The goals of this project were to acquire, process, QC, archive and analyze SeaWiFS chlorophyll fields over the Gulf of Maine and Scotia Shelf region. The focus of the analysis effort was to calculate and quantify seasonality and interannual. variability of SeaWiFS-measured phytoplankton biomass in the study area and compare these to physical forcing and hydrography. An additional focus within this effort was on regional differences within the heterogeneous biophysical regions of the Gulf of Maine / Scotia Shelf. Overall goals were approached through the combined use of SeaWiFS and AVHRR data and the development of a coupled biology-physical numerical model
International audienceUnderstanding the dynamic interplay between physical, biogeochemical and biolo...
Understanding the dynamic interplay between physical, biogeochemical and biological processes repres...
Abstract: The biological productivity of ecological systems is very important characteristic for stu...
The goal of this study is to understand the physical-biological interactions that control phytoplank...
The aim of this proposal is to explore the interaction of remote climate based forcing with local fo...
This study investigated the feasibility of augmenting monitoring data collected in Massachusetts Bay...
The first 4 years of SeaWiFS ocean color data (September 1997–August 2001) provide the first synopti...
Submitted in partial fulfillment of the requirements for the degree of Master of Science at the Mass...
This project demonstrates a successful partnership for a cooperative, industry-based contribution to...
The hydrographic and optical properties in the Gulf of Maine (GOM) are controlled by an array of for...
Continental shelf phytoplankton bloom dynamics are associated with meteorological, oceanographic and...
The majority of the earth's surface (-71%) is covered by the aquatic environment where 97% of that i...
The linkage between physical and biological processes, particularly the effect of the circulation fi...
International audienceThe Gulf of St. Lawrence (Canada) is a subarctic marginal sea characterized by...
SeaWiFS (Sea-viewing Wide Field-of-view Sensor) chlorophyll data revealed strong interannual variabi...
International audienceUnderstanding the dynamic interplay between physical, biogeochemical and biolo...
Understanding the dynamic interplay between physical, biogeochemical and biological processes repres...
Abstract: The biological productivity of ecological systems is very important characteristic for stu...
The goal of this study is to understand the physical-biological interactions that control phytoplank...
The aim of this proposal is to explore the interaction of remote climate based forcing with local fo...
This study investigated the feasibility of augmenting monitoring data collected in Massachusetts Bay...
The first 4 years of SeaWiFS ocean color data (September 1997–August 2001) provide the first synopti...
Submitted in partial fulfillment of the requirements for the degree of Master of Science at the Mass...
This project demonstrates a successful partnership for a cooperative, industry-based contribution to...
The hydrographic and optical properties in the Gulf of Maine (GOM) are controlled by an array of for...
Continental shelf phytoplankton bloom dynamics are associated with meteorological, oceanographic and...
The majority of the earth's surface (-71%) is covered by the aquatic environment where 97% of that i...
The linkage between physical and biological processes, particularly the effect of the circulation fi...
International audienceThe Gulf of St. Lawrence (Canada) is a subarctic marginal sea characterized by...
SeaWiFS (Sea-viewing Wide Field-of-view Sensor) chlorophyll data revealed strong interannual variabi...
International audienceUnderstanding the dynamic interplay between physical, biogeochemical and biolo...
Understanding the dynamic interplay between physical, biogeochemical and biological processes repres...
Abstract: The biological productivity of ecological systems is very important characteristic for stu...