Achievements
Research Projects
products
Research Projects
Number
|
Project
|
Type
|
Time
|
Funds
|
1 |
Key Technical Innovation and Applications of Quantitative Remote Sensing Monitoring of Crops Based on Multi-source Spatial and Temporal Information
|
First Prize of Surveying and Mapping Science and Technology Progress |
|
万元
|
1 |
Study on Wheat Diseases Identification and Monitoring Through Multisource Data-based Remote Sensing (41271412)
|
National Nature Science Foundation of China |
2013.01-2016.12 |
¥750,000万元
|
1 |
Models and Methodology for Assessing Natural Disasters
|
ISBN 978-7-03-035055-8 |
Science Press |
万元
|
1 |
Quantitative Remote Sensing Inversion Model of Vegetation and Scale Effect
|
Equivalent Program of "Hundred Talents Program" of the Chinese Academy of Science |
2012.05-2015.05 |
¥1,000,000万元
|
1 |
Inversion and Authenticity Test of Vegetation Quantitative Remote Sensing Parameters
|
"Hundred Talents Program" of the Chinese Academy of Science |
2012.05-2015.05 |
¥1,500,000万元
|
1 |
Analysis on Image Processing and Scale Transformation By Multi-source Remote Sensing (Y2C048101B)
|
National Nature Science Foundation of China |
2012.11-2014.06 |
¥250,000万元
|
2 |
Estimating leaf water content at the leaf scale in soybean inoculated with arbuscular mycorrhizal fungi from in situ spectral measurements
|
|
SCI |
万元
|
2 |
A kind of remote sensing inversion accuracy detection method and device (ZL 201210343165.X)
|
G01C11/00 |
2012.09.14 |
万元
|
3 |
A Transformed Triangular Vegetation Index for Estimating Winter Wheat Leaf Area Index
|
|
SCI |
万元
|
3 |
Method and device for measuring vegetation spatial distribution state (ZL201210339810.0)
|
G01C11/00 |
2012.09.13 |
万元
|
4 |
Observation device and method (ZL201110178750.4)
|
|
2011.06.29 |
万元
|
4 |
Quantitative identification of crop disease and nitrogen-water stress in winter wheat using continuous wavelet analysis
|
SCI |
SCI |
万元
|