가시배새우(Lebbeus groenlandicus)의 유생 단계에너지수지
Energy Budget of Spiny Lebbeid Shrimp Lebbeus groenlandicus Larvae
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Spiny lebbeid shrimp Lebbeus groenlandicus larvae were reared in the laboratory to estimate the energy budget from the zoeal to the post-larval stage. Energy expended by larvae on growth and respiration was determined from values for feeding, growth,molting, and metabolism. We calculated that 16.22 J were used for growth throughout all larval stages. Energy loss during molting was estimated as 1.03 J, and energy used for respiration was estimated as 1.31 J. Energy taken in by feeding was estimated as 77.16 J, while the sum of energies expended in excretion and egestion was 58.61 J. Larvae were estimated to assimilate 24.6%of ingested food as energy and to use ~85% of the assimilated energy for somatic growth. Gross growth efficiency (K1) and net growth efficiency (K2) were shown to be ~22% and 93%, respectively. Maintenance costs of respiration were estimated as ~9.7%of assimilated energy.
Abstract
Spiny lebbeid shrimp Lebbeus groenlandicus larvae were reared in the laboratory to estimate the energy budget from the zoeal to the post-larval stage. Energy expended by larvae on growth and respiration was determined from values for feeding, growth,molting, and metabolism. We calculated that 16.22 J were used for growth throughout all larval stages. Energy loss during molting was estimated as 1.03 J, and energy used for respiration was estimated as 1.31 J. Energy taken in by feeding was estimated as 77.16 J, while the sum of energies expended in excretion and egestion was 58.61 J. Larvae were estimated to assimilate 24.6%of ingested food as energy and to use ~85% of the assimilated energy for somatic growth. Gross growth efficiency (K1) and net growth efficiency (K2) were shown to be ~22% and 93%, respectively. Maintenance costs of respiration were estimated as ~9.7%of assimilated energy.
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