The PI's IDS current and previous investigation has focused on the applications of the land data toward the improvement of climate models. The previous IDS research identified the key factors limiting the accuracy of climate models to be the representation of albedos, land cover, fraction of landscape covered by vegetation, roughness lengths, surface skin temperature and canopy properties such as leaf area index (LAI) and average stomatal conductance. Therefore, we assembled a team uniquely situated to focus on these key variables and incorporate the remotely sensed measures of these variables into the next generation of climate models
Land surface models have an increasing scope. Initially designed to capture the feedbacks between th...
The research described in this dissertation is predicted on the hypothesis that remotely sensed info...
Modeling studies have shown the importance of biogeophysical effects of deforestation on local clima...
PublishedJournal ArticleLeaf Area Index (LAI) is a key parameter in the Earth System Models (ESMs) s...
Land use/cover change has been recognized as a key component in global climate change. Information o...
The long-term purpose was to contribute to scientific understanding of the role of the planet's land...
In order to define the information needs in support to climate science, the Global Climate Observing...
In 1999, Hagemann et al. derived a global dataset of land surface parameters (LSP) from a global dis...
Leaf Area Index (LAI) is a key parameter in the Earth System Models (ESMs) since it strongly affects...
The land surface forms an essential part of the climate system. It interacts with the atmosphere thr...
Leaf Area Index (LAI) is a key parameter in the Earth System Models (ESMs) since it strongly affects...
The topics covered include the following: land and climate modeling; sensitivity studies; the proces...
Recent advances in remote sensing technologies have enabled the monitoring and measurement of the Ea...
International audienceThe roughness of the land surface (z0) is a key property, exerting significant...
The Earth's land surface, including its biomass, is an integral part of the Earth's weather and clim...
Land surface models have an increasing scope. Initially designed to capture the feedbacks between th...
The research described in this dissertation is predicted on the hypothesis that remotely sensed info...
Modeling studies have shown the importance of biogeophysical effects of deforestation on local clima...
PublishedJournal ArticleLeaf Area Index (LAI) is a key parameter in the Earth System Models (ESMs) s...
Land use/cover change has been recognized as a key component in global climate change. Information o...
The long-term purpose was to contribute to scientific understanding of the role of the planet's land...
In order to define the information needs in support to climate science, the Global Climate Observing...
In 1999, Hagemann et al. derived a global dataset of land surface parameters (LSP) from a global dis...
Leaf Area Index (LAI) is a key parameter in the Earth System Models (ESMs) since it strongly affects...
The land surface forms an essential part of the climate system. It interacts with the atmosphere thr...
Leaf Area Index (LAI) is a key parameter in the Earth System Models (ESMs) since it strongly affects...
The topics covered include the following: land and climate modeling; sensitivity studies; the proces...
Recent advances in remote sensing technologies have enabled the monitoring and measurement of the Ea...
International audienceThe roughness of the land surface (z0) is a key property, exerting significant...
The Earth's land surface, including its biomass, is an integral part of the Earth's weather and clim...
Land surface models have an increasing scope. Initially designed to capture the feedbacks between th...
The research described in this dissertation is predicted on the hypothesis that remotely sensed info...
Modeling studies have shown the importance of biogeophysical effects of deforestation on local clima...