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Results 201 - 210 of 798 for sediment
Cruise reports 2021 [100.00% relevance%]
contact fisheries on benthic communities and sediment functions, and to follow the development of the … fisheries exclusion. Specifically, changes in sediment morphology, geology, biology and geochemistry
Dr. Hagen Radtke - Research [99.47% relevance%]
long-term changes. Mechanistic modelling of sediment processes in marine ecosystems Biogeochemical … our ecosystem model ERGOM by a mechanistic sediment component (early diagenetic modelling). Element
Dr. Hagen Radtke - Research [99.47% relevance%]
long-term changes. Mechanistic modelling of sediment processes in marine ecosystems Biogeochemical … our ecosystem model ERGOM by a mechanistic sediment component (early diagenetic modelling). Element
Anke Kremp - Projects [98.64% relevance%]
future from signatures of the past: using living sediment archives and ancient DNA to understand responses
Home [98.58% relevance%]
models Sea level change and coastal processes Sediment and habitat mapping of the sea floor
https://www.iow.de/conference-bsg2014-home/articles/bsg2014-home.html
Baltic 2014: Home [98.50% relevance%]
models Sea level change and coastal processes Sediment and habitat mapping of the sea floor
Projects [98.36% relevance%]
of the nitrogen cycle are influenced by water-sediment interactions, or benthic colonization, will be … role for biogeochemical processes as well as sediment water coupling. The structure of the seabed is … sedimentological processes. When bedforms with sediment ripples exist, the water flow above the
Jurjen Rooze [98.24% relevance%]
early diagenetic dynamics in the past based on sediment records. Submarine groundwater discharge and … , M.E. (2024). Bottom-trawling signals lost in sediment: A combined biogeochemical and modeling approach
https://www.iow.de/jurjen-rooze-en/articles/jurjen-rooze-10014.html
Dr. Jurjen Rooze [98.21% relevance%]
early diagenetic dynamics in the past based on sediment records. Submarine groundwater discharge and … , M.E. (2024). Bottom-trawling signals lost in sediment: A combined biogeochemical and modeling approach
Anke Kremp - Projects [98.09% relevance%]
future from signatures of the past: using living sediment archives and ancient DNA to understand responses