1% because if 10% moves on to each level, and 10% was passed on to the first level consumers, 10% divided by 10% equals 0.01 which is equivalent to 1%, so 1% of the original energy used by plants is passed on to second level consumers. :)
tertiary consumers
1%
The trophic level of producers (photosynthetic organisms) has the most available energy in a biologic community. As a general (but not absolute) rule, every trophic level above this has 10% as much available energy as the level below it; primary consumers have 10% as much as producers, secondary consumers 1%, tertiary consumers .1%.
No. About TEN (10) percent of the energy available within one trophic level is transferred to the next trophic level the rest of it is used to grow and develop, except in plants because plants use 100% or close to 100% of the sun's energy to grow and develop.
The hawk will have more energy percent available.
Becuase of the interpretation of the condence evaluation of the trophic leve leveld out by the consumers
No. About TEN (10) percent of the energy available within one trophic level is transferred to the next trophic level the rest of it is used to grow and develop, except in plants because plants use 100% or close to 100% of the sun's energy to grow and develop.
primary producerIf I'm correct it's approximately 0.1 percent ( 0.001)
Ten percent of the energy in each trophic level makes it to the next level.
On an ecological pyramid or in a food chain, typically, the highest trophic levels have the least amount of energy from the sun available for the next highest level. In a typical food chain, this would be the tertiary consumer level.
between each tier of the energy pyramid, energy is lost as heat
1- Producers- make their own food (plants, photosynthetic bacteria, etc.) 2- Primary Consumers- eat the producers, small (rodents, bugs, etc.) 3- Secondary Consumers- eat the primary consumers (ex: snakes) 4- Tertiary Consumers- eat the secondary consumers, larger, (ex: owls, humans) There are not many trophic levels because only 10% of the energy available at one trophic level is passed on to the next level, and so the amount of energy available after many levels is not able to support many organisms.