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Random distribution

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ecosystem of organisms in same location as 8,9,10. Bridge where frog/worm is, green bugs, different plants

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An organism (tree) in a densely populated area

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Biotic factor of grass

Biotic factor of leaf litter

Biotic factor of trees

Biotic factor of moss

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Decomposing tree, environment such as lighting/ bad storm knocked tree over

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Symbiotic relationship of the moss growing on the tree bark. Moss benefits tree is neutral

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A plant adaptation wrapping around a tree

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Photosynthesis autotroph

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A landscape where several ecosystems such as the aquatic ecosystem, and ecosystem of the plants all interact

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A simple food chain of the plant getting nutrients from the soil, an ant on the plant eating it, and a mushroom decomposing the dead leaves from the plants

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Holes in the leaves from insect damage is visible

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Clumped distribution of the plants

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Abiotic factor of rocks

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Abiotic factor of sunlight

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Abiotic factor of water

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Soil in a ecosystem

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A community of organisms interacting by the same location as 8 and 9

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A population of green bugs

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A single green bug

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The animal made hole in the ground shows how an animal lived in and passed through this area

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The frog eating the worm represents a predator prey relationship

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Human trash is present showing how people changed the environment and humans and wildlife shared the environment here

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This is an example of random distribution as the plants are scattered randomly, without any pattern.

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The fungus is shown to be growing in a very densely populated area of other organisms.

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The first image shows clumped distribution as the plants are growing close together in one small area. The second image shows a random distribution pattern throughout the area with the plants.

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The wood is decomposing as part of the ecosystem's nutrient cycle.

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The plant is growing on the fence and is adapting to human-made environmental factors.

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This image shows Audrey adapting the environment while almost falling off of the cliff.

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The plant is absorbing sunlight in order to perform photosynthesis which is an example of a photosynthetic autotroph.

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Environmental factors have affected the ecosystem as water is affecting the fallen trees and contributing to the erosion of the land.

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The ant stepping on the flower may help with pollination through commensalism as the ant is unaffected but the flower is benefited. The second image shows parasitism as the fungus that causes ringworm benefits by living on the person's skin, while the person is harmed.

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These are the biotic factors found in the ecosystem: a tree, grass, an ant (organism), and moss.

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These are the abiotic factors found in the ecosystem: a rock, dead tree branches, water, and soil.

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This is an ecological pyramid showing the energy transfer through trophic levels in a food chain.

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This is a labeled food web for the ecosystem that we saw today.

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The three-leaved plant population, five-leaved plant population, dead leaves, and dead branches are all interacting within the ecosystem.

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The three-leaved plant population is seen interacting with a five-leaved plant population in the same area (community).

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Multiple three-leaved plants are seen growing together in an area (population).

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A three-leaf plant is seen growing on its own.

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Different leaves are seen within this ecosystem interacting with one another as a bee flies in between them.

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This is a very simplified food chain found in this ecosystem.

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Lots of plants in a small area with lots of variety

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uniform distribution

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Clumped organisms

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Worm decomposing the dirt and dead leaves

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Plant growing around dead tree branches

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An animal home in the water to survive

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Moss going around rocks and man made logs structures

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Rockslided has changed the cliff, altering the homes of some animals

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Human is benefitting from frog with happiness while frog is not bother - commensal

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Water fueling the plants around it

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Wind and clouds providing shade and movement in the air

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Sunlight for plants

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4 different plants all found in the same location, one large and fuzzy, one tall and thin like grass, another tall with spiky leaves, and the last one was tall with rounded leaves

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Energy transfer pyramid

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Food web

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Water bugs, water, rocks, and plants all come together to make up the ecosystem in this area

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Water bugs interacting in the shallow waters by the rocks and plants

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Mulitple water bugs in the water

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The holes in the leaves were caused by insects feeding on the plant (plant damage).

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The bug is circled in this image and Audrey is about to step on it while walking through the environment intentionally, showing a predator and prey relationship.

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The bird droppings shown in the image are evidence that a bird recently passed through the area.

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Humans have changed the environment by building houses and altering the natural habitat.

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Audrey (human) is shown interacting and living with wildlife.

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These plants are in an extremely densely populated area.

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These leaves are clumped distribution, and the trees are randomly distributed.

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This decaying log is evidence that the tree is decomposing

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This plant has adapted to grow closer to the sunlight in order to get the nutrients it needs to survive.

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This green beetle has adapted as green helps it blend in with the surroundings of the forest.

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This plant is a photosynthetic autotroph.

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These fallen and disrupted trees are evidence of environmental factors like a storm that would’ve caused this.

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These ants on a leaf represent a comensal relationship as the plant is unaffected but the ants get rest and shade.

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2 different types of plants, a tree and and spider are all biotic factors.

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Water, sunlight, wind, and rocks are all examples of abiotic factors.

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An example of an organism in a densely populated environment is a singular plant in within this big cluster of plants such as the lone one in the bottom left corner that sticks out.

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A single organism of a waterbug

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energy transfer pyramid

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food web

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Here, multiple environments are colliding from the water, to the woods, and even the manmade structure

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This image shows evidence of decomposition as you can see the dead leaves breaking into little pieces and eventually blending into the soil showing how plant matter decomposes over time

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An example of an adaptation of a plant is the trees growing to be taller so they can get more sunlight than the other trees which is why we see many tall trees.

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An example of an adaptation of an animal is a beetle being green in color to bled in with its environment of mostly green plants and camouflage though in this picture it was on the soil, it usually was in the green plants.