Sampling in the deep sea (200–11,000 m) presents unique challenges to scientists because of the distance to the seafloor from the surface and the high hydrostatic pressures found at depth. While there are a myriad of methods and techniques currently available to sample the deep‐sea floor, described herein are the most common methods, techniques and tools current available. These range from methods of collecting organisms (e.g. trawls, sleds and traps), sampling sediments (e.g. grabs and corers), imaging the seafloor and fauna (e.g. landers, Autonomous Underwater Vehicles (AUVs) and Remotely Operated Vehicles (ROVs)) and in situ experimentation. Also described are generic sampling operations from modern research vessels including subsea trac...
Applying improved processing techniques to increasingly high resolution data can produce extremely h...
This powerpoint presentation is a photo documentary of exploring the ocean floor at the Charleston B...
In order to develop a gripping system or control strategy that improves scientific sampling procedur...
Many countries are very active in marine research and operate their own research fleets. In this dec...
After 150 years of exploration, we now know the deep sea represents the largest complex of cosystems...
15 pages, 5 figures, 1 tableThe oceans were observed to be deep during the great age of exploration ...
This chapter throws the attention on the methods of sampling the benthos, which has been directed ma...
International audienceDespite representing one of the largest biomes on earth, biodiversity of the d...
Compiled as part of the Global Census of Marine Life, Biological Sampling in the Deep Sea is a compr...
Compiled as part of the Global Census of Marine Life, Biological Sampling in the Deep Sea is a compr...
A bottom water sampler ("Suctor") for application in the deep-sea, in shallow waters and in estuarie...
Applying improved processing techniques to increasingly high resolution data can produce extremely h...
This powerpoint presentation is a photo documentary of exploring the ocean floor at the Charleston B...
In order to develop a gripping system or control strategy that improves scientific sampling procedur...
Many countries are very active in marine research and operate their own research fleets. In this dec...
After 150 years of exploration, we now know the deep sea represents the largest complex of cosystems...
15 pages, 5 figures, 1 tableThe oceans were observed to be deep during the great age of exploration ...
This chapter throws the attention on the methods of sampling the benthos, which has been directed ma...
International audienceDespite representing one of the largest biomes on earth, biodiversity of the d...
Compiled as part of the Global Census of Marine Life, Biological Sampling in the Deep Sea is a compr...
Compiled as part of the Global Census of Marine Life, Biological Sampling in the Deep Sea is a compr...
A bottom water sampler ("Suctor") for application in the deep-sea, in shallow waters and in estuarie...
Applying improved processing techniques to increasingly high resolution data can produce extremely h...
This powerpoint presentation is a photo documentary of exploring the ocean floor at the Charleston B...
In order to develop a gripping system or control strategy that improves scientific sampling procedur...