premise stringclasses 41
values | hypothesis stringlengths 8 198 | label stringclasses 2
values | config stringclasses 3
values |
|---|---|---|---|
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | adults don't can Down | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | an adult bird has feathers | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | it didn't have as subadult feathers | not_entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | it didn't have as subadult full adult plumage | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | an adult bird has full adult plumage | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | fledgling do not eat soft down | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | nestling eat flight feathers | not_entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | fledgling do not eat flight feathers | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | nestling eat soft down | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | adult birds fly | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | subadults cannot reproduce | entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | subadults cannot fly | not_entailment | difference |
::stage egg:: eggs are laid by female birds in clutches ranging in number from just 1 for condors to as many as 17 for the grey partridge. Eggs are incubated by one or both parents for a period of time until the embryo inside has developed into a chick which is ready to hatch. A chick may have to work for hours or even... | adult birds reproduce | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | toadlet have a tail | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | tadpole do not have a tail | not_entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | toadlet have A sticky tongue | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | tadpole do not have A sticky tongue | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | toadlets don't can Search for mates | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | adult toads will Search for mates | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | toadlets don't can Go back into the water | not_entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | adult toads will Go back into the water | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | toadlets have legs | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | tadpolesnot can legs | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | toadlets have tail and gills | entailment | difference |
::stage egg:: Before human beings are released into the world as newborn babies, they begin to develop inside their mother's womb. A toad, however, starts out as an egg. No - not like the egg that you scramble in the morning for breakfast. Toad eggs are surrounded by a clear, jelly-like substance. When a mother toad is... | tadpolesnot can tail and gills | not_entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | adult plants make Seeds | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | young adult plants can't make Seeds | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | adult plants make leaves | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | young adult plants can't make leaves | not_entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | adult plants have flowers, fruit or seeds | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | young adult plantsnot can flowers, fruit or seeds | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | adult plants have leaves and roots | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | young adult plantsnot can leaves and roots | not_entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | Like their parent plants do young adult plants appear compared to adults. | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | Different from their parents do young adult plants appear compared to adults. | not_entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | adult plants have flowers | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | adult plants have roots | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | seedlingsnot can flowers | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | seedlingsnot can roots | not_entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | seedling spread roots | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | seedling spread branches | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | seed do not spread roots | entailment | difference |
::stage seed:: Every plant, from the tallest tree to the smallest blade of grass, begins the same way--with a seed, an undeveloped plant inside a hard outer layer. Even that massive pine tree growing near the park began as a tiny seed. Seeds contain the beginning of new life for a plant. Seeds come in many different sh... | seed do not spread branches | not_entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | adults don't do can Shed their exoskeletons. | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | adults don't do can Eat | not_entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | adolescent praying mantis Eat | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | adolescent praying mantis Shed their exoskeletons. | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | adolescents don't do can molt | not_entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | adult mantises mate | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | adult mantises molt | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | adolescents don't do can mate | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | an adolescent praying mantis does eat | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | an adolescent praying mantis does molt | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | it no longer does as an adult can molt | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | it no longer does as an adult can eat | not_entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | Shed its skin will a nymph praying mantis do more often than it does as an adolescent. | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | Mate will a nymph praying mantis do more often than it does as an adolescent. | not_entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | it doesn't have in the adult stage can their exoskeleton | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | praying mantis have in the nymph stage heavier abdomens | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | praying mantis have in the nymph stage their exoskeleton | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | it doesn't have in the adult stage can heavier abdomens | not_entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | a praying mantis eats in the adult stage fruit flies | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | it doesn't in other stages eat nesting birds | not_entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | a praying mantis eats in the adult stage nesting birds | entailment | difference |
::stage Egg:: This stage occurs just before winter. The adult female praying mantis lays 100 to 400 eggs after fertilization. The eggs are laid safely on a firm leaf or stem with a liquid that hardens to be a protective sac structure known as ootheca. The ootheca is a protective casing (very hard and able to survive ex... | it doesn't in other stages eat fruit flies | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | adult have fully developed legs | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | nymph do not have fully developed legs | not_entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | nymph do not have fully developed wings | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | adult have fully developed wings | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | adult have the ability to molt | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | nymph do not have the ability to mate | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | adult have the ability to mate | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | nymph do not have the ability to molt | not_entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | a female nymph lacks can exoskeleton | not_entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | a female nymph lacks can ovipositor | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | body part does a female adult cricket have exoskeleton | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | body part does a female adult cricket have ovipositor | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | Mating is more dangerous for nymphs than for adult crickets. | not_entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | Larger crickets and other insects is more dangerous for nymphs than for adult crickets. | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | a nymph cannot Mate | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | a nymph cannot Eat | not_entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | an adult Mate | entailment | difference |
::stage Egg:: To attract females, male crickets chirp by scraping their wings together. After mating, a fertile female will lay eggs almost continuously. The female will use her ovipositor, a tube-like organ, to deposit eggs in whatever damp substrate is available. A female can easily lay 100 eggs, and sometimes as man... | an adult Eat | entailment | difference |
::stage Egg:: After mating, the female snake stores the sperms in the oviduct for about 1 - 2 months. The female then produces large eggs, which after releasing from the ovary are fertilized by the sperms from the oviduct. The female snake lays the fertilized eggs (about 10 - 15 in number) in shallow holes or under the... | young do not gain nutrition from The yolk | entailment | difference |
::stage Egg:: After mating, the female snake stores the sperms in the oviduct for about 1 - 2 months. The female then produces large eggs, which after releasing from the ovary are fertilized by the sperms from the oviduct. The female snake lays the fertilized eggs (about 10 - 15 in number) in shallow holes or under the... | egg gain nutrition from The yolk | entailment | difference |
::stage Egg:: After mating, the female snake stores the sperms in the oviduct for about 1 - 2 months. The female then produces large eggs, which after releasing from the ovary are fertilized by the sperms from the oviduct. The female snake lays the fertilized eggs (about 10 - 15 in number) in shallow holes or under the... | egg gain nutrition from Small reptiles and rodents | not_entailment | difference |
::stage Egg:: After mating, the female snake stores the sperms in the oviduct for about 1 - 2 months. The female then produces large eggs, which after releasing from the ovary are fertilized by the sperms from the oviduct. The female snake lays the fertilized eggs (about 10 - 15 in number) in shallow holes or under the... | young do not gain nutrition from Small reptiles and rodents | entailment | difference |
::stage Egg:: After mating, the female snake stores the sperms in the oviduct for about 1 - 2 months. The female then produces large eggs, which after releasing from the ovary are fertilized by the sperms from the oviduct. The female snake lays the fertilized eggs (about 10 - 15 in number) in shallow holes or under the... | Young snakes do something far more often than adult snakes do. lay eggs is this. | not_entailment | difference |
::stage Egg:: After mating, the female snake stores the sperms in the oviduct for about 1 - 2 months. The female then produces large eggs, which after releasing from the ovary are fertilized by the sperms from the oviduct. The female snake lays the fertilized eggs (about 10 - 15 in number) in shallow holes or under the... | Young snakes do something far more often than adult snakes do. molt is this. | entailment | difference |
::stage Egg:: After mating, the female snake stores the sperms in the oviduct for about 1 - 2 months. The female then produces large eggs, which after releasing from the ovary are fertilized by the sperms from the oviduct. The female snake lays the fertilized eggs (about 10 - 15 in number) in shallow holes or under the... | 1/4 as much many more times a year does young oviparous snake shed compared to an adult. | not_entailment | difference |
::stage Egg:: After mating, the female snake stores the sperms in the oviduct for about 1 - 2 months. The female then produces large eggs, which after releasing from the ovary are fertilized by the sperms from the oviduct. The female snake lays the fertilized eggs (about 10 - 15 in number) in shallow holes or under the... | 4 more many more times a year does young oviparous snake shed compared to an adult. | entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | Much different from their parents is the appearance of young crocodiles compared to adults. | not_entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | Like their parents, only smaller is the appearance of young crocodiles compared to adults. | entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | adult eat 60 sharp teeth | entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | adult eat sharp claws | entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | baby do not eat 60 sharp teeth | entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | baby do not eat sharp claws | not_entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | a young crocodile can't Lay eggs | entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | an adult crocodile can Eat | entailment | difference |
::stage Egg:: Would you believe that crocodiles can be sweet and caring? Although crocodiles are typically aggressive predators, they nurture and care for their babies before and after their birth. A female crocodile lays her eggs in a hole she makes along a riverbed or the shoreline, nearly two months after mating. Th... | a young crocodile can't Eat | not_entailment | difference |
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