...them into their biomass, some of which...
...(J/m2·yr), or as biomass of vegetation added...
...with the total biomass of photosynthetic autotrophs...
...amount of new biomass added in a...
...accumulate as much biomass because animals consume...
...of the total biomass accumulation over time....
...their own new biomass during a given...
...energy stored in biomass represented by growth...
...susceptible to extinction. Biomass pyramids represent the...
...trophic level. Most biomass pyramids narrow sharply...
...aquatic ecosystems, the biomass pyramid is inverted...
...outweigh producers. Inverted biomass pyramids occur because...
...small standing crop biomass compared to production:...
...= Standing crop biomass (g/m2) / Production...
...phytoplankton replace their biomass at such a...
...can support a biomass of zooplankton much...
...than their own biomass. However, the pyramid...
...plant and animal biomass, and the atmosphere...
...stored in living biomass. Key processes: Nitrogen...
...through decomposition of biomass or excretion by...

...them into their biomass. Some of these...
...(J/m2·yr), or as biomass of vegetation added...
...with the total biomass of photosynthetic autotrophs...
...amount of new biomass added in a...
...large standing crop biomass, its primary production...
...their own new biomass during a given...
...energy stored in biomass represented by growth...
...susceptible to extinction. Biomass pyramids represent the...
...trophic level. Most biomass pyramids narrow sharply...
...aquatic ecosystems, the biomass pyramid is inverted...
...producers. Such inverted biomass pyramids occur because...
...small standing crop biomass compared to their...
...= Standing crop biomass (g/m2) / Production...
...phytoplankton replace their biomass at such a...
...can support a biomass of zooplankton much...
...than their own biomass. However, the pyramid...
...in the plant biomass of terrestrial ecosystems....
...relatively little plant biomass because they are...
...large quantities of biomass to extract small...
...plant and animal biomass, and the atmosphere...
...stored in living biomass. Key processes Nitrogen...
...through decomposition of biomass or excretion by...
...1990s, the forest biomass at Hubbard Brook...
...area as crop biomass. After a while,...
...occurs because the biomass at any given...
...a much larger biomass ingested from the...

...with the total biomass of photosynthetic autotrophs...
...amount of new biomass added in a...
...large standing cross biomass, its primary production...
...their own new biomass during a given...
...energy stored in biomass represented by growth...
...in energy units. Biomass pyramids represent the...
...trophic efficiencies. Most biomass pyramids narrow sharply...
...producers. Such inverted biomass pyramids occur because...
...small standing crop biomass compared to their...
...time standing crop biomass (mg/m2) / production...
...phytoplankton replace their biomass at such a...
...can support a biomass of zooplankton much...
...than their own biomass. Because of the...
...support a large biomass of top-level carnivores....
...result, the limited biomass at the top...
...relatively little plant biomass because they are...
...in the plant biomass of terrestrial ecosystems....
...plant and animal biomass, and the atmosphere...
...stored in living biomass. Key processes Nitrogen...
...through decomposition of biomass or excretion by...
...area as crop biomass. After a while,...
...occurs because the biomass at any given...
...a much larger biomass ingested from the...

...will decrease the biomass of vegetation. d....
...d. Increasing the biomass of vegetation in...
...e. Increasing the biomass of vegetation in...
...web, the combined biomass of C D...
...less than the biomass of E. b....
...less than the biomass of A B....
...greater than the biomass of A B....
...same as the biomass of H. e....
...less than the biomass of H. 29....
...can have inverted biomass pyramids because a....