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MODIS vegetation index data of Mongolian plateau (2000-2012)

The Mongolian Plateau, as the largest arid and semiarid Plateau in Northern hemisphere, plays an important role in the climate changes and sustainable development of the ecological environment. This date set provides spatio-temporal consecutively vegetation monitoring data, which uses the sinusoidal projection method and 16 days' synthetic data. The spatial resolution of this date set is 250m. This data set improves the low saturation point of NDVI observation, which is calculated on the basis of BRDF data. It is aslo carried out a variety of mask processing (water, cloud, aerosol, cloud and shadow). The date set contributes to long-term dynamic assimilation and vegetation data analysis, and also can be used to detecte vegetation status, biological chemistry, water cycle, global and regional climate research.

Data format
Subject
Geography
Data Level
Rough
Data time series
Short
temperal
Modern times
spatial
Country
resolution
Low
Country ID
MN
Data Size
41369.6MB MB
Contributor Name
Cao Xiaoming, Wang Juanle
Contributor Email
ikcest-drr@lreis.ac.cn
Contributor Agency
Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences
Creation time
2015.1.1
Resplnst Name
Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences
RespInst Address
A11 Datun Road, Chaoyang District, Beijing
RespInst Postcode
100101
ResPerson Name
Service group of Disaster Risk Reduction Knowledge Service System of IKCEST
ResPerson Email
ikcest-drr@lreis.ac.cn
ResPerson Telephone
010-64889048-8006
Update Frequency
Irregular updates
Version
1
Data Citation
MODIS vegetation index data of Mongolian plateau (2000-2012). Disaster Risk Reduction Knowledge Service of International Knowledge Centre for Engineering Sciences and Technology (IKCEST) under the Auspices of UNESCO, 2015.1.1. http://drr.ikcest.org/info/f762.
Last Modified
2015.1.1
Organization
Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences.
Accessconstraints
Sharing Type: Open
Time Begin
2000
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