Miami is facing an inevitable future in which sea level rise will submerge some of the city and most of the Everglades and agriculture area by 2100. Phase one investigates the impact on ecosystems surrounding Miami due to climate shift and rising sea level. During this phase, the effect of sea level rise (SLR) on ecosystems in Miami will be analyzed using the existing Land Cover Distribution Map and Land Cover Change Report posted by the National Oceanic and Atmospheric Administration (NOAA). Phase two talks about the farming land being taken over by the wetland. However, both wetland and farming land will decrease if the sea level rise continuously. The subject of the probable future of wetland and agricultural area is covered in this phas...
Coastal wetland plants are expected to respond to global sea level rise by migrating toward higher e...
Increasing atmospheric concentrations of carbon dioxide and other gases released by human activities...
Increasing sea levels and anthropogenic disturbances have caused the world\u27s coastal vegetation t...
Miami is facing an inevitable future in which sea level rise will submerge some of the city and most...
This research-based thesis uses Miami as a site to investigate how landscape intervention can contri...
In this paper, we provide screening-level analysis of plausible Everglades ecosystem response by 206...
HOST is a thesis investigation that seeks to understand the impact that rising water levels will hav...
Society needs information about how vegetation communities in coastal regions will be impacted by hy...
This is a thesis carried out in three phases. Phase 1 and Phase 2 are research-based, and Phase 3 is...
Proceedings of the 1997 Georgia Water Resources Conference, March 20-22, 1997, Athens, Georgia.Coast...
The State of Florida (USA) is especially threatened by sea level rise due to extensive low elevation...
Sea level rise is a serious situation facing coastal cities in the world. In the United States, Miam...
Global sea level has increased, on average, 1.5 cm per decade since the 1900s, and according to Nati...
<div><p>The Sea Level Affecting Marshes Model (SLAMM) was applied at six major estuaries along Flori...
Changes in hydrologic and climatic trends will influence the ecology of Florida, and climate scenari...
Coastal wetland plants are expected to respond to global sea level rise by migrating toward higher e...
Increasing atmospheric concentrations of carbon dioxide and other gases released by human activities...
Increasing sea levels and anthropogenic disturbances have caused the world\u27s coastal vegetation t...
Miami is facing an inevitable future in which sea level rise will submerge some of the city and most...
This research-based thesis uses Miami as a site to investigate how landscape intervention can contri...
In this paper, we provide screening-level analysis of plausible Everglades ecosystem response by 206...
HOST is a thesis investigation that seeks to understand the impact that rising water levels will hav...
Society needs information about how vegetation communities in coastal regions will be impacted by hy...
This is a thesis carried out in three phases. Phase 1 and Phase 2 are research-based, and Phase 3 is...
Proceedings of the 1997 Georgia Water Resources Conference, March 20-22, 1997, Athens, Georgia.Coast...
The State of Florida (USA) is especially threatened by sea level rise due to extensive low elevation...
Sea level rise is a serious situation facing coastal cities in the world. In the United States, Miam...
Global sea level has increased, on average, 1.5 cm per decade since the 1900s, and according to Nati...
<div><p>The Sea Level Affecting Marshes Model (SLAMM) was applied at six major estuaries along Flori...
Changes in hydrologic and climatic trends will influence the ecology of Florida, and climate scenari...
Coastal wetland plants are expected to respond to global sea level rise by migrating toward higher e...
Increasing atmospheric concentrations of carbon dioxide and other gases released by human activities...
Increasing sea levels and anthropogenic disturbances have caused the world\u27s coastal vegetation t...