물렁가시붉은새우(Pandalopsis japonica)의 유생 단계에 따른에너지수지
Energy Budgets of Pandalid Shrimp Pandalopsis japonica Larvae in the Different Larval Stages
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The energy budget of the larvae of pandalid shrimp, Pandalopsis japonica, reared in the laboratory from zoea to post-larva was investigated. Energy used during the growth of the shrimp larvae was calculated daily for feeding, growth, molting, and metabolism. The total energy used was 16.2 J for the entire larval stage. Molting energy loss was estimated at a total 1.03 J. Energy used for respiration was estimated at a total of 1.85 J. The intake energy by feeding reached a total of 77.69 J. The total sum of energies used by excretion and egestion was 58.61 J. Larvae assimilated 24.57% of ingested food and used 84.91% for somatic growth. The gross growth efficiency (K1) was 22.19% for the entire larval stage, and the net growth efficiency (K2) was 90.31%. Maintenance costs were estimated at 9.69% of assimilated energy for the entire larval stage.
Abstract
The energy budget of the larvae of pandalid shrimp, Pandalopsis japonica, reared in the laboratory from zoea to post-larva was investigated. Energy used during the growth of the shrimp larvae was calculated daily for feeding, growth, molting, and metabolism. The total energy used was 16.2 J for the entire larval stage. Molting energy loss was estimated at a total 1.03 J. Energy used for respiration was estimated at a total of 1.85 J. The intake energy by feeding reached a total of 77.69 J. The total sum of energies used by excretion and egestion was 58.61 J. Larvae assimilated 24.57% of ingested food and used 84.91% for somatic growth. The gross growth efficiency (K1) was 22.19% for the entire larval stage, and the net growth efficiency (K2) was 90.31%. Maintenance costs were estimated at 9.69% of assimilated energy for the entire larval stage.
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