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coyotes are predators to mice and mice are prey to coyotes & as population of prey decreases , the population of predators will decrease | as the population of mice decreases the population of coyotes will decrease |
if a new predator begins eating mice then the population of mice will decrease & as the population of mice decreases the population of coyotes will decrease | if a new predator begins eating mice then the population of coyotes will decrease |
the main source of food for coyotes is mice1 & population is a measure of the number of a species in an environment | if the population of a species decreases then there will be fewer number of that species |
if the population of a species decreases then there will be fewer number of that species & coyotes are a kind of species | if the population of coyotes decreases then there will be fewer coyotes |
if a new predator begins eating mice then the population of coyotes will decrease & if the population of coyotes decreases then there will be fewer coyotes | if a new predator begins eating mice then there will be fewer coyotes |
a lake is a kind of body of water & a body of water is a kind of environment | a lake is a kind of environment |
a lake is a kind of environment & as population of predators increases , the population of prey will decrease in an environment | as the population of predators in a lake decreases the population of prey will decrease in that lake |
as the population of predators in a lake decreases the population of prey will decrease in that lake & population is a measure of the number of a species in an environment | as the number of predators in a lake decreases the number of prey will decrease in that lake |
predators eat prey & if an animal eats other animals for food , then the animal will be the predator | if an animal eats another animal then the animal will be the predator and the other animal will be the prey |
if an animal eats another animal then the animal will be the predator and the other animal will be the prey & fish eat insects | fish are predators to insects and insects are prey to fish |
as the number of predators in a lake decreases the number of prey will decrease in that lake & fish are predators to insects and insects are prey to fish | as the number of fish in a lake increases the number of insects in that lake will decrease |
as the number of fish in a lake increases the number of insects in that lake will decrease & if something decreases in number then there will be fewer of that something | if the number of fish in a lake increases there will be fewer insects in that lake |
a organism requires food for survival & the decrease of something required by an organism has a negative impact on that organism 's survival / that organism 's ability | a decrease of food has a negative impact on organisms |
a decrease of food has a negative impact on organisms & negative impacts on organisms / species will decrease the population of the organisms / the species | a decrease of food for an organism will decrease that organism's population |
predators eat prey & if an organism eats something then that something is a source of frood to that organism | prey is a kind of food for predators |
a decrease of food for an organism will decrease that organism's population & prey is a kind of food for predators | a decrease of prey will decrease predator |
a decrease of prey will decrease predator & population is a measure of the number of a species in an environment | a decrease of prey populations will decrease predator populations |
food supply often limits predator population size in an ecosystem & a bear is a kind of predator | food supply may limit the bear population in an ecosystem |
food supply may limit the bear population in an ecosystem & population is a measure of the number of a species in an environment | food supply may limit the number of bears in an ecosystem |
food supply may limit the number of bears in an ecosystem & a forest is a kind of ecosystem | food supply may limit the number of bears in an forest |
population is a measure of the amount of a certain species of animal in an evironment & if something is eliminated then the amount of that something decreases | if an animal is eliminated then the population of that animal will decrease |
if an animal eats other animals for food , then the animal will be the predator & predators eat prey | if an animal eats another animal then the animal will be the predator and the other animal will be the prey |
if an animal eats another animal then the animal will be the predator and the other animal will be the prey & hawks eat snakes / rats / rabbits | hawks are predators to snakes / rats / rabbits and snakes / rats / rabbits are prey to hawks |
hawks are predators to snakes / rats / rabbits and snakes / rats / rabbits are prey to hawks & as population of prey decreases , the population of predators will decrease | as the population of snakes / rats / rabbits decreases the population of hawks will decrease |
if an animal is eliminated then the population of that animal will decrease & as the population of snakes / rats / rabbits decreases the population of hawks will decrease | if snakes / rats / rabbits are eliminated then the population of hawks will decrease |
if snakes / rats / rabbits are eliminated then the population of hawks will decrease & to decrease can mean to decline | if snakes / rats / rabbits are eliminated then the population of hawks will decline |
as a population of organisms increases , the resources used by those organisms will decrease & an bacterium requires oxygen for survival / to breathe | as a population of bacteria increases the amount of oxygen will decrease |
as a population of bacteria increases the amount of oxygen will decrease & an algal bloom causes an increase of bacteria in an environment | an algal bloom causes the amount of oxygen in an environment to decrease |
an animal / bacterium requires oxygen for survival / to breathe & a fish is a kind of animal | fish require oxygen to survive |
fish require oxygen to survive & a required resource being low in availability has a negative impact on the something that requires that resource | oxygen being low in availablilty has a negative impact on fish |
oxygen being low in availablilty has a negative impact on fish & danger has a negative impact on a thing | oxygen being low in availabliltyis a danger to fish |
an algal bloom causes the amount of oxygen in an environment to decrease & oxygen being low in availabliltyis a danger to fish | an algal bloom is a danger to fish because it decreases the amount of oxygen in an environment |
an algal bloom is a danger to fish because it decreases the amount of oxygen in an environment & oxygen levels are a measure of the amount of oxygen in an environment | an algal bloom is a danger to fish because it decreases the oxygen levels in an environment |
helping bodily processes has a positive impact on an animal / an animal 's health & a human is a kind of animal | helping bodily processes has a positive impact on a human |
helping bodily processes has a positive impact on a human & digestion is a kind of bodily process | helping digestion has a positive impact on a human |
helping digestion has a positive impact on a human & bacteria can help digest food in humans | some bacteria have a positive impact on humans by helping digestion |
some bacteria have a positive impact on humans by helping digestion & if something has a positive impact on something else then that something is good for that something else | some bacteria are good for humans by helping digestion |
some bacteria are good for humans by helping digestion & digestion is when stomach acid breaks down food | some bacteria are good for humans by helping to break down food |
an animal needs to eat food for nutrients & an animal / living thing requires nutrients for survival | an animal needs to eat food to survive |
an animal needs to eat food to survive & if a living thing needs something to survive then that living thing depends on that something to survive | an example of a living thing depending on something to survive is an animal eating food |
an example of a living thing depending on something to survive is an animal eating food & in the food chain process an animal has the role of consumer which eats producers / other animals for food | an example of a living thing depending on something to survive is an animal eating producers |
an example of a living thing depending on something to survive is an animal eating producers & green plants are a kind of producer | an example of a living thing depending on something to survive is an animal eating a plant |
an example of a living thing depending on something to survive is an animal eating a plant & a plant is a kind of living thing | an example of a living thing depending on another living thing to survive is an animal eating a plant |
an example of a living thing depending on another living thing to survive is an animal eating a plant & a moose is a kind of animal | an example of a living thing depending on another living thing to survive is a moose eating a plant |
a rose is a kind of plant & a plant requires nutrients to grow | a rose requires nutrients to grow |
a rose requires nutrients to grow & weeds use up nutrients & the nutrients in soil is limited | if weeds use up the nutrients, then the rose will not have nutrients to grow |
if weeds use up the nutrients, then the rose will not have nutrients to grow & the student wants to grow roses | the student has to kill the weeds so that the rose gets nutrients to grow |
an animal requires food & an animal requires shelter & if a living thing requires something then that something has a positive impact on that living thing | shelter and food have positive impact on animals |
shelter and food have positive impact on animals & ants are a kind of animal | shelter and food have positive impact on ants |
shelter and food have positive impact on ants & the acacia provides shelter and food for ants | the acacia providing shelter and food has a positive impact on ants |
the ants protect the acacia by removing other insects and vines that might harm it & protecting a living thing has a positive impact on that living thing 's survival / health | the ants protecting the acacia has a positive impact on the acacia |
the acacia providing shelter and food has a positive impact on ants & the ants protecting the acacia has a positive impact on the acacia & mutualism has a positive impact on both organisms in the relationship | the relationship between the acacia and ants is mutualism |
carnivores are a kind of animal & if two or more carnivores share the same ecosystem then those carnivores may share the same food source & if two animals have the same food source then those two animals compete for food | if carnivores share the same ecosystem, then those carnivores may compete for food |
if carnivores share the same ecosystem, then those carnivores may compete for food & an ecosystem is a kind of habitat | if carnivores share the same habitat, then those carnivores may compete for food |
some microorganisms have a positive impact on human body & if something has a positive impact on another thing, then the relationship is benificial | some microorganisms are benificial to human body |
if something has a negative impact on another thing, then the relationship is harmful & disease-causing microbes have a negative impact on the body | some disease-causing microbes are harmful to human body |
some microorganisms are benificial to human body & some disease-causing microbes are harmful to human body | the relationship between human and microorganisms is sometimes beneficial and sometimes harmful |
an elk is a kind of animal & wolves eat elk & a predator eats other animals for food | wolves are predators to elk |
avoiding predators has a positive impact on the organism & cactus wrens build their nests in cholla cacti to avoid predators | cactus wrens building their nests in cholla cacti has a positive impact on themselves |
cactus wrens building their nests in cholla cacti has a positive impact on themselves & commensalism is a relationship between two organisms in which one benefits while not harming the other one & cactus wrens building nests in cholla cacti does not harm the cholla cacti | the relationship between cactus wrens and cholla cacti is commensalism |
water is a kind of nonliving thing & a river is a kind of body of water | a river is a nonliving thing |
a rabbit is a kind of animal & an animal is a kind of living thing & a bird is a kind of animal | a bird and a rabbit are living things |
a seed is a kind of young plant & a plant is a kind of living thing | a seed is a kind of living thing |
a bird and a rabbit are living things & a seed is a kind of living thing | a bird, a rabbit, and a seed are living things |
all living things are made of cells according to the cell theory & nonliving things are not made of cells | the difference of living things and nonliving things is that living things are made of cells |
a plant cell is a kind of cell & a cell is a kind of object & a cell is very small | a plant cell is a very small object |
a plant cell is a very small object & a part of an object is smaller in size than the whole object | a part of the plant cell will be smaller than a plant cell |
a part of the plant cell will be smaller than a plant cell & a microscope is used to see small things by scientists by making them appear bigger | a microscope can be used to see parts of the plant cell |
a microscope is used to see small things by scientists by making them appear bigger & as the size of an object appears larger , that object will be seen more easily | a microscope can be help make small things easier to see |
an electron microscope is used for seeing very small objects by making them appear bigger & an atom is exceptionally small in size & a molecule is exceptionally small in size | an electron microscope can be used to see atoms and molecules by making them appear bigger |
a microscope is used to see microscope things by scientists by making them appear bigger & bacteria is small / microscopic in size | a microscope can be used to see bacteria by making them appear bigger |
decomposers are a kind of organism & an organism is made of organic matter | decomposers are made of organic matter |
decomposers are made of organic matter & decomposition is when a decomposer recycles nutrients from dead organisms to the soil by eating those dead organisms | decomposition is when organic matter recycles nutrients from dead organisms to the soil |
decomposition is when organic matter recycles nutrients from dead organisms to the soil & decomposition is a stage in the nutrient recycling process | decompostition is a stage where the nutrients are recycled from dead organisms to the soil |
a behavior is a kind of characteristic & using tools is a learned characteristic | using tools is a kind of learned behavior |
using tools is a kind of learned behavior & an example of using tools is a chimpanzee digging for insects with a stick | a chimpanzee digging for insects with a stick is a kind of learned behavior |
skills are learned characteristics / behaviors & being able to read is a kind of skill | being able to read is a kind of learned characteristics |
driving is a kind of skill for operating a vehicle & skills are learned characteristics / behaviors | driving is a kind of learned behaviors |
skills are learned characteristics / behaviors & cooking is a kind of skill for preparing food | cooking is a kind of learned bahaviors |
an organism 's environment affects that organism 's acquired characteristics & the condition of parts of an organism are acquired characteristics | an organism's environment affects the condition of parts of an organism |
a wolf is a kind of animal & fur is often part of an animal | fur is often a part of a wolf |
an animal is a kind of organism & a wolf is a kind of animal | a wolf is a kind of organism |
an organism's environment affects the condition of parts of an organism & fur is often a part of a wolf & a wolf is a kind of organism | the environment of a wolf affects the condition of the fur of the wolf |
a food preference is a kind of preference & preferences are generally learned characteristics | food preference is a kind of learned characteristics |
food preference is a kind of learned characteristics & learned characteristics are similar to acquired characteristics | food preference is a kind of acquired characteristics |
an animal is a kind of organism & a dog is a kind of animal | a dog is a kind of organism |
food preference is a kind of acquired characteristics & a dog is a kind of organism & an organism 's environment affects that organism 's acquired characteristics | the food preference of a dog is affected by its environment |
if an animal is trained to do something then that something is a learned behavior & some dogs are trained to scratch at the door when they want to go outside | a dog scratching at a door to go out is a learned behavior |
an example of following orders is coming when called & following orders is a learned characteristic | a dog coming when called is a kind of learned characteristic |
a utensil is a kind of tool for eating & a fork is a kind of utensil | a fork is a kind of tool for eating |
a fork is a kind of tool for eating & using tools is a learned characteristic | using a fork to eat is a kind of learned characteristic |
hunting is a kind of skill & skills are learned characteristics / behaviors | hunting is a kind of learned behaviors |
animals sitting on command is an example of animals following order & a dog is a kind of animal | a dog sitting on command is an example of a dog following order |
a dog sitting on command is an example of a dog following order & following orders is a learned characteristic | a dog sitting on command is a learned characteristic |
a food preference is a kind of preference & preferences are generally learned characteristics | food preference is a kind of learned characteristics |
inheriting is when an inherited characteristic is passed from parent to offspring by genetics / dna & inherited characteristics are the opposite of learned characteristics | learned characteristics are not inherited from parents |
food preference is a kind of learned characteristics & learned characteristics are not inherited from parents | food preference is not inherited from parents |
inherited characteristics are the opposite of acquired characteristics & inheriting is when an inherited characteristic is passed from parent to offspring by genetics / dna | acquired characteristics are not inherited from parents |
acquired characteristics are not inherited from parents & personality is an acquired characteristic | personality is an acquired characteristic that is not inherited from parents |
genes are able to determine the inherited characteristics of a living thing & inherited characteristics are the opposite of acquired characteristics | genes are unable to determine the acquired characteristics of a living thing |
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