Add to ORKGDetecting small water bodies (<1km2) in nearly real time in the whole Africa is a capital issue for natural resource management as well as environment monitoring. In the framework of Geoland2 (BioPar), this research project aims to reinforce and develop the ability to monitor water bodies in nearly real time (10 days). The evaluation of two existing algorithms for detecting water bodies from SPOT Vegetation data leads to their combination for an enhanced reliability and then to the adaptation of the method to new sensors (MODIS, MERIS)
Freshwater resources and changes in those resources have been identified as one of the most importan...
Water body detection worldwide using spaceborne remote sensing is a challenging task. A global scale...
Ephemeral sand rivers are common throughout the world's dryland regions, often providing a water sou...
Detecting water bodies in nearly real time over the whole Africa is a challenge addressed by the Geo...
Building on the availability of high revisit frequency Earth Observation satellites at medium spatia...
This paper proposes to use a water detection methodology based on a colorimetric approach to develop...
This paper proposes to use a water detection methodology based on a colorimetric approach to develop...
In the face of global population growth and the uneven distribution of water supply, a better knowle...
An algorithm developed for the SPOT VEGETATION (VGT) sensor makes it possible to detect temporary sm...
In the face of global population growth and the uneven distribution of water supply, a better knowle...
International audienceAccurate monitoring of surface water bodies is essential in numerous hydrologi...
The assessment of water body dynamics is not only in itself a topic of strong demand, but the presen...
Version 1 of Water bodies describes the state of small ponds in dry regions. The Global Vegetation M...
The assessment of water body dynamics is not only in itself a topic of strong demand, but the presen...
Information on the spatio-temporal dynamics of inland water bodies is of high value for many applic...
Freshwater resources and changes in those resources have been identified as one of the most importan...
Water body detection worldwide using spaceborne remote sensing is a challenging task. A global scale...
Ephemeral sand rivers are common throughout the world's dryland regions, often providing a water sou...
Detecting water bodies in nearly real time over the whole Africa is a challenge addressed by the Geo...
Building on the availability of high revisit frequency Earth Observation satellites at medium spatia...
This paper proposes to use a water detection methodology based on a colorimetric approach to develop...
This paper proposes to use a water detection methodology based on a colorimetric approach to develop...
In the face of global population growth and the uneven distribution of water supply, a better knowle...
An algorithm developed for the SPOT VEGETATION (VGT) sensor makes it possible to detect temporary sm...
In the face of global population growth and the uneven distribution of water supply, a better knowle...
International audienceAccurate monitoring of surface water bodies is essential in numerous hydrologi...
The assessment of water body dynamics is not only in itself a topic of strong demand, but the presen...
Version 1 of Water bodies describes the state of small ponds in dry regions. The Global Vegetation M...
The assessment of water body dynamics is not only in itself a topic of strong demand, but the presen...
Information on the spatio-temporal dynamics of inland water bodies is of high value for many applic...
Freshwater resources and changes in those resources have been identified as one of the most importan...
Water body detection worldwide using spaceborne remote sensing is a challenging task. A global scale...
Ephemeral sand rivers are common throughout the world's dryland regions, often providing a water sou...