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三亚湾夏季原核生物的微型浮游动物摄食率与病毒裂解率*
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李春山 1,2(  ), 张建东 3( ), 龙超 3, 龙丽娟 1, 黄思军 1( )
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Microzooplankton grazing rates and viral lysis rates on prokaryotes in summer Sanya Bay*
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LI Chunshan 1,2( ), ZHANG Jiandong 3( ), LONG Chao 3, LONG Lijuan 1, HUANG Sijun 1( )
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图3. 三亚湾在一个月内的原核生物生长率、病毒裂解作用及微型浮游动物摄食作用日变化 a. 病毒裂解率、微型浮游动物摄食率和原核生物生长率日变化折线图; b. 病毒裂解率、微型浮游动物摄食率和原核生物生长率日变化箱线图; c. 病毒裂解百分比和微型浮游动物摄食百分比日变化折线图; d. 病毒裂解百分比和微型浮游动物摄食百分比日变化箱线图; e. 病毒裂解碳量和微型浮游动物摄食碳量日变化折线图; f. 病毒裂解碳量和微型浮游动物摄食碳量日变化箱线图。μ: 原核生物生长率; v: 病毒裂解率; g: 微型浮游动物摄食率; Pv: 病毒裂解百分比; Pg: 微型浮游动物摄食百分比; Cv: 病毒裂解碳量; Cg: 微型浮游动物摄食碳量。图b、d、f中的数字表示变异系数值, 用于评估参数的波动范围
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Fig. 3. Diurnal variations in prokaryotic growth rates, viral lysis, and microzooplankton grazing in Sanya Bay over the one-month sampling period. (a) Line graph showing the diurnal variation in viral lysis rate, microzooplankton grazing rate, and prokaryotic growth rate; (b) boxplot showing the diurnal variation in viral lysis rate, microzooplankton grazing rate, and prokaryotic growth rate; (c) line graph showing the diurnal variation in the percentage of cells lysed by viruses and grazed by microzooplankton; (d) boxplot showing the diurnal variation in the percentage of cells lysed by viruses and grazed by microzooplankton; (e) line graph showing the diurnal variation in carbon flux caused by viral lysis and microzooplankton grazing; (f) boxplot showing the diurnal variation in carbon flux caused by viral lysis and microzooplankton grazing. <i>μ</i>: prokaryotic growth rate; <i>v</i>: viral lysis rate; <i>g</i>: microzooplankton grazing rate; <i>P</i><sub>v</sub><i>:</i> percentage of cells lysed by viruses; <i>P</i><sub>g</sub>: percentage of cells grazed by microzooplankton; <i>C</i><sub>v</sub>: carbon flux caused by viral lysis; <i>C</i><sub>g</sub>: carbon flux caused by microzooplankton grazing. The values shown in panels b, d, and f indicate the coefficient of variation, used to reflect the extent of variability in each parameter |
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