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Coupling of the spatial dynamic of picoplankton and nanoflagellate grazing pressure and carbon flow of the microbial food web in the subtropical pelagic continental shelf ecosystem

机译：亚热带中上层大陆架生态系统中浮游生物与纳米鞭毛放牧压力与微生物食物网碳流量的空间动力学耦合

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K.-P. Chiang; A.-Y. Tsai; P.-J. Tsai; G.-C. Gong; S.-F. Tsai;
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1. The influence of nanoflagellates on the spatial variety of picoplankton and the carbon flow of the microbial food web in the oligotrophic subtropical pelagic continental shelf ecosystem [J] . Kuo-Ping Chiang, An-Yi Tsai, Pei-Jung Tsai, Continental Shelf Research: A Companion Journal to Deep-Sea Research and Progress in Oceanography . 2014,第Null期

机译：纳米鞭毛虫对贫营养亚热带中上层大陆架生态系统微微浮游生物的空间变化和微生物食物网的碳流量的影响
2. Grazing Pressure by Ciliates on the Nanoflagellate Community in a Subtropical Pelagic Continental Shelf Ecosystem: Small Ciliates (of < 45 mu m) are Major Consumers of the Nanoflagellate Community [J] . Chen Jun-Yu, Tsai An-Yi, Gong Gwo-Ching, Zoological Studies . 2012,第8期

机译：纤毛虫对亚热带中上层大陆架生态系统中纳米鞭毛虫群落的放牧压力：纤毛虫（<45微米）是纳米鞭毛虫群落的主要消费者
3. Pelagic food web patterns: Do they modulate virus and nanoflagellate effects on picoplankton during the phytoplankton spring bloom? [J] . Ory P., Hartmann H.J., Jude F., Environmental microbiology . 2010,第10期

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4. Dynamic reservoir characterization and production optimization by integrating intelligent inflow tracers and Pressure transient analysis in a long horizontal well for the Ekofisk field, Norwegian Continental Shelf [C] . M. Prosvirnov, A. Kovalevich, G. Oftedal SPE Bergen One Day Seminar . 2016

机译：通过整合智能流入示踪剂和挪威大陆架的长水平井中智能流入示踪剂和压力瞬态分析的动态储层特征和生产优化
5. The role of microbial food webs in benthic-pelagic coupling in freshwater and marine ecosystems. [D] . Pile, Adele Jean. 1996

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Coupling of the spatial dynamic of picoplankton and nanoflagellate grazing pressure and carbon flow of the microbial food web in the subtropical pelagic continental shelf ecosystem

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