Land subsidence is an environmental, geological phenomenon that often refers to the gradual settling or rapid sinking of the ground surface as a result of the subsurface movement of earth materials. It is considered to be a global issue, and many cities of the world have been reported suffering from land subsidence at the rate of tens of centimeters per year. The impacts of the subsidence could lead to serious issues, for example, damage to infrastructure, affect the serviceability of roads and railways, and increase exposure to flooding.
Radar interferometry, GNSS, CRP, RTS, digital levelling, and other modern geodetic measurement techniques have all played an important role in measuring land deformation data. Land deformation data obtained using these techniques has found widespread application in the spatiotemporal analysis of deformation-prone areas. One of the very interesting topics is to study the relationship between land usage type and land subsidence so that land surface change and/or movement can be better understood and managed to ensure people's safety.
We would like to invite you to participate in this Research Topic, which will focus on examining the relationship between land usage type and the magnitude of land subsidence. All types of original research contributions will be considered. These include but are not limited to new algorithms, methodologies, and results. Moreover, application papers, including case studies and field measurements, and technical reviews are also welcome.
Radar interferometry, GNSS, CRP, RTS, digital levelling, and other modern geodetic measurement techniques have all played an important role in measuring land deformation data. Land deformation data obtained using these techniques has found widespread application in the spatiotemporal analysis of deformation-prone areas. One of the very interesting topics is to study the relationship between land usage type and land subsidence so that land surface change and/or movement can be better understood and managed to ensure people's safety.
We would like to invite you to participate in this Research Topic, which will focus on examining the relationship between land usage type and the magnitude of land subsidence. All types of original research contributions will be considered. These include but are not limited to new algorithms, methodologies, and results. Moreover, application papers, including case studies and field measurements, and technical reviews are also welcome.
Land subsidence is an environmental, geological phenomenon that often refers to the gradual settling or rapid sinking of the ground surface as a result of the subsurface movement of earth materials. It is considered to be a global issue, and many cities of the world have been reported suffering from land subsidence at the rate of tens of centimeters per year. The impacts of the subsidence could lead to serious issues, for example, damage to infrastructure, affect the serviceability of roads and railways, and increase exposure to flooding.
Radar interferometry, GNSS, CRP, RTS, digital levelling, and other modern geodetic measurement techniques have all played an important role in measuring land deformation data. Land deformation data obtained using these techniques has found widespread application in the spatiotemporal analysis of deformation-prone areas. One of the very interesting topics is to study the relationship between land usage type and land subsidence so that land surface change and/or movement can be better understood and managed to ensure people's safety.
We would like to invite you to participate in this Research Topic, which will focus on examining the relationship between land usage type and the magnitude of land subsidence. All types of original research contributions will be considered. These include but are not limited to new algorithms, methodologies, and results. Moreover, application papers, including case studies and field measurements, and technical reviews are also welcome.
Radar interferometry, GNSS, CRP, RTS, digital levelling, and other modern geodetic measurement techniques have all played an important role in measuring land deformation data. Land deformation data obtained using these techniques has found widespread application in the spatiotemporal analysis of deformation-prone areas. One of the very interesting topics is to study the relationship between land usage type and land subsidence so that land surface change and/or movement can be better understood and managed to ensure people's safety.
We would like to invite you to participate in this Research Topic, which will focus on examining the relationship between land usage type and the magnitude of land subsidence. All types of original research contributions will be considered. These include but are not limited to new algorithms, methodologies, and results. Moreover, application papers, including case studies and field measurements, and technical reviews are also welcome.