In a pyramid of biomass, if the total dry weight `(kg//m^(2))` of primary producers is about `809` it will decrease at tertiary consumer level upto

In a pyramid of biomass if the total dry weight of primary producers is about 809, it will decrease at tertiary consumer level upto:

What will be dry weight ( kg m^(-2) ) of tertiary consumer in an ecosystem if the dry weight primary consumer is 37 kg m^(-27)

In an open ocean, the biomass of primary producers (microscopic algae) is often lower than the biomass of higher trophic levels (zooplanktons and fish), as illustrated below by an inverted pyramid of biomass. How can there be enough food in an open ocean to support the higher trophic levels?

In an open ocean, the biomass of primary producers (microscopic algae) is often lower than the biomass of higher trophic levels (zooplanktons and fish), as illustrated below by an inverted pyramid of biomass. How can there be enough food in an open ocean to support the higher trophic levels?

In an open ocean, the biomass of primary producers (microscopic algae) is often lower than the biomass of higher trophic levels (zooplanktons and fish), as illustrated below by an inverted pyramid of biomass. How can there be enough food in an open ocean to support the higher trophic levels?