Subsidence, the relative lowering of the Earths surface with respect to sea level, has long been considered a major issue of New Orleans. Geology, amongst other factors, greatly influences settlement in several ways. This study, in its beginning stages, compares the underlying geology of the city with subsidence rates obtained through satellite technology, and will attempt to find correlations between the two. Results thus far are inconclusive, pending the obtainment of more boring samples, but the presentation will offer insight into the causes, effects, and future implications of maintaining a very unlikely spot for a metropolis
This study presents new geodetic data revealing the evolution and magnitude of land subsidence in Fo...
The combination of remote sensing and ground truth has proven itself especially useful for scientifi...
This study aims to (1) establish a stable local reference frame (Houston16) for integrating all avai...
Subsidence, the relative lowering of the Earths surface with respect to sea level, has long been con...
The Mississippi River deltaic region of southeastern Louisiana is made noteworthy by the challenges ...
It has long been recognized that New Orleans is subsiding and is therefore susceptible to catastroph...
Subsidence in Louisiana is a result of many factors ranging from local, man-induced to regional, lar...
GPS data collected between 1995 and 2006 suggest that southeast Louisiana, including New Orleans and...
Since the late 1950s, several areas of Mexico City have undergone accelerated ground subsidence and ...
Light Detection and Ranging (Lidar) data are used to report the temporal and spatial patterns of sub...
Subsidence has been affecting many cities around the world, such as Nagoya (Japan), Venice (Italy), ...
Geological faulting has been implicated as a contributor to subsidence, coastal land-loss and submer...
The natural wetlands of coastal Louisiana are experiencing rapid subsidence rates averaging 9± 1mmyr...
Present paper aims to critically analyze and study the SAR interferometric RADARSAT data for decidin...
Throughout the past century, the Louisiana coastline has been deteriorating at an alarming rate. Fau...
This study presents new geodetic data revealing the evolution and magnitude of land subsidence in Fo...
The combination of remote sensing and ground truth has proven itself especially useful for scientifi...
This study aims to (1) establish a stable local reference frame (Houston16) for integrating all avai...
Subsidence, the relative lowering of the Earths surface with respect to sea level, has long been con...
The Mississippi River deltaic region of southeastern Louisiana is made noteworthy by the challenges ...
It has long been recognized that New Orleans is subsiding and is therefore susceptible to catastroph...
Subsidence in Louisiana is a result of many factors ranging from local, man-induced to regional, lar...
GPS data collected between 1995 and 2006 suggest that southeast Louisiana, including New Orleans and...
Since the late 1950s, several areas of Mexico City have undergone accelerated ground subsidence and ...
Light Detection and Ranging (Lidar) data are used to report the temporal and spatial patterns of sub...
Subsidence has been affecting many cities around the world, such as Nagoya (Japan), Venice (Italy), ...
Geological faulting has been implicated as a contributor to subsidence, coastal land-loss and submer...
The natural wetlands of coastal Louisiana are experiencing rapid subsidence rates averaging 9± 1mmyr...
Present paper aims to critically analyze and study the SAR interferometric RADARSAT data for decidin...
Throughout the past century, the Louisiana coastline has been deteriorating at an alarming rate. Fau...
This study presents new geodetic data revealing the evolution and magnitude of land subsidence in Fo...
The combination of remote sensing and ground truth has proven itself especially useful for scientifi...
This study aims to (1) establish a stable local reference frame (Houston16) for integrating all avai...