Ophelia · 1984 · 59 citations · 19 references
Life SciencesMarine BiologyMarine SciencesBioenergeticsMarine EcologyMarine Invertebrate BiologyBenthic EcologyEnergeticsMarine InvertebratesMarine Trophic EcologyMetabolic EcologyTrophic LevelsBenthic InvertebratesEnergetic RequirementsEnergyGross Energy ContentMarine MetabolismPlankton MetabolismPlanktonic InvertebratesPlanktonic Metabolism
Abstract The results of an investigation of the energy values of 42 species of benthic and planktonic invertebrates from 12 phyla indicates that there is a significant higher average energy content per unit dry weight and ash-free dry weight in planktonic forms. The energy content was closely correlated to the proportion of organic matter in both groups, but several planktonic species displayed exceptionally high values. This can be explained by the ability to store large amounts of lipids in these species.
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Manning Feinleib, Jerrold H. Zar · Journal of the American Statistical Association · 1975 · 12.8K citations
Statistical Methods in Biology
The Medical Journal of Australia · 1960 · 640 citations
A Miniature Bomb Calorimeter for Small Biological Samples
J. Phillipson · Oikos · 1964 · 410 citations
Some effects of patchy food environments on copepods1
M. Dagg · Limnology and Oceanography · 1977 · 247 citations
Life Sciences, Ecology, Zoology +9