This dataset contains data collected in Saint Martin, Caribbean. Vegetation surveys were conducted before and after the 2017 Hurricane season in which category 5 Hurricane Irma directly hit the island. The 1D wave propagation model, XBeach, was used to model wave propagation over the seagrass meadow in Baie de L'embouchure in normal and hurricane-like conditions. Biomechanical measurements were conducted on the dominant seagrass and algae species within the meadow to investigate their tolerance to drag forces
The impact of Hurricane Maria on the U.S. Caribbean was used to study the causes of remotely-sensed ...
Shallow tropical bays in the Caribbean, like Orient Bay and Galion Bay in Saint Martin, are often sh...
Seagrasses are threatened worldwide due to anthropogenic and natural disturbances disrupting the mul...
The intensity of major storm events generated within the Atlantic Basin is projected to rise with th...
The intensity of major storm events generated within the Atlantic Basin is projected to rise with th...
Coastal bays in the Caribbean accommodate different marine ecosystems, including seagrass meadows an...
Hurricane Michael in October of 2018 was ranked third in intensity out of all the hurricanes that ha...
International audienceThis study aims to better understand coastal processes associated with extreme...
Seagrass meadows are essential for protection of coastal erosion by damping wave and stabilizing the...
Passage of hurricane Wilma (October 2005, category 4, duration ∼60 h) over Puerto Morelos, Mexican C...
Seagrasses are one of the most important coastal ecosystems since they promote organic matter flow, ...
International audienceDominica was hit hard by Hurricane Maria, a category 5 storm when it passed ov...
In this report a first assessment is made of the impact of hurricanes on Saint Martin. Two bays at t...
Low-lying coastal and estuarine areas are among the most populated regions globally, have high econo...
The impact of Hurricane Maria on the U.S. Caribbean was used to study the causes of remotely-sensed ...
Shallow tropical bays in the Caribbean, like Orient Bay and Galion Bay in Saint Martin, are often sh...
Seagrasses are threatened worldwide due to anthropogenic and natural disturbances disrupting the mul...
The intensity of major storm events generated within the Atlantic Basin is projected to rise with th...
The intensity of major storm events generated within the Atlantic Basin is projected to rise with th...
Coastal bays in the Caribbean accommodate different marine ecosystems, including seagrass meadows an...
Hurricane Michael in October of 2018 was ranked third in intensity out of all the hurricanes that ha...
International audienceThis study aims to better understand coastal processes associated with extreme...
Seagrass meadows are essential for protection of coastal erosion by damping wave and stabilizing the...
Passage of hurricane Wilma (October 2005, category 4, duration ∼60 h) over Puerto Morelos, Mexican C...
Seagrasses are one of the most important coastal ecosystems since they promote organic matter flow, ...
International audienceDominica was hit hard by Hurricane Maria, a category 5 storm when it passed ov...
In this report a first assessment is made of the impact of hurricanes on Saint Martin. Two bays at t...
Low-lying coastal and estuarine areas are among the most populated regions globally, have high econo...
The impact of Hurricane Maria on the U.S. Caribbean was used to study the causes of remotely-sensed ...
Shallow tropical bays in the Caribbean, like Orient Bay and Galion Bay in Saint Martin, are often sh...
Seagrasses are threatened worldwide due to anthropogenic and natural disturbances disrupting the mul...