Cold seeps are areas of high biomass in the deep-sea, the impacts of these food-rich environments upon the sediment community is unknown in the Gulf of Mexico. The structure and function of benthic communities was investigated at food-rich and food-limited sites on the northern Gulf of Mexico continental slope. Cold seeps were richer in macrofauna densities and total sediment respiration, but were poorer in biomass and taxa diversity than normal slope communities. Decreased diversity is seen at most chemosynthetic communities and suggests a competition for resources. The spatial extent of these results at seeps is unknown and may be a localized, bioenhancement effect caused by seeping fluids
A large number of Calyptogena-dominated benthic communities, apparently chemosynthetically-based, we...
Cold seeps support fragile deep-sea communities of high biodiversity and are often found in areas wi...
A dissertation Submitted in Partial Fulfillment of the Requirements for the Degree of DOCTOR of PHIL...
Cold seeps are areas of high biomass in the deep-sea, the impacts of these food-rich environments up...
There are thousands of seeps in the deep ocean worldwide; however, many questions remain about their...
35 pagesEfforts to understand and preserve methane seep communities of the Gulf of Mexico and the U...
The ecological forces that drive community structure of deep-sea benthic communities are poorly unde...
This study examined the previously unknown macrofaunal of a deep-sea cold seep and two shallow hydro...
There are thousands of seeps in the deep ocean worldwide; however, many questions remain about their...
Methane seeps in the deep sea are chemosynthetic ecosystems that host highly productive communities,...
Understanding the ecological processes and connectivity of chemosynthetic deep-sea ecosystems requir...
A budget of the standing stocks and cycling of organic carbon associated with the sea floor has been...
International audienceOil and gas percolate profusely through the sediments of the Gulf of Mexico, l...
Despite being a known benthic biological hotspot and environmental ecotone, the DeSoto Canyon has ha...
Cold seeps support fragile deep-sea communities of high biodiversity and are often found in areas wi...
A large number of Calyptogena-dominated benthic communities, apparently chemosynthetically-based, we...
Cold seeps support fragile deep-sea communities of high biodiversity and are often found in areas wi...
A dissertation Submitted in Partial Fulfillment of the Requirements for the Degree of DOCTOR of PHIL...
Cold seeps are areas of high biomass in the deep-sea, the impacts of these food-rich environments up...
There are thousands of seeps in the deep ocean worldwide; however, many questions remain about their...
35 pagesEfforts to understand and preserve methane seep communities of the Gulf of Mexico and the U...
The ecological forces that drive community structure of deep-sea benthic communities are poorly unde...
This study examined the previously unknown macrofaunal of a deep-sea cold seep and two shallow hydro...
There are thousands of seeps in the deep ocean worldwide; however, many questions remain about their...
Methane seeps in the deep sea are chemosynthetic ecosystems that host highly productive communities,...
Understanding the ecological processes and connectivity of chemosynthetic deep-sea ecosystems requir...
A budget of the standing stocks and cycling of organic carbon associated with the sea floor has been...
International audienceOil and gas percolate profusely through the sediments of the Gulf of Mexico, l...
Despite being a known benthic biological hotspot and environmental ecotone, the DeSoto Canyon has ha...
Cold seeps support fragile deep-sea communities of high biodiversity and are often found in areas wi...
A large number of Calyptogena-dominated benthic communities, apparently chemosynthetically-based, we...
Cold seeps support fragile deep-sea communities of high biodiversity and are often found in areas wi...
A dissertation Submitted in Partial Fulfillment of the Requirements for the Degree of DOCTOR of PHIL...