Productivity Rankings is an exclusive service provided by AD Scientific Index. This ranking system, derived from the i10 index, highlights the productivity of scientists in publishing impactful scientific articles. Productivity Rankings serves as a tool to identify highly productive scientists across specific areas, disciplines, universities, and countries, and supports the creation of effective incentives and academic policies. The global, regional, and institutional rankings of scientists in this table are calculated based on their total i10 index. Moreover, you can explore special rankings derived from Productivity Rankings, such as Scientists Last 6 Years' i10 Index, Universities Total i10 Index Rankings 2025, Universities Last 6 Years' i10 Index Rankings 2025, Art and Humanities i10 Productivity Rankings, and Social Sciences and Humanities i10 Productivity Rankings.
* Total i10 IndexRankings
Ranking Based On Selection :1
Cryosphere
Permafrost
Climate change
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
125
112
0.896
* Total i10 IndexRankings
Ranking Based On Selection :2
Atmospheric boundary layer
Land-air interaction
climate change
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
11
10
0.909
* Total i10 IndexRankings
Ranking Based On Selection :3
Hydrologic modeling
SHUD
flood/drought
numeric methods
climate change
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
11
10
0.909
* Total i10 IndexRankings
Ranking Based On Selection :4
land surface process and climate change
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
7
6
0.857
Tonghua Wu
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
125
112
0.896
Cryosphere
Permafrost
Climate change
Di Ma
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
11
10
0.909
Atmospheric boundary layer
Land-air interaction
climate change
Lele Shu
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
11
10
0.909
Hydrologic modeling
SHUD
flood/drought
numeric methods
climate change
Hao Chen
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
7
6
0.857
land surface process and climate change