i10 Productivity
Rankings

Météo-France/ ScientistsEngineering & Technology / Civil Engineering i10 Productivity Rankings 2025

Productivity Rankings is a unique service offered only by “AD Scientific Index”. This is a ranking system derived from the i10 index in order to show the productivity of the scientist in publishing scientific articles of value. Productivity Rankings is an instrument that lists productive scientists in a given area, discipline, university, and country and can guide the development of meaningful incentives and academic policies. The world rankings, regional rankings, and university rankings of scientists in this table are developed based on the total i10 index. Additionally, click to view the special rankings based on Productivity Rankings: 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
France
Simon Munier
hydrology
water cycle
remote sensing
routing models
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
28
23
0.821
* Total i10 IndexRankings
Ranking Based On Selection :2
France
Delphine J Leroux
Hydrology
Assimilation
Remote Sensing
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
24
20
0.833
* Total i10 IndexRankings
Ranking Based On Selection :3
France
Bertrand Bonan
land surface
vegetation
hydrology
data assimilation
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
16
14
0.875
* Total i10 Index Rankings
Rankings
Ranking Based On Selection: 1
Simon Munier
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
28
23
0.821
hydrology
water cycle
remote sensing
routing models
* Total i10 Index Rankings
Rankings
Ranking Based On Selection: 2
Delphine J Leroux
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
24
20
0.833
* Total i10 Index Rankings
Rankings
Ranking Based On Selection: 3
Bertrand Bonan
i-10 Metrics
Total
Last 6 Years
Last 6 Years / Total
16
14
0.875
land surface
vegetation
hydrology
data assimilation