Spatial heterogeneity of ecological variables is recognized as an important stabilizing factor for ecosystem function, but has proved to be a difficult concept to characterize in quantitative, operational terms. In the sea, however, chlorophyll concentration can be estimated by a continuous in vivo measurement, and used to describe the spatial structure of phytoplankton populations in terms of a variance spectrum in either wavenumber or frequency space...
Multivariate classification and ordination methods are used to describe the patterns of zooplankton ...
This paper aims at studying numerically the competition between two mutually exclusive phytoplankton...
The California Current System encompasses a southward flowing current which is perturbed by ubiquito...
The spatial heterogeneity of phytoplankton abundance in the sea is controlled both by the turbulent ...
Phytoplankton are one of the most visible signs of life in our oceans. They also are a key component...
Phytoplankton distributions in Long Island and Block Island Sounds measured during a 1978 fall equin...
A coupled model, employing turbulence closure physics and cell-quota threshold limitation biology, h...
The horizontal distribution of phytoplankton in western Narragansett Bay at the height of the 1978 w...
Six months of concurrent, co-located physical and bio-optical time series from a moored array deploy...
In situations where the direct physical forcing of biological processes, through nutrient supply or ...
The majority of the earth's surface (-71%) is covered by the aquatic environment where 97% of that i...
International audienceThe spectral absorption coefficients of phytoplankton in oceanic waters were p...
By supplying nutrients to the ocean surface, submesoscale vertical motions can have a strong impact ...
The horizontal and temporal distribution of hydrographic properties and phytoplankton biomass along ...
During the last few years theoretical works have shed new light and proposed new hypotheses on the m...
Multivariate classification and ordination methods are used to describe the patterns of zooplankton ...
This paper aims at studying numerically the competition between two mutually exclusive phytoplankton...
The California Current System encompasses a southward flowing current which is perturbed by ubiquito...
The spatial heterogeneity of phytoplankton abundance in the sea is controlled both by the turbulent ...
Phytoplankton are one of the most visible signs of life in our oceans. They also are a key component...
Phytoplankton distributions in Long Island and Block Island Sounds measured during a 1978 fall equin...
A coupled model, employing turbulence closure physics and cell-quota threshold limitation biology, h...
The horizontal distribution of phytoplankton in western Narragansett Bay at the height of the 1978 w...
Six months of concurrent, co-located physical and bio-optical time series from a moored array deploy...
In situations where the direct physical forcing of biological processes, through nutrient supply or ...
The majority of the earth's surface (-71%) is covered by the aquatic environment where 97% of that i...
International audienceThe spectral absorption coefficients of phytoplankton in oceanic waters were p...
By supplying nutrients to the ocean surface, submesoscale vertical motions can have a strong impact ...
The horizontal and temporal distribution of hydrographic properties and phytoplankton biomass along ...
During the last few years theoretical works have shed new light and proposed new hypotheses on the m...
Multivariate classification and ordination methods are used to describe the patterns of zooplankton ...
This paper aims at studying numerically the competition between two mutually exclusive phytoplankton...
The California Current System encompasses a southward flowing current which is perturbed by ubiquito...
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