Dr. Bruechert will address aspects of the biogeochemical methane cycle in the Baltic Sea, the world's largest brackish basin, in the context of eutrophication and potential effects of climate warming. Today more than 85 Million people live in the drainage basin of the Baltic Sea, which has widespread consequences for eutrophication and the extent of water column anoxia. Historical changes in surface runoff, ice coverage, and water column stratification have led to changes in primary productivity, regime shifts, and caused an expansion of bottom water hypoxia, which by now cover an area close to 60000 km2. The presentation will focus on the origin, distribution, and fate of seabed methane in the Baltic and is based on the recently concluded international project Baltic Gas, which attempted to arrive at a basin-scale assessment of the methane budget for the whole Baltic Sea.
Exploring the deep
Exploring the deep ocean of the Gulf of Mexico using Alvin.
Birds at Sapelo Island
Either seasonally or permanently, shorebirds and indigenous species call this island home
A science platform for coastal and shelf waters in the southeast.
Research into the marine systems of the world takes us to remote locations.
Exploring Climate Change
UGA marine scientists are involved in understanding how climate change affects the oceans.