A submersible digital holographic microscope (DHM) Holoflow@Sea was deployed during AWA fisheries surveys conducted in March 2013 and 2014 in the large upwelling ecosystem of the Canaries Current. The microscope collected about half a million of holograms of microorganisms and other particles suspended in the water column. Selected new results of reconstruction of phyto- and zooplankton species using improved algorithms with respect to previously published results are presented. Amplitude images are more detailed and, for some species, phase images provide useful additional information about morphology and composition. Extensive analysis confirms that the submersible DHM is suitable for in-situ imaging of organisms in the size range 2 μ...
Studying the amount, variety, and distribution of microscale particles and plankton at the global sc...
Acknowledgements This work is funded by a joint UK-Japan research program (NERC-JST SICORP Marine Se...
Traditional taxonomic identification of planktonic organisms is based on light microscopy, which is ...
A submersible digital holographic microscope (DHM) Holoflow@Sea was deployed during AWA fisheries su...
We present the first results obtained by a newly developed submersible digital holography microscope...
We present the first results obtained by a newly developed submersible digital holography microscope...
We present the first results obtained by a newly developed submersible digital holography microscope...
We present the first results obtained by a newly developed submersible digital holography microscope...
We present the first results obtained by a newly developed submersible digital holography microscope...
Abstract Background Plankton are foundational to marine food webs and an important feature for chara...
Traditional taxonomic identification of planktonic organisms is based on light microscopy, which is ...
Traditional taxonomic identification of planktonic organisms is based on light microscopy, which is ...
Measuring the distribution, characteristics and dynamics of marine microscale plankton and other par...
We report here details of the design, development, initial testing and field-deployment of the HOLOM...
We report on the development of a fully- unctioning, prototype, underwater holographic camera (holo-...
Studying the amount, variety, and distribution of microscale particles and plankton at the global sc...
Acknowledgements This work is funded by a joint UK-Japan research program (NERC-JST SICORP Marine Se...
Traditional taxonomic identification of planktonic organisms is based on light microscopy, which is ...
A submersible digital holographic microscope (DHM) Holoflow@Sea was deployed during AWA fisheries su...
We present the first results obtained by a newly developed submersible digital holography microscope...
We present the first results obtained by a newly developed submersible digital holography microscope...
We present the first results obtained by a newly developed submersible digital holography microscope...
We present the first results obtained by a newly developed submersible digital holography microscope...
We present the first results obtained by a newly developed submersible digital holography microscope...
Abstract Background Plankton are foundational to marine food webs and an important feature for chara...
Traditional taxonomic identification of planktonic organisms is based on light microscopy, which is ...
Traditional taxonomic identification of planktonic organisms is based on light microscopy, which is ...
Measuring the distribution, characteristics and dynamics of marine microscale plankton and other par...
We report here details of the design, development, initial testing and field-deployment of the HOLOM...
We report on the development of a fully- unctioning, prototype, underwater holographic camera (holo-...
Studying the amount, variety, and distribution of microscale particles and plankton at the global sc...
Acknowledgements This work is funded by a joint UK-Japan research program (NERC-JST SICORP Marine Se...
Traditional taxonomic identification of planktonic organisms is based on light microscopy, which is ...