Food Web
Imagine pulling on a spider’s web—every part moves, right? Nature works the same way through a food web, connecting every living thing in an ecosystem.
A food web shows how energy and nutrients flow between plants, animals, and tiny organisms. It is a network of interconnected food chains.
Every food web begins with producers, like plants, algae, or bacteria, which produce their own food.
Next come primary consumers, including herbivores or plant eaters. Secondary consumers include carnivores or meat-eaters, and omnivores, who can be primary or secondary consumers and eat both plants and animals.
Decomposers like fungi and bacteria help break down dead plants and animals, recycling nutrients back into the soil.
Most organisms eat more than one thing. For example, a bird might eat grasshoppers, spiders, and fruits, making the web more interconnected.
If one species disappears, it can disrupt the entire web. Imagine if all the bees in an area vanished — many plants wouldn’t get pollinated. Herbivores like deer might struggle to find food, and predators that rely on them, like eagles, could go hungry, too.
Imagine pulling on a spider’s web—every part moves, right? Nature works the same way through a food web, connecting every living thing in an ecosystem.
A food web shows how energy and nutrients flow between plants, animals, and tiny organisms. It is a network of interconnected food chains.
Every food web begins with producers, like plants, algae, or bacteria, which produce their own food.
Next come primary consumers, including herbivores or plant eaters. Secondary consumers include carnivores or meat-eaters, and omnivores, who can be primary or secondary consumers and eat both plants and animals.
Decomposers like fungi and bacteria help break down dead plants and animals, recycling nutrients back into the soil.
Most organisms eat more than one thing. For example, a bird might eat grasshoppers, spiders, and fruits, making the web more interconnected.
If one species disappears, it can disrupt the entire web. Imagine if all the bees in an area vanished — many plants wouldn’t get pollinated. Herbivores like deer might struggle to find food, and predators that rely on them, like eagles, could go hungry, too.
Imagine pulling on a spider’s web—every part moves, right? Nature works the same way through a food web, connecting every living thing in an ecosystem.
A food web shows how energy and nutrients flow between plants, animals, and tiny organisms. It is a network of interconnected food chains.
Every food web begins with producers, like plants, algae, or bacteria, which produce their own food.
Next come primary consumers, including herbivores or plant eaters. Secondary consumers include carnivores or meat-eaters, and omnivores, who can be primary or secondary consumers and eat both plants and animals.
Decomposers like fungi and bacteria help break down dead plants and animals, recycling nutrients back into the soil.
Most organisms eat more than one thing. For example, a bird might eat grasshoppers, spiders, and fruits, making the web more interconnected.
If one species disappears, it can disrupt the entire web. Imagine if all the bees in an area vanished — many plants wouldn’t get pollinated. Herbivores like deer might struggle to find food, and predators that rely on them, like eagles, could go hungry, too.
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