these are called third level consumers and only obtain about 1% of energy.
Elephants are typically placed at the tertiary consumer level in an energy pyramid due to their position as top predators in their ecosystems. They primarily consume plants but may also scavenge on carcasses, which places them higher in the energy pyramid.
humans are the top predator in the ecological pyramid.
Basically it is a pyramid made up of different trophic levels (trophic being the list of who eats who...but don't use this for a definition) these levels are stacked on top of each other making a pyramid starting with: Producer Primary consumer Secondary consumer Tertiary consumer Tertiary consumer would be the top of the pyramid (this is only my take on it so there may be more) Hope this helped :)
yes, there is less energy at the top of an energy pyramid
The last level of the energy pyramid...secondary,tertiary...
yes because energy pyramid is made up of three things. Those things are producers, herbivores, carnivores. It is at the top of the pyramid because the pyramid has an order to follow. It looks something like this: carnivore herbivore producer It can't go any other way.
the manatee is on the top of the pyramid
The peregrine falcon is a tertiary consumer in an energy pyramid, as it primarily feeds on smaller birds and mammals. This places it at a high trophic level in a food chain, where it consumes animals that are lower in the food chain.
The top predator. Only 10% of energy moves from one level of the food pyramid to the next. When heat comes from the sun. 90% of it is lost to the environment, 10% is consumed by the plants (primary producer). As a primary consumer ingests the plant, 9% of the original heat from the sun is lost to the environment and the primary consumer receives 1%. The secondary consumer receives .1% and .9% is lost. This leads to the top predator receiving less than any organism below it.
it contains the least amount of the total energy.
it contains the least amount of the total energy.
A pyramid is bigger at the bottom and small and pointy at the top. so its bigger at the bottom, otherwise it would have been called an energy upside-down pyramid =). But anyway, energy enters a food chain from the sun. some energy and biomass is lost at each stage of a food chain as feaces, movement energy and heat energy (especiall birds and mammals). therefore only a small amount of energy and biomass is incorporated into a consumer's body and transferred to the next feeding level. the loss of energy and biomass at each stage is a representation of why the pyramid gets smaller at the top.