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They allow other organisms to live by consuming plants which receive their energy from the sun. After gathering their energy from the plants, they are most likely eaten by a predator such as a Snowy Owl or Wolf.
An energy pyramid is the graphical representation of the trophic levels (nutritional) by which the incoming solar energy is transferred into an ecosystem. The source of energy for living beings on Earth is the Sun.
The number of species is likely to increase because most organisms thrive in highly acidic conditions.
actually, i dont know but i guess that they get energy from ..........
second opinion....poh.......pls............ im not sure kung tama tohh...but ang sagot ko ay . . . . . . . . . . . . babalu
They allow other organisms to live by consuming plants which receive their energy from the sun. After gathering their energy from the plants, they are most likely eaten by a predator such as a Snowy Owl or Wolf.
An energy pyramid is the graphical representation of the trophic levels (nutritional) by which the incoming solar energy is transferred into an ecosystem. The source of energy for living beings on Earth is the Sun.
The number of species is likely to increase because most organisms thrive in highly acidic conditions.
CATS (:
If necessary organisms perish in an ecosystem it will eventually lead to ecodisaster and most likely ruin the entire ecosystem except for the hardiest of creatures.
actually, i dont know but i guess that they get energy from ..........
Energy flow in an ecosystem can be illustrated with a food web. For every step up in an ecosystem -- producer to primary consumer, for example, only about 10% of the biomass is conserved (a 200 pound cow would likely consume 2000 pounds of grass) . This means that there is a significant amount of energy lost between each trophic level. This explains why there are beyond trillions and trillions of krill (small aquatic organisms) in the oceans, but only a few blue whales.
second opinion....poh.......pls............ im not sure kung tama tohh...but ang sagot ko ay . . . . . . . . . . . . babalu
The question is incomplete. No options are given (for which of the following) to answer the question.
Organisms that fill the same niche in a given ecosystem are most likely to be competitors, since they would need the same resources (example: food). If the ecosystem wasn't rich enough in resources to support both (or more than 2) species that fill the same niche they'd have to compete with each other to survive.
There is a lot of biodiversity (different species living together)
Depends on the ecosystem. Producer, have the largest biomass in all, they're at the bottom of a energy pyramid diagram, which has a larger base (number of producers) than apex top of the food chain consumers). However, in terms of number of individuals, producers can easily be outnumbered by some animals such as insects in a not so dense forest ecosystem or even in a desert for instance, so it's a case-by-case scenario.