wrinkled. The time it takes for the eggs to hatch can also vary - in some species, they will hatch within a few weeks and in others they will only hatch once the weather is warm enough. ::stage caterpillar:: Once ready, the caterpillar leaves its egg home and enters the big outside world! And these little critters have one serious appetite - the caterpillars actually eat their way out of the egg and immediately start chomping on the leaves of the host plant. During this stage, they shed their skin four or five times - as the caterpillar grows, its skin becomes too tight and splits open, revealing a new, larger skin underneath. A fully grown caterpillar can be over 100 times larger than when it emerged from its egg. Wow! ::stage pupa:: Once fully grown, the caterpillar forms itself into a 'pupa' (or chrysalis) - a kind of vessel in which the caterpillar changes into a butterfly. The caterpillars usually do this on twigs or safe, hidden areas around the host plant. The 'pupa' stage may last a few weeks to several months depending on the species. During this time, a hardened case forms around the pupa to protect it from predators and extreme weather conditions. And inside, the tissue, limbs and organs of the caterpillar transform. The result? A wonderful winged butterfly! ::stage adult:: Once the butterfly is ready to emerge, the case around the pupa splits open. But it's not time for the adult butterfly to take off just yet, as the wings are at first wet, soft and wrinkled against its body. The butterfly waits for its wings to dry, and pumps a liquid called hemolymph into them so that they become big and strong. Once fit for flight, this brilliant bug then takes to the air in search for flowers to feed on and for other butterflies to mate with. And that's the cycle complete - and ready to start all over again! | pupa can not Fly | entailment | difference |
::stage egg:: It all starts when a female butterfly lays her eggs, usually on leaves or stems of plants. Inside these tiny eggs, caterpillars grow. Depending on the species, the eggs can vary in shape and texture - they can be round, oval or cylindrical, and smooth, bumpy or wrinkled. The time it takes for the eggs to hatch can also vary - in some species, they will hatch within a few weeks and in others they will only hatch once the weather is warm enough. ::stage caterpillar:: Once ready, the caterpillar leaves its egg home and enters the big outside world! And these little critters have one serious appetite - the caterpillars actually eat their way out of the egg and immediately start chomping on the leaves of the host plant. During this stage, they shed their skin four or five times - as the caterpillar grows, its skin becomes too tight and splits open, revealing a new, larger skin underneath. A fully grown caterpillar can be over 100 times larger than when it emerged from its egg. Wow! ::stage pupa:: Once fully grown, the caterpillar forms itself into a 'pupa' (or chrysalis) - a kind of vessel in which the caterpillar changes into a butterfly. The caterpillars usually do this on twigs or safe, hidden areas around the host plant. The 'pupa' stage may last a few weeks to several months depending on the species. During this time, a hardened case forms around the pupa to protect it from predators and extreme weather conditions. And inside, the tissue, limbs and organs of the caterpillar transform. The result? A wonderful winged butterfly! ::stage adult:: Once the butterfly is ready to emerge, the case around the pupa splits open. But it's not time for the adult butterfly to take off just yet, as the wings are at first wet, soft and wrinkled against its body. The butterfly waits for its wings to dry, and pumps a liquid called hemolymph into them so that they become big and strong. Once fit for flight, this brilliant bug then takes to the air in search for flowers to feed on and for other butterflies to mate with. And that's the cycle complete - and ready to start all over again! | pupa can not Remain stationary for several months. | not_entailment | difference |
::stage egg:: It all starts when a female butterfly lays her eggs, usually on leaves or stems of plants. Inside these tiny eggs, caterpillars grow. Depending on the species, the eggs can vary in shape and texture - they can be round, oval or cylindrical, and smooth, bumpy or wrinkled. The time it takes for the eggs to hatch can also vary - in some species, they will hatch within a few weeks and in others they will only hatch once the weather is warm enough. ::stage caterpillar:: Once ready, the caterpillar leaves its egg home and enters the big outside world! And these little critters have one serious appetite - the caterpillars actually eat their way out of the egg and immediately start chomping on the leaves of the host plant. During this stage, they shed their skin four or five times - as the caterpillar grows, its skin becomes too tight and splits open, revealing a new, larger skin underneath. A fully grown caterpillar can be over 100 times larger than when it emerged from its egg. Wow! ::stage pupa:: Once fully grown, the caterpillar forms itself into a 'pupa' (or chrysalis) - a kind of vessel in which the caterpillar changes into a butterfly. The caterpillars usually do this on twigs or safe, hidden areas around the host plant. The 'pupa' stage may last a few weeks to several months depending on the species. During this time, a hardened case forms around the pupa to protect it from predators and extreme weather conditions. And inside, the tissue, limbs and organs of the caterpillar transform. The result? A wonderful winged butterfly! ::stage adult:: Once the butterfly is ready to emerge, the case around the pupa splits open. But it's not time for the adult butterfly to take off just yet, as the wings are at first wet, soft and wrinkled against its body. The butterfly waits for its wings to dry, and pumps a liquid called hemolymph into them so that they become big and strong. Once fit for flight, this brilliant bug then takes to the air in search for flowers to feed on and for other butterflies to mate with. And that's the cycle complete - and ready to start all over again! | butterfly can Fly | entailment | difference |
::stage egg:: It all starts when a female butterfly lays her eggs, usually on leaves or stems of plants. Inside these tiny eggs, caterpillars grow. Depending on the species, the eggs can vary in shape and texture - they can be round, oval or cylindrical, and smooth, bumpy or wrinkled. The time it takes for the eggs to hatch can also vary - in some species, they will hatch within a few weeks and in others they will only hatch once the weather is warm enough. ::stage caterpillar:: Once ready, the caterpillar leaves its egg home and enters the big outside world! And these little critters have one serious appetite - the caterpillars actually eat their way out of the egg and immediately start chomping on the leaves of the host plant. During this stage, they shed their skin four or five times - as the caterpillar grows, its skin becomes too tight and splits open, revealing a new, larger skin underneath. A fully grown caterpillar can be over 100 times larger than when it emerged from its egg. Wow! ::stage pupa:: Once fully grown, the caterpillar forms itself into a 'pupa' (or chrysalis) - a kind of vessel in which the caterpillar changes into a butterfly. The caterpillars usually do this on twigs or safe, hidden areas around the host plant. The 'pupa' stage may last a few weeks to several months depending on the species. During this time, a hardened case forms around the pupa to protect it from predators and extreme weather conditions. And inside, the tissue, limbs and organs of the caterpillar transform. The result? A wonderful winged butterfly! ::stage adult:: Once the butterfly is ready to emerge, the case around the pupa splits open. But it's not time for the adult butterfly to take off just yet, as the wings are at first wet, soft and wrinkled against its body. The butterfly waits for its wings to dry, and pumps a liquid called hemolymph into them so that they become big and strong. Once fit for flight, this brilliant bug then takes to the air in search for flowers to feed on and for other butterflies to mate with. And that's the cycle complete - and ready to start all over again! | butterfly can Remain stationary for several months. | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | they didn't have as a larva a mouth | not_entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | they didn't have as a larva fins | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | a juvenile fish has a mouth | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | a juvenile fish has fins | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | adult have the ability to swim | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | juvenile do not have the ability to swim | not_entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | juvenile do not have the ability to reproduce | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | adult have the ability to reproduce | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | adult fish swim | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | juveniles can't reproduce | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | juveniles can't swim | not_entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | adult fish reproduce | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | While a juvenile fish can eat this, a larva can't. Live feed is it. | not_entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | While a juvenile fish can eat this, a larva can't. Dry Feed is it. | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | a juvenile lacks ability to reproduce | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | an adult fish has ability to reproduce | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | an adult fish has ability to eat | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | a juvenile lacks ability to eat | not_entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | a fish larvae develops eyes | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | a fish larvae develops mouth | entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | an egg lacks develop eyes | not_entailment | difference |
::stage Egg:: The development of marine finfish eggs is temperature dependent among all teleost (bony fish). Once the egg is fertilized, the embryo will form inside the hardened egg. The embryo will start to develop organs, and eventually eyespots and the tail can be seen inside the egg. The embryo will develop pigmentation spots along the body. The tail will wrap around the egg to the head. If the species lives in warmer waters, the embryo will hatch more quickly. Colder water species hatch slowly, and the eyes and pigmentation will be fully developed at hatching. The tail of the embryo will break out of the shell and the embryo becomes a free-swimming larva. ::stage Larva:: Once the fish is hatched, it is known as a larva. Newly hatched larvae have a yolk sac that is a source of nutrition for the larvae. Larvae absorb their yolk sac for several days until they are developed enough to feed on live prey. Yolk sac larvae can survive for 2-4 days by feeding off their yolk sac food supply. This is called endogenous feeding. The length of the yolk sac period for larvae is dependent on the culture temperature and the species of fish. The warmer the water, the faster the fish will use up their yolk reserves. Once the larvae mouth has formed and the eyes are partially developed, the larvae can be offered a live feed. Feeding on organisms or particles in the water column is called exogenousfeeding. Live feed is essential to the early stages of developing larvae. Because their eyes are underdeveloped at hatch, the larvae need to be offered a feed that is moving around to help stimulate a feeding response. When the larvae hatch, they have a finfold around their whole body that looks like an outline when observed under a microscope. This finfold will eventually develop into fins, beginning with the process of metamorphosis. ::stage Juvenile:: Metamorphosis is the process that signifies the end of the larval stage. After metamorphosis, the fish are considered juveniles and will acquire characteristics of an adult fish: body features, coloration, fins, etc. Metamorphosis also denotes full organ development; it occurs at different times for different types of fish. For example, some fish will metamorphose in 20 days, whereas some will not go through the process until 4 months of age. Metamorphosis is a very stressful time for the fish, which means there is a point of high mortality, known as a bottleneck. The larvae are given a different type of feed during this period because they are now juvenile fish. Weaning fish to a new diet is also a stressful part of the culture process. Juveniles are usually resistant to stress (temperature, water quality, etc.) over time. As long as the culture environment remains healthy, the fish should thrive on dry feed and show significant growth rates. Juveniles are not considered adults until they become sexually mature. The developmental cycle is complete once spawning to egg and larvae to juvenile and adult has been accomplished. ::stage Adult:: Adults are characterized by their ability to reproduce. | an egg lacks develop mouth | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | tadpole have Tail | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | frog do not have Tail | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | tadpole have Legs | not_entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | frog do not have Legs | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | the frog can go where On land | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | the frog can go where In the water | not_entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | the tadpole not On land | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | the tadpole not In the water | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | organ tadpoles usebreath lungs | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | adult frogs eat lungs | not_entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | adult frogs eat gills | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | organ tadpoles usebreath gills | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | tadpole can Legs | not_entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | tadpole can Tail | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | frog can not Legs | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | frog can not Tail | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | when does a frog eat plants | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | tadpoles can't eat insects | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | when does a frog eat insects | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | tadpoles can't eat plants | not_entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | frog can not gills | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | tadpole can legs | not_entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | frog can not legs | entailment | difference |
::stage Egg:: A frog egg does not have a hard shell. Instead it is covered by soft jelly. The egg rests in water or a wet place on land. Inside the egg a little animal, called a tadpole, starts growing. ::stage Tadpole:: The tadpole grows and grows, and after many days it is too big to live in the egg. Then it hatches. The tadpole lives in water. Like a fish, the tadpole breathes with gills. The tadpole has no legs, and it has a tail that it moves to swim. The tadpole eats algae and plants. Slowly the tadpole changes into a frog. The tadpole grows lungs and begins to breathe air instead of water. The tadpole grows two back legs and two front legs, and it climbs in and out of the water. Finally, the tadpoles tail goes away, a little at a time, and then it is a frog. ::stage Adult:: The frog crawls or hops around on land and swims in water. The adult has lungs and breathes air. Adult frog has four legs and no tail. Adult frog does not eat plants. Adult frog eats insects, instead. As the adult eats more and more, it grows bigger. When it is has grown to its full size, the female frog lays eggs. Then the story starts over. Tadpoles grow inside the eggs. The tadpoles hatch, and they slowly become frogs. | tadpole can gills | entailment | difference |
::stage Egg:: Most lizards, including iguanas, geckos and water dragons, lay soft, leathery eggs. In most species, females bury their eggs in holes and leave the eggs on their own. Some species will return to warm the eggs. Incubation time varies. Frilled lizard eggs hatch in approximately 70 days while green iguana eggs hatch in 90 days. Hatchling lizards break open the egg with their egg tooth or caruncle. The lizards remain in the egg for approximately 12 to 24 hours to absorb the remaining yolk before emerging from the egg. A few species of lizards, including the Solomon Island and blue-tongued skink give birth to live young. ::stage Juvenile Lizards:: After hatching or birth, juvenile lizards are fully able to fend for themselves. In most species, lizard parents do not provide care or protection for the young. Juveniles grow into adults without any significant changes other than size. ::stage Adult:: Once fully grown, lizards are adults and may begin mating. The mating process varies by species. For example, the frilled lizard mates during the wet season between October and March. Males attract females by spreading their frill. After mating, females lay 8 to 23 eggs. Females may lay up to two clutches each breeding season. Green iguanas begin mating when they are approximately 16 months old. Mating occurs during the dry season, usually in the fall. Males attract females with their colors and displays such as head-bobbing and push-ups. Females lay a clutch of 12 to 30 eggs. | adult lizards can Walk | not_entailment | difference |
::stage Egg:: Most lizards, including iguanas, geckos and water dragons, lay soft, leathery eggs. In most species, females bury their eggs in holes and leave the eggs on their own. Some species will return to warm the eggs. Incubation time varies. Frilled lizard eggs hatch in approximately 70 days while green iguana eggs hatch in 90 days. Hatchling lizards break open the egg with their egg tooth or caruncle. The lizards remain in the egg for approximately 12 to 24 hours to absorb the remaining yolk before emerging from the egg. A few species of lizards, including the Solomon Island and blue-tongued skink give birth to live young. ::stage Juvenile Lizards:: After hatching or birth, juvenile lizards are fully able to fend for themselves. In most species, lizard parents do not provide care or protection for the young. Juveniles grow into adults without any significant changes other than size. ::stage Adult:: Once fully grown, lizards are adults and may begin mating. The mating process varies by species. For example, the frilled lizard mates during the wet season between October and March. Males attract females by spreading their frill. After mating, females lay 8 to 23 eggs. Females may lay up to two clutches each breeding season. Green iguanas begin mating when they are approximately 16 months old. Mating occurs during the dry season, usually in the fall. Males attract females with their colors and displays such as head-bobbing and push-ups. Females lay a clutch of 12 to 30 eggs. | adult lizards can Lay eggs | entailment | difference |
::stage Egg:: Most lizards, including iguanas, geckos and water dragons, lay soft, leathery eggs. In most species, females bury their eggs in holes and leave the eggs on their own. Some species will return to warm the eggs. Incubation time varies. Frilled lizard eggs hatch in approximately 70 days while green iguana eggs hatch in 90 days. Hatchling lizards break open the egg with their egg tooth or caruncle. The lizards remain in the egg for approximately 12 to 24 hours to absorb the remaining yolk before emerging from the egg. A few species of lizards, including the Solomon Island and blue-tongued skink give birth to live young. ::stage Juvenile Lizards:: After hatching or birth, juvenile lizards are fully able to fend for themselves. In most species, lizard parents do not provide care or protection for the young. Juveniles grow into adults without any significant changes other than size. ::stage Adult:: Once fully grown, lizards are adults and may begin mating. The mating process varies by species. For example, the frilled lizard mates during the wet season between October and March. Males attract females by spreading their frill. After mating, females lay 8 to 23 eggs. Females may lay up to two clutches each breeding season. Green iguanas begin mating when they are approximately 16 months old. Mating occurs during the dry season, usually in the fall. Males attract females with their colors and displays such as head-bobbing and push-ups. Females lay a clutch of 12 to 30 eggs. | juvenile lizards can't Lay eggs | entailment | difference |
::stage Egg:: Most lizards, including iguanas, geckos and water dragons, lay soft, leathery eggs. In most species, females bury their eggs in holes and leave the eggs on their own. Some species will return to warm the eggs. Incubation time varies. Frilled lizard eggs hatch in approximately 70 days while green iguana eggs hatch in 90 days. Hatchling lizards break open the egg with their egg tooth or caruncle. The lizards remain in the egg for approximately 12 to 24 hours to absorb the remaining yolk before emerging from the egg. A few species of lizards, including the Solomon Island and blue-tongued skink give birth to live young. ::stage Juvenile Lizards:: After hatching or birth, juvenile lizards are fully able to fend for themselves. In most species, lizard parents do not provide care or protection for the young. Juveniles grow into adults without any significant changes other than size. ::stage Adult:: Once fully grown, lizards are adults and may begin mating. The mating process varies by species. For example, the frilled lizard mates during the wet season between October and March. Males attract females by spreading their frill. After mating, females lay 8 to 23 eggs. Females may lay up to two clutches each breeding season. Green iguanas begin mating when they are approximately 16 months old. Mating occurs during the dry season, usually in the fall. Males attract females with their colors and displays such as head-bobbing and push-ups. Females lay a clutch of 12 to 30 eggs. | juvenile lizards can't Walk | entailment | difference |
::stage Egg:: Most lizards, including iguanas, geckos and water dragons, lay soft, leathery eggs. In most species, females bury their eggs in holes and leave the eggs on their own. Some species will return to warm the eggs. Incubation time varies. Frilled lizard eggs hatch in approximately 70 days while green iguana eggs hatch in 90 days. Hatchling lizards break open the egg with their egg tooth or caruncle. The lizards remain in the egg for approximately 12 to 24 hours to absorb the remaining yolk before emerging from the egg. A few species of lizards, including the Solomon Island and blue-tongued skink give birth to live young. ::stage Juvenile Lizards:: After hatching or birth, juvenile lizards are fully able to fend for themselves. In most species, lizard parents do not provide care or protection for the young. Juveniles grow into adults without any significant changes other than size. ::stage Adult:: Once fully grown, lizards are adults and may begin mating. The mating process varies by species. For example, the frilled lizard mates during the wet season between October and March. Males attract females by spreading their frill. After mating, females lay 8 to 23 eggs. Females may lay up to two clutches each breeding season. Green iguanas begin mating when they are approximately 16 months old. Mating occurs during the dry season, usually in the fall. Males attract females with their colors and displays such as head-bobbing and push-ups. Females lay a clutch of 12 to 30 eggs. | a juvenile cannot mate | entailment | difference |
::stage Egg:: Most lizards, including iguanas, geckos and water dragons, lay soft, leathery eggs. In most species, females bury their eggs in holes and leave the eggs on their own. Some species will return to warm the eggs. Incubation time varies. Frilled lizard eggs hatch in approximately 70 days while green iguana eggs hatch in 90 days. Hatchling lizards break open the egg with their egg tooth or caruncle. The lizards remain in the egg for approximately 12 to 24 hours to absorb the remaining yolk before emerging from the egg. A few species of lizards, including the Solomon Island and blue-tongued skink give birth to live young. ::stage Juvenile Lizards:: After hatching or birth, juvenile lizards are fully able to fend for themselves. In most species, lizard parents do not provide care or protection for the young. Juveniles grow into adults without any significant changes other than size. ::stage Adult:: Once fully grown, lizards are adults and may begin mating. The mating process varies by species. For example, the frilled lizard mates during the wet season between October and March. Males attract females by spreading their frill. After mating, females lay 8 to 23 eggs. Females may lay up to two clutches each breeding season. Green iguanas begin mating when they are approximately 16 months old. Mating occurs during the dry season, usually in the fall. Males attract females with their colors and displays such as head-bobbing and push-ups. Females lay a clutch of 12 to 30 eggs. | an adult lizard can fend for themselves | entailment | difference |
::stage Egg:: Most lizards, including iguanas, geckos and water dragons, lay soft, leathery eggs. In most species, females bury their eggs in holes and leave the eggs on their own. Some species will return to warm the eggs. Incubation time varies. Frilled lizard eggs hatch in approximately 70 days while green iguana eggs hatch in 90 days. Hatchling lizards break open the egg with their egg tooth or caruncle. The lizards remain in the egg for approximately 12 to 24 hours to absorb the remaining yolk before emerging from the egg. A few species of lizards, including the Solomon Island and blue-tongued skink give birth to live young. ::stage Juvenile Lizards:: After hatching or birth, juvenile lizards are fully able to fend for themselves. In most species, lizard parents do not provide care or protection for the young. Juveniles grow into adults without any significant changes other than size. ::stage Adult:: Once fully grown, lizards are adults and may begin mating. The mating process varies by species. For example, the frilled lizard mates during the wet season between October and March. Males attract females by spreading their frill. After mating, females lay 8 to 23 eggs. Females may lay up to two clutches each breeding season. Green iguanas begin mating when they are approximately 16 months old. Mating occurs during the dry season, usually in the fall. Males attract females with their colors and displays such as head-bobbing and push-ups. Females lay a clutch of 12 to 30 eggs. | a juvenile cannot fend for themselves | not_entailment | difference |
::stage Egg:: Most lizards, including iguanas, geckos and water dragons, lay soft, leathery eggs. In most species, females bury their eggs in holes and leave the eggs on their own. Some species will return to warm the eggs. Incubation time varies. Frilled lizard eggs hatch in approximately 70 days while green iguana eggs hatch in 90 days. Hatchling lizards break open the egg with their egg tooth or caruncle. The lizards remain in the egg for approximately 12 to 24 hours to absorb the remaining yolk before emerging from the egg. A few species of lizards, including the Solomon Island and blue-tongued skink give birth to live young. ::stage Juvenile Lizards:: After hatching or birth, juvenile lizards are fully able to fend for themselves. In most species, lizard parents do not provide care or protection for the young. Juveniles grow into adults without any significant changes other than size. ::stage Adult:: Once fully grown, lizards are adults and may begin mating. The mating process varies by species. For example, the frilled lizard mates during the wet season between October and March. Males attract females by spreading their frill. After mating, females lay 8 to 23 eggs. Females may lay up to two clutches each breeding season. Green iguanas begin mating when they are approximately 16 months old. Mating occurs during the dry season, usually in the fall. Males attract females with their colors and displays such as head-bobbing and push-ups. Females lay a clutch of 12 to 30 eggs. | an adult lizard can mate | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | feathers adult penguins have soft feathers | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | chicksnot eat waterproof | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | chicksnot eat soft feathers | not_entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | feathers adult penguins have waterproof | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | adult do not fed by hunting | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | baby fed by hunting | not_entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | baby fed by the mother penguin spits up food stored in her stomach to feed | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | adult do not fed by the mother penguin spits up food stored in her stomach to feed | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | big chick do not have They can walk around. | not_entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | big chick do not have They are ready to go fishing. | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | adult have They can walk around. | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | adult have They are ready to go fishing. | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | a big chick need for food their parent | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | a big chick need for food fish | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | an adult penguin doesn't need their parent | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | an adult penguin doesn't need fish | not_entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | a big penguin chick can Stand on ice by itself | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | a baby chick can't Stand on ice by itself | entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | a baby chick can't Eat | not_entailment | difference |
::stage Egg:: When you think of the month of April, you probably think of the spring, but it's fall in Antarctica. And that's when the ice is thick and strong enough to hold all of the emperor penguins that come out of the water and onto the ice when it's time to mate and lay eggs. The mother penguin only lays one egg and then leaves it with the father penguin, just like on a tag team. Around May or June, she goes on a long hunting trip in the ocean, just the way your mom might go to the grocery store, except that the mother penguin is gone for about two months! The father penguin keeps the egg warm, or incubates (pronounced INK-you-baits) it, in the cold climate. But the father doesn't build a nest like the birds in your tree. The father penguin balances the egg on the top of his feet and covers it with a special flap of skin that acts like a blanket. And because the father penguin can't go out and find food with an egg on his feet, he doesn't eat for about four months, using his fat to survive! ::stage Baby Chicks:: When the mother returns in July, the father gives the newly hatched chick back to her. Now, it's fathers turn to go out and find some yummy snacks while the mother babysits. And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! And although you probably prefer to chew your own food, the mother penguin spits up food stored in her stomach to feed her little chick, which weighs less than half a pound. That's less than a full soda can! The mother penguin also keeps the little chick warm in her skin flap since the chick is only covered with a thin, fluffy layer of soft feathers. Eventually, the chick grows a thicker layer of soft feathers and gets big enough to stand on the ice by itself. ::stage Big Chicks:: By December, the emperor penguin chicks are almost as big as their moms and dads! But they aren't quite ready to go out on their own. These chicks still need to go through a molt when they grow their waterproof feathers. ::stage Adult:: After their adult feathers come in, they are waterproof and ready to go out swimming and fishing for themselves. Eventually, the adults will return to the ice, lay an egg and start the emperor penguin life cycle all over again. | a big penguin chick can Eat | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | egg do not eat yolk | not_entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | chick eat yolk | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | egg do not eat special feed and chick grit | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | chick eat special feed and chick grit | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | young baby chick cannot fly | not_entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | adult chickens at 5-7 months fly | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | adult chickens at 5-7 months lay eggs | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | young baby chick cannot lay eggs | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | chick do not need Its mother | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | egg need Its mother | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | chick do not need feed | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | egg need feed | not_entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | egg do not eat chick grit | entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | egg do not eat yolk | not_entailment | difference |
::stage egg:: A chick's life begins once an egg is fertilized. A fertilized egg contains the yolk, amniotic fluid (egg white) and a small blood spot, which is the beginning of a new life. The blood spot, which is the embryo, will develop into a chick over a period of 21 days until it hatches. During the 48 hours prior to hatching, the chick will pull the yolk into its abdomen and use it as a food source for its first few days of life. ::stage Baby Chick:: Once a chick hatches, it no longer needs its mother. The chick does require water, special feed and chick grit to eat until it is 18 to 24 weeks old. After they are 18 to 24 weeks old, the birds are considered mature and are able to eat adult chicken feed. ::stage Adult Chicken:: According to Murray McMurray Hatchery, adult chickens begin laying eggs when they are between 5-7 months of age. The first eggs the adult chickens lay are smaller than they will be in the future. A chicken will lay eggs without a rooster, but they will not be fertilized without him. | chick eat chick grit | entailment | difference |
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