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Research Progress
How to Map Soil Particle-size Fractions More Accurately a... (Mar 20, 2017)

  Soil particle-size fractions (psf) as basic physical variables need to be accurately predicted for regional hydrological, ecological, geological, agricultural and environmental studies frequently. Considering the particularity of compositional data, th...
Estimated mean annual land productivity_01.jpg
Researchers Explore the Relationship between Land Use, Ec... (Feb 15, 2017)

  How to integrate land uses, ecosystem service and function, and human well-being to explore an effective means to increase human well-being via intervening regional land-use behaviors is of significance and urgent.
  Recently, Prof. DENG Xiangzheng, ...
photo_Han DM.jpg
Research Sheds New Light on China’s Water Pollution Crisis (Feb 4, 2017)

  Accompanying rapid industrialisation over the past couple of decades, China has become the world’s largest producer and consumer of inorganic and organic chemicals. At the same time, China’s intensive agricultural sector is a major user of chemical f...
Location and forest types of the study area01.jpg
How the Forests of Southern China Respond and Adapt to Fu... (Dec 5, 2016)

  Global mean surface temperature has increased since the late 19th century, and the warming trend will continue influencing the structure and function of forest ecosystems. Recently more attention has been paid to the forest responses and adaptations to...
Seasonal field pictures.jpg
Water Background Impacts on Canopy Reflectance Anisotropy... (Dec 1, 2016)

  Surface reflectance varies with solar radiance and observation angles and is usually described with a bidirectional reflectance distribution function (BRDF). The surface BRDF is important for remote sensing retrieval of vegetation canopy biophysical an...
Comparison of MISR01.jpg
New Sights: Estimating of Foliage Spatial Distribution fr... (Nov 23, 2016)

  The spatial distribution of vegetation foliage can be described with a canopy clumping index (CI). If leaves are randomly distributed in space, the CI is unity. Most vegetation leaves show clumped spatial distribution, i.e., a CI less than unity. CI is...
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