MS-LS2-2

Construct an explanation that predicts patterns of interactions among organisms across multiple ecosystems.

More Stories in MS-LS2-2

  1. Animals

    These jellyfish can learn without brains

    No brain? No problem for Caribbean box jellyfish. Their simple nervous systems can still learn, a study suggests.

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  2. Tech

    Bionic plants and electric algae may usher in a greener future

    Some can aid the climate by removing pollutants. Others would just avoid dirtying the environment in the first place.

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  3. Plants

    Young corn leaves can ‘smell’ danger

    As they mature, these leaves lose their ability to detect threatening scents.

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  4. Tech

    Meet robots on a mission to help birds

    A new generation of bird-like robots is helping people better understand and protect the wild animals that inspired them.

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  5. Earth

    Analyze This: Tropical forests have gotten patchier

    Although many of the world's forests have gotten less fragmented since 2000, tropical forests have gotten more chopped up, putting animals at risk.

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  6. Health & Medicine

    Doctors found a snake parasite in a woman’s brain — still alive

    This worm typically infects pythons. Though this is its first known infection in humans, other types of worms also can infect the human brain.

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  7. Animals

    Let’s learn about vampire bats

    Vampire bats rarely bite people, instead preferring to feed on animals like cows and horses.

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  8. Life

    Scientists Say: Mycelium

    These fibrous networks are the reason plants think fungi are such "fun guys.”

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  9. Math

    Bees and wasps devised the same clever math trick to build nests

    During nest building, these insects add five- and seven-sided cells in pairs. This helps their colony fit together hexagonal cells of different sizes.

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