DefenceLab/scitail · Datasets at Hugging Face

premise stringlengths 1 69.2k	hypothesis stringlengths 21 234	label class label 2 classes
A soft, legless, white larva hatches from the egg; in most species it is completely helpless and must be fed and carried by adults.	Fish hatch into larvae that are different from the adult form of species.	0neutral
Amphibians hatch as aquatic larvae with gills and, in most species, then undergo metamorphosis into four-legged terrestrial adults with lungs for breathing air.	Fish hatch into larvae that are different from the adult form of species.	0neutral
Billions of fish larvae hatching at this time will die and many species could become extinct, including some we will never know about.	Fish hatch into larvae that are different from the adult form of species.	0neutral
Eggs of both fish species (and the larvae hatching from the eggs) were exposed to the bacterium.	Fish hatch into larvae that are different from the adult form of species.	0neutral
Fish Larvae Fish eggs hatch into larvae that are different from the adult form of the species (see Figure 19.7).	Fish hatch into larvae that are different from the adult form of species.	1entails
Fish eggs hatch into larvae that are different from the adult form of the species (see Figure below ).	Fish hatch into larvae that are different from the adult form of species.	1entails
Fish hatch into larvae that are different from the adult form of the species.	Fish hatch into larvae that are different from the adult form of species.	1entails
If it is the right species of fish, the larvae stay on.	Fish hatch into larvae that are different from the adult form of species.	0neutral
In most species there is a swimming veliger larva with a coiled shell which is shed at metamorphosis when the larva transforms into the adult form.	Fish hatch into larvae that are different from the adult form of species.	0neutral
In other species the eggs hatch and the larvae are active and they then enter the pupal stage for the winter before emerging in the spring as adults.	Fish hatch into larvae that are different from the adult form of species.	0neutral
Insect Hatches Current hatches and recomended flies Fish Species The different fish commonly found here.	Fish hatch into larvae that are different from the adult form of species.	0neutral
Mite larvae feed on a different food source (either a different species or a different life history stage) from that of the deutonymph and adult.	Fish hatch into larvae that are different from the adult form of species.	0neutral
Some species hatch already completely metamorphosed into the adult form, while others still have tails when they hatch.	Fish hatch into larvae that are different from the adult form of species.	0neutral
The Stylophthalmine trait is an adaptation present in the larvae of several different species of actinopterygian fish.	Fish hatch into larvae that are different from the adult form of species.	0neutral
The adults are not predaceous, but the larvae of many species are.	Fish hatch into larvae that are different from the adult form of species.	0neutral
The dispersal tactics of different species of fish larvae, both marine and freshwater species, were compared.	Fish hatch into larvae that are different from the adult form of species.	0neutral
The eggs hatch into the larva form and depending upon the species may or may not build a case.	Fish hatch into larvae that are different from the adult form of species.	0neutral
The species hatch as bluish-green coloured larvae.	Fish hatch into larvae that are different from the adult form of species.	0neutral
There are hundreds of different species of lady beetles, but practically all species share this trait of being predacious as both larvae and adults.	Fish hatch into larvae that are different from the adult form of species.	0neutral
There are several different species of these larvae, and the adults are commonly known as click beetles .	Fish hatch into larvae that are different from the adult form of species.	0neutral
Behind the propeller is the rudder, used for steering, and the water pick-up tube.	Fish use some of their fins to propel themselves through the water and some of their fins to steer.	0neutral
Fins are used by fish to move through the water but also to steer, stop and maintain their position, the latter in conjunction with the swim bladder.	Fish use some of their fins to propel themselves through the water and some of their fins to steer.	1entails
One of the propellers was used to steer the craft.	Fish use some of their fins to propel themselves through the water and some of their fins to steer.	0neutral
Azalea blooms last only about two weeks, which means many of the brightly colored flowers could be scattered to the wind come Masters Week.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
Describe how wind-pollinated flowers differ from animal-pollinated flowers.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
Flowers are pollinated by wind.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
Flowers are tiny, brown and wind pollinated.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
Flowers wind pollinated.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
Grasses use the wind to pollinate their flowers.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
He observed that flowers that are pollinated by the wind have little color, yet flowers that need to attract insects for pollination have brightly colored petals and sweet nectar.	Flowers pollinated by wind generally lack brightly colored parts.	1entails
In wind-pollinated plants (plants whose seed are spread by the wind and not by pollinators), petals are usually less brightly colored or non-existent.	Flowers pollinated by wind generally lack brightly colored parts.	1entails
Pollen of wind-pollinated flowering plants tends to be small and weightless, produced in dull-colored flowers which sometimes lack nonessential parts.	Flowers pollinated by wind generally lack brightly colored parts.	1entails
Pollination is when wind or insects carry pollen from the male part of flowers to the female part of other flowers.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
The flowers are wind pollinated.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
The flowers are wind-pollinated catkins.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
The flowers are wind-pollinated catkins;	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
The flowers are wind-pollinated.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
The flowers of many species are wind pollinated;	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
The parts of a flower are so constructed that very, very often the wind will cause pollination.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
The tightly-clustered, apetalous wind-pollinated flowers are bright red, and appear in early spring.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
The wind-pollinated flowers have no petals.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
Their flowers are adapted for wind pollination.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
Wind pollinated trees generally flower in early spring before leaves are present.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
brightly, carpels, coloured, female, four, fruit, fruit, insects, insects, insects, insects, male, nectar, ovary, pollen, pollen, pollination, protected, rings, stamen, stigma, style, wind, wind, wind The parts of a flower Copy and label the diagram.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
refers to flowers that depend on the wind for pollination.	Flowers pollinated by wind generally lack brightly colored parts.	0neutral
A food chain shows how energy and matter flow from producers to consumers.	Food chains carry energy from producers to consumers.	1entails
A food chain shows the linear transfer of energy from producers to consumers.	Food chains carry energy from producers to consumers.	1entails
Covered are the laws of thermodynamics, flow of energy, cycling of matter, food chains, and abiotic-producer-consumer-decomposer cycle.	Food chains carry energy from producers to consumers.	0neutral
Ecosystems Students explore producers, consumers, food chains, food pyramids, and energy in schoolyard games before and after the field trip.	Food chains carry energy from producers to consumers.	0neutral
Energy flows through this food chain in a one-way stream, form primary producers to various consumers.	Food chains carry energy from producers to consumers.	1entails
Energy moving from producers to primary consumers to secondary consumers and so on is called a food chain.	Food chains carry energy from producers to consumers.	1entails
Food Chains, Food Webs, Consumers and Producers	Food chains carry energy from producers to consumers.	0neutral
Food chains show how energy is passed from the sun to producers, from producers to consumers, and from consumers to decomposers.	Food chains carry energy from producers to consumers.	1entails
If a consumer refuses to carry food, the group will stop.	Food chains carry energy from producers to consumers.	0neutral
Microorganisms are scientifically known as heterotrophs, or those that belong to the consumer groups of the food chain.	Food chains carry energy from producers to consumers.	0neutral
Select a producer and a consumer from this food chain.	Food chains carry energy from producers to consumers.	0neutral
Since herbivores feed directly on producers (plants) they are first-order consumers and are at the second energy level in a food chain.	Food chains carry energy from producers to consumers.	0neutral
The Group for Producing and Consuming Safe Food is one of the best known teikei consumer groups in Japan.	Food chains carry energy from producers to consumers.	0neutral
The most important thing to remember about food chains and webs is that energy flows from the producers and through each consumer.	Food chains carry energy from producers to consumers.	1entails
food chain The pathway for energy in a natural community from producers (e.g., plants) to consumers (herbivores and carnivores) to decomposers (e.g., fungi).	Food chains carry energy from producers to consumers.	1entails
governments, consumer groups, supply chains and individual firms are working to improve the integrity of the food supply chain;	Food chains carry energy from producers to consumers.	0neutral
identify the relative amount (most, least) of energy from producers that is available to an organism or group of organisms in a food chain or web;	Food chains carry energy from producers to consumers.	0neutral
3.3.4 COMMUNICATING WITH THE PUBLIC It is essential that institutions using experimental animals communicate effectively with members of the public with interests in the use of animals in research.	For social animals, communication essential.	0neutral
A social animal best kept with their own kind in captivity.	For social animals, communication essential.	0neutral
Animal Communication.	For social animals, communication essential.	0neutral
Animal Communications -	For social animals, communication essential.	0neutral
Animal Communications.	For social animals, communication essential.	0neutral
Animal Communicator;	For social animals, communication essential.	0neutral
Animal behavior, especially communication and social organization.	For social animals, communication essential.	0neutral
Animal communication	For social animals, communication essential.	0neutral
Animal communication -	For social animals, communication essential.	0neutral
Animal communications;	For social animals, communication essential.	0neutral
Animals and social "animals	For social animals, communication essential.	0neutral
As they are social animals, communication is vital for them.	For social animals, communication essential.	1entails
Be kind to animals ...	For social animals, communication essential.	0neutral
Ecological constraints on modes of animal communication and quantitative analysis of social communication.	For social animals, communication essential.	0neutral
Human beings are essentially social animals, and we are very dependent on each other.	For social animals, communication essential.	0neutral
It is important to note that (AE) is not the thesis that we are essentially animals of some kind or other .	For social animals, communication essential.	0neutral
Kindness to animals was an essential point of his moral creed.	For social animals, communication essential.	0neutral
Learn How to Communicate with Animals of all kinds.	For social animals, communication essential.	0neutral
Not all animals are social animals.	For social animals, communication essential.	0neutral
Signals, contexts, and mechanism of social communication in animals.	For social animals, communication essential.	0neutral
Social Communication Among Animals.	For social animals, communication essential.	0neutral
Social organization of some kind is common to all animals.	For social animals, communication essential.	0neutral
Study of communication is also essential for understanding animal behavior.	For social animals, communication essential.	0neutral
That animal is a social animal.	For social animals, communication essential.	0neutral
The Social Animal .	For social animals, communication essential.	0neutral
The Social Animal ;	For social animals, communication essential.	0neutral
The animal is very social with its own kind.	For social animals, communication essential.	0neutral
We are a new kind of social animal, thanks to culture.	For social animals, communication essential.	0neutral
What could animate the promise of conflict-prevention techniques is their realization in many kinds of institutions---business, government, education, social, communications.	For social animals, communication essential.	0neutral
and an animal communicator.	For social animals, communication essential.	0neutral
animal communication;	For social animals, communication essential.	0neutral
social contact with other animals of their own kind;	For social animals, communication essential.	0neutral
If we recall that work done is a force times a distance then we can see that multiplying the force of gravity, above, by a distance	Force times distance is the equation for work.	1entails
If you must work, remember that work equals force times distance.	Force times distance is the equation for work.	1entails
Mathematically work is equal to the magnitude of the force times the distance travelled.	Force times distance is the equation for work.	1entails
Mechanical work is defined as force times distance, when the two are in the same direction.	Force times distance is the equation for work.	1entails
Recall that work is defined as the product of force times distance.	Force times distance is the equation for work.	1entails
Simply, the total work is Force time Distance (ie.	Force times distance is the equation for work.	1entails

A soft, legless, white larva hatches from the egg; in most species it is completely helpless and must be fed and carried by adults.

Fish hatch into larvae that are different from the adult form of species.

0neutral

Amphibians hatch as aquatic larvae with gills and, in most species, then undergo metamorphosis into four-legged terrestrial adults with lungs for breathing air.

Fish hatch into larvae that are different from the adult form of species.

0neutral

Billions of fish larvae hatching at this time will die and many species could become extinct, including some we will never know about.

Fish hatch into larvae that are different from the adult form of species.

0neutral

Eggs of both fish species (and the larvae hatching from the eggs) were exposed to the bacterium.

Fish hatch into larvae that are different from the adult form of species.

0neutral

Fish Larvae Fish eggs hatch into larvae that are different from the adult form of the species (see Figure 19.7).

Fish hatch into larvae that are different from the adult form of species.

1entails

Fish eggs hatch into larvae that are different from the adult form of the species (see Figure below ).

Fish hatch into larvae that are different from the adult form of species.

1entails

Fish hatch into larvae that are different from the adult form of the species.

Fish hatch into larvae that are different from the adult form of species.

1entails

If it is the right species of fish, the larvae stay on.

Fish hatch into larvae that are different from the adult form of species.

0neutral

In most species there is a swimming veliger larva with a coiled shell which is shed at metamorphosis when the larva transforms into the adult form.

Fish hatch into larvae that are different from the adult form of species.

0neutral

In other species the eggs hatch and the larvae are active and they then enter the pupal stage for the winter before emerging in the spring as adults.

Fish hatch into larvae that are different from the adult form of species.

0neutral

Insect Hatches Current hatches and recomended flies Fish Species The different fish commonly found here.

Fish hatch into larvae that are different from the adult form of species.

0neutral

Mite larvae feed on a different food source (either a different species or a different life history stage) from that of the deutonymph and adult.

Fish hatch into larvae that are different from the adult form of species.

0neutral

Some species hatch already completely metamorphosed into the adult form, while others still have tails when they hatch.

Fish hatch into larvae that are different from the adult form of species.

0neutral

The Stylophthalmine trait is an adaptation present in the larvae of several different species of actinopterygian fish.

Fish hatch into larvae that are different from the adult form of species.

0neutral

The adults are not predaceous, but the larvae of many species are.

Fish hatch into larvae that are different from the adult form of species.

0neutral

The dispersal tactics of different species of fish larvae, both marine and freshwater species, were compared.

Fish hatch into larvae that are different from the adult form of species.

0neutral

The eggs hatch into the larva form and depending upon the species may or may not build a case.

Fish hatch into larvae that are different from the adult form of species.

0neutral

The species hatch as bluish-green coloured larvae.

Fish hatch into larvae that are different from the adult form of species.

0neutral

There are hundreds of different species of lady beetles, but practically all species share this trait of being predacious as both larvae and adults.

Fish hatch into larvae that are different from the adult form of species.

0neutral

There are several different species of these larvae, and the adults are commonly known as click beetles .

Fish hatch into larvae that are different from the adult form of species.

0neutral

Behind the propeller is the rudder, used for steering, and the water pick-up tube.

Fish use some of their fins to propel themselves through the water and some of their fins to steer.

0neutral

Fins are used by fish to move through the water but also to steer, stop and maintain their position, the latter in conjunction with the swim bladder.

Fish use some of their fins to propel themselves through the water and some of their fins to steer.

1entails

One of the propellers was used to steer the craft.

Fish use some of their fins to propel themselves through the water and some of their fins to steer.

0neutral

Azalea blooms last only about two weeks, which means many of the brightly colored flowers could be scattered to the wind come Masters Week.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

Describe how wind-pollinated flowers differ from animal-pollinated flowers.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

Flowers are pollinated by wind.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

Flowers are tiny, brown and wind pollinated.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

Flowers wind pollinated.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

Grasses use the wind to pollinate their flowers.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

He observed that flowers that are pollinated by the wind have little color, yet flowers that need to attract insects for pollination have brightly colored petals and sweet nectar.

Flowers pollinated by wind generally lack brightly colored parts.

1entails

In wind-pollinated plants (plants whose seed are spread by the wind and not by pollinators), petals are usually less brightly colored or non-existent.

Flowers pollinated by wind generally lack brightly colored parts.

1entails

Pollen of wind-pollinated flowering plants tends to be small and weightless, produced in dull-colored flowers which sometimes lack nonessential parts.

Flowers pollinated by wind generally lack brightly colored parts.

1entails

Pollination is when wind or insects carry pollen from the male part of flowers to the female part of other flowers.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

The flowers are wind pollinated.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

The flowers are wind-pollinated catkins.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

The flowers are wind-pollinated catkins;

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

The flowers are wind-pollinated.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

The flowers of many species are wind pollinated;

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

The parts of a flower are so constructed that very, very often the wind will cause pollination.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

The tightly-clustered, apetalous wind-pollinated flowers are bright red, and appear in early spring.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

The wind-pollinated flowers have no petals.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

Their flowers are adapted for wind pollination.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

Wind pollinated trees generally flower in early spring before leaves are present.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

brightly, carpels, coloured, female, four, fruit, fruit, insects, insects, insects, insects, male, nectar, ovary, pollen, pollen, pollination, protected, rings, stamen, stigma, style, wind, wind, wind The parts of a flower Copy and label the diagram.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

refers to flowers that depend on the wind for pollination.

Flowers pollinated by wind generally lack brightly colored parts.

0neutral

A food chain shows how energy and matter flow from producers to consumers.

Food chains carry energy from producers to consumers.

1entails

A food chain shows the linear transfer of energy from producers to consumers.

Food chains carry energy from producers to consumers.

1entails

Covered are the laws of thermodynamics, flow of energy, cycling of matter, food chains, and abiotic-producer-consumer-decomposer cycle.

Food chains carry energy from producers to consumers.

0neutral

Ecosystems Students explore producers, consumers, food chains, food pyramids, and energy in schoolyard games before and after the field trip.

Food chains carry energy from producers to consumers.

0neutral

Energy flows through this food chain in a one-way stream, form primary producers to various consumers.

Food chains carry energy from producers to consumers.

1entails

Energy moving from producers to primary consumers to secondary consumers and so on is called a food chain.

Food chains carry energy from producers to consumers.

1entails

Food Chains, Food Webs, Consumers and Producers

Food chains carry energy from producers to consumers.

0neutral

Food chains show how energy is passed from the sun to producers, from producers to consumers, and from consumers to decomposers.

Food chains carry energy from producers to consumers.

1entails

If a consumer refuses to carry food, the group will stop.

Food chains carry energy from producers to consumers.

0neutral

Microorganisms are scientifically known as heterotrophs, or those that belong to the consumer groups of the food chain.

Food chains carry energy from producers to consumers.

0neutral

Select a producer and a consumer from this food chain.

Food chains carry energy from producers to consumers.

0neutral

Since herbivores feed directly on producers (plants) they are first-order consumers and are at the second energy level in a food chain.

Food chains carry energy from producers to consumers.

0neutral

The Group for Producing and Consuming Safe Food is one of the best known teikei consumer groups in Japan.

Food chains carry energy from producers to consumers.

0neutral

The most important thing to remember about food chains and webs is that energy flows from the producers and through each consumer.

Food chains carry energy from producers to consumers.

1entails

food chain The pathway for energy in a natural community from producers (e.g., plants) to consumers (herbivores and carnivores) to decomposers (e.g., fungi).

Food chains carry energy from producers to consumers.

1entails

governments, consumer groups, supply chains and individual firms are working to improve the integrity of the food supply chain;

Food chains carry energy from producers to consumers.

0neutral

identify the relative amount (most, least) of energy from producers that is available to an organism or group of organisms in a food chain or web;

Food chains carry energy from producers to consumers.

0neutral

3.3.4 COMMUNICATING WITH THE PUBLIC It is essential that institutions using experimental animals communicate effectively with members of the public with interests in the use of animals in research.