VIMS response to climate change 2009, United Nations Environmental Programme : responding to climate change in the coastal zone

VIMS Response to Climate Change 2009 United Nations Environmental Program Responding to climate change in the coastal zon

Extreme storm events increase the risk for chemical contamination of coastal waters

Sea-level rise and an increase in the severity of coastal storms are probable outcomes for the Chesapeake Bay due to global climate change. A consequent ecological and economic risk for tidewater Virginia and other low-lying coastal zones is the contamination of coastal waters by industrial and agricultural chemicals released by accidental spills during severe storm events. . .

Climate change and submerged aquatic vegetation in Virginia

VIMS climate change white paper: Climate change and submerged aquatic vegetation in Virgini

Land-coast connections and climate change : carbon cycling in Chesapeake Bay and its watershed

VIMS climate change white paper: Land-coast connections and climate change : carbon cycling in Chesapeake Bay and its watershe

Planning for sea level rise and coastal flooding

VIMS climate change white papers: Planning for sea level rise and coastal floodin

Observing and modeling global warming impacts in Virginia

VIMS climate change white paper: Observing and modeling global warming impacts in Virgini

Marine plankton food webs and climate change

VIMS climate change white papers: Marine plankton food webs and climate chang

Vanishing and emerging ecosystems of coastal Virginia : climate change impacts and adaptation

VIMS climate change white papers: Vanishing and emerging ecosystems of coastal Virginia : climate change impacts and adaptatio