I would find hypersensitive responses in plants that are affected by pathogens.

I chose this item because it was interesting that plants work to avoid harmful things.

I would find migration by observing birds flying together when the season changes.

I chose this item because it is easy to observe in our daily life.

I would find taxis in bugs flying towards the light.

I chose this item because I wanted to know why plants and bugs tend to move according to what they want.

I would find clone in the garden with identical flowers grown by cutting.

I chose this item because it is not common to reproduce by itself.

I would find spores in the underside of leaves.

I chose this item because I've seen this before in the leaves.

I would find invasive species from bugs that are not needed for our nature.

I chose this item because I could know that plenty of things are harmful sometimes.

I would find foundation species in a forest like large trees that support various forms of life.

I chose this because I wanted to know more about species that are helpful for our ecosystem.

I would find homeostasis in the human body like temperature regulation.

I chose this item because it is crucial for living organisms to stay stable by this process.

I would find phototropism from the tree grown toward light.

I chose this item because I could know why trees and plants sometimes don't grow vertically.

I would find a vaccine in the hospital when we get injections.

I chose this item because vaccines improved human's life quality.

I would find cloning in banana plants, which are produced through cloning.

I chose this item because the fact that something can produce identical things was absorbing.

I would find repeated reproduction from fishes that reproduce multiple times and make huge families.

I chose this item because I am also included in this concept.

I would find simple fruit in the market because it includes common fruits like apples, cherries, and tomatoes.

I chose this item because I like fruits!

I would find receptacle in the base of wild flowers.

I chose this item because it is easily observed in nature.

I would find detritus in fallen leaves

I chose this item because I was curious about how does detritus works.

I would find adhesion in water when it's spilled.

I chose this item because it was interesting that water has surface tension due to the property of adhesion.

I would find cohesion in tissue in water.

I chose this item because it was interesting that water can move up due to the property of cohesion.

I would find a leaf in the park.

I chose this item because I like green-colored leaves.

I would find fruit ripening in bananas turning green to yellow.

I chose this item because it is essential for making fruits palatable and nutritious.

I would find exothermic when lighting a match.

I chose this item because it is crucial in almost heating progress.

I would find the kinetic energy from moving cars.

I chose this item because kinetic energy is fundamental in our daily life.

I would find thermal energy in hot coffee.

I chose this item because it is essential for everyday activity.

I would find enzymes in some nutrients.

I chose this item because humans need enzymes for proper digestion.

I would find potential energy in a stretched rubber band.

I chose this item because potential energy is key in understanding energy conservation and transfer.

I would find thermoregulation when humans sweat.

I chose this item because this is one of the reasons why our body reacts to stay stable.

I would find diffusion when a drop of food coloring spreads in water.

I chose this item because it is interesting to see something spreading to have the same concentration.

I would find osmosis in the process of making pickled cucumber.

I chose this item because osmosis is crucial for maintaining cell turgor.

I would find a synthesis in baking bread because it involves the synthesis of ingredients like flour, water, yeast, and salt to create a new product.

I chose this item because synthesis is fundamental in biology for building macromolecules.

I would find cholesterol in food such as meat.

I chose this item because it is important to have a proper amount of cholesterol in our body.

I would find starch in food such as rice.

I chose this item because starch is crucial for human health.

I would find cellulose in plant-based foods like fruits.

I chose this item because cellulose is a source of dietary fiber for humans.

I would find glycogen during exercise when muscles are broken down to provide energy.

I chose this item because glycogen is important for maintaining blood sugar levels and providing a quick source of energy.

I would find solvents from liquids that dissolve other substances easily like water.

I chose this item because a process of chemical reaction using solvent was fun to me.

I would find solute in some powder-type objects that are easily dissolved like sugar.

I chose this item because solutes are used in many various ways.

I would find evapotranspiration in a garden when water evaporates from the soil and transpires from plant leaves.

I chose this item because it seemed similar to evaporation and I didn't know much about it.

I would find an ecosystem in the pond with ducks interacting with each other.

I chose this item because the earth I am living in is made up of a diverse ecosystem.

I would find primary production from grass in a garden performing photosynthesis to produce food

I chose this item because primary production forms the base of the food chain, which is very important in making an ecosystem.

I would find light limitation in indoor plants that grow slowly because they did not receive enough sunlight.

I chose this item because it affects the rate of photosynthesis.

I would find the greenhouse effect from the warmth felt inside a car parked.

I chose this item because I thought the car could be a small-scale example of the greenhouse effect.

I would find passive transport when I spray perfume.

I chose this item because it is interesting that the substances balances even when nobody says to do.

I would find muscle tissue attached to bones and responsible for voluntary movements like walking, lifting, and writing.

I chose this item because muscle tissue is the main tissue needed for humans to move.

I would find blood when we get injured.

I chose this item because it seems like it is a very simple liquid, but does many types of work in our body.

I would find vasodilation during physical activity when vasodilation occurs to increase blood flow to muscles.

I chose this item because it improves blood flow and helps in lowering blood pressure by reducing vascular resistance.

I would find brown fat in my leg.

I chose this item because I didn't know why this was in my body, but now I know that it is made to maintain body temperature.

I would find insulin when my grandmother uses Insulin injections to manage her blood sugar levels.

I chose this item because it is very important in metabolic balance to maintain normal blood glucose levels.

I would find endorphins when eating certain foods like chocolate or spicy foods.

I chose this item because it was interesting that endorphins act as natural painkillers, reducing the perception of pain even though it's not a medicine.

I would find vasoconstriction in cold temperatures because vasoconstriction reduces blood flow to the skin to conserve body heat in response to cold temperatures.

I chose this item because vasoconstriction plays a crucial role in maintaining and regulating blood pressure.

I would find quantitative characteristics in GPA that are measured quantitatively.

I chose this item because it lets us provide objective and precise data that can be analyzed and compared.

I would find the climate in weather forecasts that provide context about what is normal for a region.

I chose this item because climate is a part of the Earth's complex environmental system.

I would find innate behavior from cats when they find their mother.

I chose this item because the kittens search for their mother and suckle milk from the mother cat, even though nobody taught them how to do it.