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南海北部颗石藻沉降通量的季节、年际变化及其潜在环境驱动因子

ACKNOWLEDGEMENT第8-10页
ABSTRACT第10-13页
摘要第14-22页
ABBREVIATIONS第22-24页
1 Introduction第24-42页
    1.1 Global ocean primary production and carbon export第24-30页
    1.2 Role of Coccolithophore in ocean biogeochemistry第30-33页
    1.3 Oceanographic setting and primary productivity of South China Sea第33-36页
    1.4 Coccolithophore studies in South China Sea第36-39页
    1.5 Research objectives and Thesis contents第39-42页
2 Materials and Methods第42-49页
    2.1 Sediment trap installation and sample collection第42-44页
    2.2 Sample preparation for microscopic analysis第44-45页
    2.3 Taxonomic identification第45-46页
    2.4 Calculation of coccolith abundance and flux第46-47页
    2.5 Calculation of total particles and biogenic flux第47页
    2.6 Retrieving sea surface chlorophyll a and environmental data第47-49页
3 Temporal and Vertical Changes of Material Fluxes in the Northern South China Sea第49-71页
    3.1 Seasonal and interannual variability of material fluxes in the northern SCS第49-61页
    3.2 Vertical material fluxes and influence of lateral advection第61-69页
    3.3 Summary第69-71页
4 Seasonal and Interannual Variability of Coccolithophore Flux in the Northern SouthChina Sea第71-99页
    4.1 Temporal variability of coccolithophore downward flux and environmentaldrivers第72-85页
    4.2 Evidence for lateral advection by fossil coccoliths第85-88页
    4.3 Temporal variation of coccolithophore species assemblage第88-97页
    4.4 Summary第97-99页
5 Vertical Coccolithophore Flux and Controlling Oceanic Processes第99-112页
    5.1 Coccolithophore vertical fluxes and influence of lateral advection第99-103页
    5.2 Coccolithophore vertical flux and influence of ENSO第103-106页
    5.3 Influence of ENSO on coccolithophore composition第106-111页
    5.4 Summary第111-112页
6 Conclusion and Future Perspective第112-118页
    6.1 Conclusion第112-116页
    6.2 Future Perspective第116-118页
References第118-149页
Appendices第149-152页
Biography第152-154页

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