Dataset List


Data Details

Dataset of Multi-satellite Synchronous Collaborative Observation in Zhangye District (2013)

LI Guoqing1ZHANG Hao1XIE Jibo1YUAN Fangyan1LI Haiwei1,2QIAN Jianmei3WAN Wei4MA Guangbin1
1 Institute of Remote Sensing and Digital Earth,Chinese Academy of Sciences2 Central South University3 National Satellite Meteorological Centre,China Meteorological Administration4 China Centre for Resources Satellite Data and Application


Published:December 2014

Visitors:19883       Data Files Downloaded:3150      
Data Downloaded:766809.61 MB      Citations:

Key Words:

Satellites synchronous collaborative observation,Multi-satellite radiometric normalization,Joint satellite-ground observation


With more and more earth observation satellites in orbit, there is an urgent need for data users to develop a methodology, in which the data from multi-source satellites can be coordinated with each other as well as with the data from ground-based synchronous experiments. In June 2013, we conducted a multi-satellite synchronous coordinating observation with a ground-based synchronous experiment in Zhangye, a ground station of China. The terrain ecosystems around this station are very suitable for matching the needs and requirements of synchronous tests of parameters such as urban land cover, mountain, desert, forest, grassland, and crops. Satellites observations and ground instruments were used to perform the synchronous observations. Data from 22 sensors of 10 satellites and from 3 specific in-situ instruments were integrated and archived. The metadata and the methodology of the synchronous observational datasets in the Zhangye ground station are illustrated in the data paper.Browse

Foundation Item:

Data Citation:

LI Guoqing, ZHANG Hao, XIE Jibo, YUAN Fangyan, LI Haiwei, QIAN Jianmei, WAN Wei, MA Guangbin. Dataset of Multi-satellite Synchronous Collaborative Observation in Zhangye District (2013)[J/DB/OL]. Digital Journal of Global Change Data Repository, 2014.

Li, G. Q., Zhang, H., Xie, J. B., et al. Dataset of multi-satellite synchronous collaborative obser-vation in Zhangye (2013) [J]. Journal of Global Change Data & Discovery, 2017, 1(2): 216-224. DOI: 10.3974/geodp. 2017.02.13.

Data Product:

ID Data Name Data Size Operation
1 98661-109866-TH2013000741.rar 292823.06KB
2 98661-109867-TH2013000742.rar 146441.68KB
3 98661-109868-TH2013000743.rar 143938.45KB
4 AQUA_1.rar 310287.13KB
5 AQUA_2.rar 328383.96KB
6 AQUA_3.rar 295233.57KB
7 FY2D.rar 176989.22KB
8 FY2E.rar 185823.16KB
9 FY2F.rar 200962.38KB
10 FY3A_1.rar 251085.92KB
11 FY3A_2.rar 241966.34KB
12 FY3A_3.rar 326469.04KB
13 FY3A_4.rar 207427.92KB
14 FY3A_5.rar 343300.04KB
15 FY3A_6.rar 305950.61KB
16 FY3A_7.rar 317398.48KB
17 FY3A_8.rar 192876.60KB
18 FY3B_1.rar 194242.66KB
19 FY3B_2.rar 275644.35KB
20 FY3B_3.rar 206500.99KB
21 FY3B_4.rar 339641.88KB
22 FY3B_5.rar 229947.92KB
23 1_GroundData.rar 7817.77KB
24 HJ1B-CCD2-18-68-20130613-L20001008302.tar.gz 351567.04KB
25 HJ1B-CCD2-18-68-20130613-L20001008307.tar.gz 351637.99KB
26 SPOT5.rar 351237.16KB
27 TERRA_2013_06_13_03_54_XJ.MOD021KM.rar 268027.47KB
28 TERRA_2013_06_13_03_54_XJ.MOD02HKM.rar 248605.24KB
29 TERRA_2013_06_13_03_54_XJ.MOD02QKM.rar 273955.58KB
30 TERRA_2013_06_13_03_54_XJ.MOD03.rar 24612.78KB