Impact of Global Warming on Coastal Wetlands

Comment on the impact of global warming on coastal wetlands Professor: Jane wrote this research paper for my advanced composition course. The challenge requires students to read and understand 6 to 10 articles in the field of study they select and then compile the information so that readers can learn the current state of research in that field soon . Jane has decided to study how flood and salinity increases affect the soil and seeds of coastal wetlands. And she organized these substances clearly and effectively.

Natural processes: coastal wetlands, especially estuaries and marine wetlands, will naturally change due to high energy events such as sea level rise and erosion and floods caused by storms. Climate change and coastline armor may amplify the impact of these processes. Kawaguchi wetlands usually protect coastlines from erosion and floods, but as wetlands are prevented from moving to the inland by sea level rise and development, more wetlands will turn into high seas. Losses and increases in wetlands and changes in land cover change in freshwater (upper) and (lower) wetlands from 2004 to 2009 occur in 265,723 acres of freshwater marshes and 94,999 acres of marine wetlands. Information based on wetland conditions and trends in coastal watersheds of the US from 2004 to 2009

Coastal wetland area trends are recorded in the United States' adjacent wetland state and trends in the coastal basin (PDF) (58 pages, 12 MB, PDF) and the Atmospheric Administration Bureau. National Marine Fisheries Agency. In this analysis, the previous study from 1998 to 2004 concluded that the annual average loss of coastal wetlands exceeds 80,000 acres and the annual average loss is about 59,000 acres. Most of this loss occurs in freshwater wetlands.

Some of the most prominent coastal wetland losses occurred in Louisiana. Approximately 800,000 acres of Louisiana wetlands will disappear during the lifetime of today's children and in some areas the inland coastline will be 33 miles. Sea level rise is a challenge for coastal wetlands everywhere. Using a conservatively predicted 5 feet sea level rise, more wetlands (equivalent to Pennsylvania) may be lost. Many coastal wetlands have been identified as "basic fish habitats" and show the urgency and value of protecting these areas. We take advantage of our extensive expertise in science and management to provide advice on avoiding, mitigating and compensating for the adverse effects of dredging, filling and other threats to healthy habitats.