FlowCAM was assessed as a tool for studying small (80-1000 mu m) metazooplankton communities by comparing the abundances estimated using FlowCAM with those estimated using a stereomicroscope for eight groups of organisms. With the exception of poecilostomatoid copepods, estimates of the number of organisms in samples using FlowCAM were similar to those using the stereomicroscope. These results suggest that FlowCAM is an effective tool for enumerating small metazooplankton
Assessing the disinfection of ballast water and its compliance with international standards requires...
This paper presents two metazoan zooplankton datasets obtained by imaging samples collected on the B...
An overview is presented on flow cytometry as a tool for counting, analysis and identification of ph...
FlowCAM was assessed as a tool for studying small (80-1000 mu m) metazooplankton communities by comp...
The purpose of this study was to develop a new method for investigating sediment-inhabiting meiobent...
We have developed a modified FlowCAM procedure for efficiently quantifying the size distribution of ...
The structural attributes of the planktonic community, such as abundance, size-structure or taxonomi...
Samples from a monthly monitoring programme in the Cantabrian Sea were analysed with a FlowCAM-base...
Many zooplankton surveys underestimate species richness owing to difficulties in detecting rare spec...
<p>Modifications were made upon the standard FlowCAM setup: constant air bubbling (to prevent partic...
1261-1264In this paper, based on the biovolume estimation of different genera of copepods, we presen...
In this paper we present the ZooCAM, a system designed to digitize and analyse on board large volume...
King County manages a comprehensive, long-term water quality monitoring program in Puget Sound’s Cen...
Accurate and detailed reporting of methods is essential for scientific progress, yet it is widely ac...
Abstract Short-period variability in plankton communities is poorly documented, especially for varia...
Assessing the disinfection of ballast water and its compliance with international standards requires...
This paper presents two metazoan zooplankton datasets obtained by imaging samples collected on the B...
An overview is presented on flow cytometry as a tool for counting, analysis and identification of ph...
FlowCAM was assessed as a tool for studying small (80-1000 mu m) metazooplankton communities by comp...
The purpose of this study was to develop a new method for investigating sediment-inhabiting meiobent...
We have developed a modified FlowCAM procedure for efficiently quantifying the size distribution of ...
The structural attributes of the planktonic community, such as abundance, size-structure or taxonomi...
Samples from a monthly monitoring programme in the Cantabrian Sea were analysed with a FlowCAM-base...
Many zooplankton surveys underestimate species richness owing to difficulties in detecting rare spec...
<p>Modifications were made upon the standard FlowCAM setup: constant air bubbling (to prevent partic...
1261-1264In this paper, based on the biovolume estimation of different genera of copepods, we presen...
In this paper we present the ZooCAM, a system designed to digitize and analyse on board large volume...
King County manages a comprehensive, long-term water quality monitoring program in Puget Sound’s Cen...
Accurate and detailed reporting of methods is essential for scientific progress, yet it is widely ac...
Abstract Short-period variability in plankton communities is poorly documented, especially for varia...
Assessing the disinfection of ballast water and its compliance with international standards requires...
This paper presents two metazoan zooplankton datasets obtained by imaging samples collected on the B...
An overview is presented on flow cytometry as a tool for counting, analysis and identification of ph...