Special Issue "Natural Gas Hydrate 2011"
A special issue of Energies (ISSN 1996-1073).
Deadline for manuscript submissions: closed (31 January 2012).
Interests: methane; isotope geochemistry; carbon cycling; climate change; ocean models
Special Issues and Collections in MDPI journals
Special Issue in Energies: Natural Gas Hydrate 2013
Special Issue in Energies: Coastal Ocean Natural Gas Hydrate 2014
Special Issue in Energies: Methane Hydrate Research and Development
Special Issue in Energies: Integration of Theoretical, Laboratory, and Field Studies for Efficient Gas Hydrate Assessment and Acquisition
Special Issue in Ecologies: Natural and Anthropogenic Oil and Gas Contribution to Geo-Microbial Carbon Cycling
Gas hydrates, recognized to be distributed through the world coastal oceans, are a significant energy source, have potential to influence coastal ocean platform stability, are an important component in climate change, and may contribute significantly to the overlying water column carbon cycles. Large investments for evaluation of methane hydrates as an energy source are ongoing at the Mackenzie Delta and Prudhoe Bay in the Arctic, the Nankai Trough off Japan, the Bay of Bengal near India, and on the Texas-Louisiana Shelf in the Gulf of Mexico. In addition to these large scale efforts, preliminary investigation of hydrate as a resource has started off on the coasts of New Zealand, Korea, Russia, Norway, Chile and other countries. Methane in hydrates is also being studied in Arctic coastal permafrost as a contribution to climate change. Addressing the development of this resource requires integration of a wide array of chemical, physical, geophysical and biological laboratory and field data. This special issue will combine papers on methods for evaluating deep sediment hydrate quantities, regional resource characterization, the methane contribution to shallow sediment and overlying water column carbon cycling, and predicted contributions to climate change. A primary goal is to share a thorough global overview of the current activity related to methane hydrate research.
Dr. Richard B. Coffin
- methane hydrates
- climate change
- carbon cycling
- ocean modeling