International audienceThis short note describes a newly developed device based on the use of an endoscope coupled to a CCD camera to measure in situ particle sizes. It was initially designed for river studies with lower water depths and turbidities, and further adapted for estuarine studies to participate in the intercalibration programme organized in the Elbe estuary. Major results reported here confirm that most suspended matter has diameters in the range of several hundred micrometres. The upper size limit of our device (400 µm) was frequently exceeded for individual particles. A less magnifying lens could be used to overcome this problem, but then smaller sizes would not be detected
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuar...
An 11 hours survey was performed on the 17th of September 2014 in the Rhine Region Of Freshwater Inf...
This report describes the development of a video imaging system to measure floc size and settling ve...
An in situ suspension camera in combination with an image-analysis system was developed at NIOZ to m...
An in situ suspension camera in combination with an image-analysis system was developed at NIOZ to m...
International audienceSuspended solids are a major pathway of the biogeochemical fate of many contam...
International audienceSimultaneous measurements of in situ particle (floc) size were performed with ...
International audienceSimultaneous measurements of in situ particle (floc) size were performed with ...
In estuaries dominated by cohesive sediments, tidal variation in the size distribution of suspended ...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuari...
Estimates of suspended sediment settling are necessary for numerical sediment models, water quality ...
An inexpensive and compact underwater digital camera imaging system was developed to collect in situ...
This report provides details of the proframme and results of the Intercomparison Exercise of In-Situ...
An 11 hours survey was performed on the 17th of September 2014 in the Rhine Region Of Freshwater Inf...
An 11 hours survey was performed on the 17th of September 2014 in the Rhine Region Of Freshwater Inf...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuar...
An 11 hours survey was performed on the 17th of September 2014 in the Rhine Region Of Freshwater Inf...
This report describes the development of a video imaging system to measure floc size and settling ve...
An in situ suspension camera in combination with an image-analysis system was developed at NIOZ to m...
An in situ suspension camera in combination with an image-analysis system was developed at NIOZ to m...
International audienceSuspended solids are a major pathway of the biogeochemical fate of many contam...
International audienceSimultaneous measurements of in situ particle (floc) size were performed with ...
International audienceSimultaneous measurements of in situ particle (floc) size were performed with ...
In estuaries dominated by cohesive sediments, tidal variation in the size distribution of suspended ...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuari...
Estimates of suspended sediment settling are necessary for numerical sediment models, water quality ...
An inexpensive and compact underwater digital camera imaging system was developed to collect in situ...
This report provides details of the proframme and results of the Intercomparison Exercise of In-Situ...
An 11 hours survey was performed on the 17th of September 2014 in the Rhine Region Of Freshwater Inf...
An 11 hours survey was performed on the 17th of September 2014 in the Rhine Region Of Freshwater Inf...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuar...
An 11 hours survey was performed on the 17th of September 2014 in the Rhine Region Of Freshwater Inf...
This report describes the development of a video imaging system to measure floc size and settling ve...