In this project we determined primary production and optical variability in the shelf and slope waters off of Cape Hatteras, N.C. These processes were addressed in conjunction with other Ocean Margins Program investigators, during the Spring Transition period and during Summer. We found that there were significant differences in measured parameters between Spring and Summer, enabling us to develop seasonally specific carbon production and ecosystem models as well as seasonal and regional algorithm improvements for use in remote sensing applications
Primary production (PP) was computed with a wavelength- and depth-resolved model, building on the ap...
Abstract This paper is intended to investigate of seasonal, annual and interannual variation of ocea...
Attempts to derive ocean-color based estimates of pigment and primary production in coastal waters h...
Distributions of primary production and chlorophyll size structure were examined in relationship to ...
As part of the Department of Energy Ocean Margins Program, we examined the spatial and temporal vari...
Despite higher concentrations of nutrients and chlorophyll a, available data indicate that, over an ...
Satellite remote sensing of ocean color defines spatial distributions of phytoplankton, microscopic ...
Abstract: Cape Hatteras, NC, USA, is a region known to be a hotspot for the offshore export of shelf...
The central objectives of the Ocean Margins Program (OMP) were to quantify the oceanographic and met...
A sequence of surface pigment images of the 1980 phytoplankton spring bloom on the Grand Bank of New...
Estuarine-coastal ecosystems are rich areas of the global ocean with elevated rates of organic matte...
Measurements of spatial and temporal variability in optical properties of northwest Atlantic coastal...
This study investigated the feasibility of augmenting monitoring data collected in Massachusetts Bay...
© 2018 SPIE. The seasonal cycle in surface biological, optical and physical properties across the ri...
Three fates potentially consume primary production occurring on ocean margins: portions can be oxidi...
Primary production (PP) was computed with a wavelength- and depth-resolved model, building on the ap...
Abstract This paper is intended to investigate of seasonal, annual and interannual variation of ocea...
Attempts to derive ocean-color based estimates of pigment and primary production in coastal waters h...
Distributions of primary production and chlorophyll size structure were examined in relationship to ...
As part of the Department of Energy Ocean Margins Program, we examined the spatial and temporal vari...
Despite higher concentrations of nutrients and chlorophyll a, available data indicate that, over an ...
Satellite remote sensing of ocean color defines spatial distributions of phytoplankton, microscopic ...
Abstract: Cape Hatteras, NC, USA, is a region known to be a hotspot for the offshore export of shelf...
The central objectives of the Ocean Margins Program (OMP) were to quantify the oceanographic and met...
A sequence of surface pigment images of the 1980 phytoplankton spring bloom on the Grand Bank of New...
Estuarine-coastal ecosystems are rich areas of the global ocean with elevated rates of organic matte...
Measurements of spatial and temporal variability in optical properties of northwest Atlantic coastal...
This study investigated the feasibility of augmenting monitoring data collected in Massachusetts Bay...
© 2018 SPIE. The seasonal cycle in surface biological, optical and physical properties across the ri...
Three fates potentially consume primary production occurring on ocean margins: portions can be oxidi...
Primary production (PP) was computed with a wavelength- and depth-resolved model, building on the ap...
Abstract This paper is intended to investigate of seasonal, annual and interannual variation of ocea...
Attempts to derive ocean-color based estimates of pigment and primary production in coastal waters h...