Nanjing Forestry University in the Stanford/Elsevier 2026 list
The Stanford/Elsevier list covers the top 2% most-cited scientists in each subfield. These are the people from this institution on at least one of its two rankings: career-long and single-year (citations from 2025).
161
researchers on the list
48
rank in China
400
rank worldwide, of 38,384
Ranks by number of people on the list; we calculate them from the same data.
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The full list, with each person's rank, subfield, c-score, h-index and citations, in a file for Excel.
Click a name to see the full record. The columns give each person’s rank in their subfield on each list.
| Name | Subfield | Career | Single-year |
|---|---|---|---|
| Tang, Jinhui | Artificial Intelligence & Image Processing | 2,224 / 517,648 | 697 / 517,648 |
| Jiang, Shaohua | Polymers | 1,156 / 133,253 | 94 / 133,253 |
| Yao, Jianfeng | Chemical Engineering | 525 / 97,821 | 153 / 97,821 |
| Han, Jingquan | Polymers | 1,985 / 133,253 | 154 / 133,253 |
| Xia, Changlei | Energy | 3,177 / 371,959 | 621 / 371,959 |
| Huang, Caoxing | Biotechnology | 629 / 69,700 | 64 / 69,700 |
| Seidi, Farzad | Polymers | 2,082 / 133,253 | 177 / 133,253 |
| Yang, Xiaofei | Nanoscience & Nanotechnology | 1,725 / 177,859 | 1,140 / 177,859 |
| Ge, Shengbo | Environmental Sciences | — | 719 / 140,934 |
| Huang, Chaobo | Nanoscience & Nanotechnology | 2,408 / 177,859 | 1,200 / 177,859 |
| Duan, Gaigai | Polymers | 2,566 / 133,253 | 294 / 133,253 |
| Jiang, Jianchun | Energy | 3,934 / 371,959 | 1,121 / 371,959 |
| Chen, Zupeng | Organic Chemistry | — | 459 / 188,664 |
| Chen, Dengyu | Energy | 4,583 / 371,959 | 1,270 / 371,959 |
| Yan, Xiao’an | Acoustics | — | 95 / 38,987 |
| Chen, Jizhang | Nanoscience & Nanotechnology | — | 1,729 / 177,859 |
| Zhang, Shu | Energy | 4,131 / 371,959 | 1,477 / 371,959 |
| Wei, Yang | Civil Engineering | 1,045 / 67,736 | 265 / 67,736 |
| He, Shuijian | Nanoscience & Nanotechnology | 3,247 / 177,859 | 1,905 / 177,859 |
| Zhang, Jinguang | Forestry | — | 49 / 36,413 |
| Ullah, Muhammad Wajid | Polymers | — | 458 / 133,253 |
| Chen, Lei | Environmental Sciences | — | 1,143 / 140,934 |
| Lou, Zhichao | Nanoscience & Nanotechnology | — | 2,005 / 177,859 |
| Xu, Tao | Building & Construction | 790 / 56,454 | 510 / 56,454 |
| Lin, Haifeng | Geological & Geomatics Engineering | — | 667 / 82,760 |
| Ma, Wenjing | Chemical Engineering | — | 504 / 97,821 |
| Xiong, Ranhua | Nanoscience & Nanotechnology | — | 2,386 / 177,859 |
| Wu, Pengfei | Environmental Sciences | — | 1,510 / 140,934 |
| Guo, He | Chemical Engineering | — | 587 / 97,821 |
| Yue, Yiying | Polymers | — | 625 / 133,253 |
| Han, Jianlin | Organic Chemistry | — | 873 / 188,664 |
| Yang, Liming | Plant Biology & Botany | — | 1,232 / 204,373 |
| Li, Haitao | Building & Construction | — | 710 / 56,454 |
| Li, Yan | Environmental Sciences | — | 1,765 / 140,934 |
| Zhang, Xiongfei | Chemical Engineering | — | 685 / 97,821 |
| Ali, Imran | Environmental Sciences | — | 1,806 / 140,934 |
| Huang, Yanyan | Nanoscience & Nanotechnology | — | 3,156 / 177,859 |
| Han, Xiang | Nanoscience & Nanotechnology | — | 3,225 / 177,859 |
| Qiu, Jianhao | Chemical Engineering | — | 735 / 97,821 |
| Cai, Chenyang | Nanoscience & Nanotechnology | — | 3,351 / 177,859 |
| Zhu, Miaomiao | Nanoscience & Nanotechnology | — | 3,355 / 177,859 |
| Li, Xiaojing | Food Science | — | 1,113 / 107,913 |
| Bian, Huiyang | Polymers | — | 820 / 133,253 |
| Ding, Meili | Chemical Engineering | — | 767 / 97,821 |
| Ling, Zhe | Polymers | — | 828 / 133,253 |
| Ye, Jianren | Forestry | 564 / 36,413 | 101 / 36,413 |
| Fang, Shengzuo | Forestry | 252 / 36,413 | 102 / 36,413 |
| Xu, Xiaoxiao | Building & Construction | — | 849 / 56,454 |
| Cai, Yahui | Nanoscience & Nanotechnology | — | 3,690 / 177,859 |
| Li, Xiaogang | Agronomy & Agriculture | — | 715 / 95,377 |
| Yang, Hongqiang | Forestry | — | 120 / 36,413 |
| Xu, Xu | Organic Chemistry | — | 1,215 / 188,664 |
| Wang, Jiaqing | Building & Construction | — | 925 / 56,454 |
| Liu, Chaozheng | Polymers | — | 1,007 / 133,253 |
| Feng, Youzhi | Agronomy & Agriculture | — | 760 / 95,377 |
| Jin, Yongcan | Polymers | — | 1,018 / 133,253 |
| Xu, Rong | Nanoscience & Nanotechnology | 1,410 / 177,859 | 4,121 / 177,859 |
| Ramakrishnan, Muthusamy | Plant Biology & Botany | — | 1,745 / 204,373 |
| Cao, Fuliang | Plant Biology & Botany | — | 1,777 / 204,373 |
| Dong, Youming | Forestry | — | 138 / 36,413 |
| Zhou, Lei | Agronomy & Agriculture | — | 806 / 95,377 |
| Ahmad, M. K. | Food Science | — | 1,442 / 107,913 |
| Pan, Hui | Organic Chemistry | 3,241 / 188,664 | 1,360 / 188,664 |
| Feng, Yi | Chemical Engineering | — | 1,032 / 97,821 |
| Pan, Yuwei | Chemical Engineering | — | 1,042 / 97,821 |
| Yan, Shen | Industrial Engineering & Automation | — | 1,336 / 131,085 |
| Shao, Wei | Polymers | — | 1,278 / 133,253 |
| Wu, Yingji | Energy | — | 3,978 / 371,959 |
| Luo, Jing | Polymers | — | 1,309 / 133,253 |
| Emamverdian, Abolghassem | Plant Biology & Botany | — | 2,216 / 204,373 |
| Bushra, Rani | Chemical Engineering | — | 1,201 / 97,821 |
| Zhang, Chaofeng | Organic Chemistry | — | 1,671 / 188,664 |
| Wu, Wenjuan | Polymers | — | 1,381 / 133,253 |
| Li, Chengcheng | Polymers | — | 1,392 / 133,253 |
| Zhang, Ming | Chemical Engineering | — | 1,254 / 97,821 |
| Han, Xiaoshuai | Polymers | — | 1,418 / 133,253 |
| Ye, Qiaolin | Artificial Intelligence & Image Processing | — | 6,298 / 517,648 |
| Chen, Zhen | Obstetrics & Reproductive Medicine | — | 782 / 105,735 |
| Wang, Jing | Agronomy & Agriculture | — | 1,097 / 95,377 |
| Xu, Zhaoyang | Polymers | — | 1,499 / 133,253 |
| Zhou, Xiaoyan | Polymers | — | 1,507 / 133,253 |
| Mei, Changtong | Polymers | — | 1,511 / 133,253 |
| Lai, Chenhuan | Biotechnology | — | 600 / 69,700 |
| Wu, Yan | Polymers | — | 1,557 / 133,253 |
| Su, Erzheng | Food Science | — | 2,206 / 107,913 |
| Wang, Zhiguo | Polymers | — | 1,572 / 133,253 |
| Yong, Qiang | Biotechnology | — | 625 / 69,700 |
| Liu, Tianyang | Organic Chemistry | — | 1,985 / 188,664 |
| Manan, Sehrish | Polymers | — | 1,661 / 133,253 |
| Jiang, Bo | Polymers | — | 1,662 / 133,253 |
| Ghorbani, Abazar | Plant Biology & Botany | — | 2,769 / 204,373 |
| Li, Jiongjiong | Polymers | — | 1,694 / 133,253 |
| Huang, Chen | Biotechnology | — | 676 / 69,700 |
| Huang, Yong | Energy | — | 5,355 / 371,959 |
| Li, Yangtao | Civil Engineering | — | 1,034 / 67,736 |
| Wang, Yicheng | Plant Biology & Botany | — | 2,946 / 204,373 |
| Qiao, Weichuan | Chemical Engineering | — | 1,607 / 97,821 |
| Lu, Xinyu | Energy | — | 5,613 / 371,959 |
| Lu, Tao | Chemical Engineering | — | 1,661 / 97,821 |
| Gan, Lu | Chemical Engineering | — | 1,663 / 97,821 |
| Wei, Juntao | Energy | — | 5,679 / 371,959 |
| Tang, Xiao | Organic Chemistry | — | 2,304 / 188,664 |
| Wu, Weibing | Polymers | — | 1,850 / 133,253 |
| Gu, Xiaoli | Energy | — | 5,719 / 371,959 |
| Tahir, Mudassir Hussain | Energy | — | 5,944 / 371,959 |
| Shi, Peijian | Plant Biology & Botany | — | 3,225 / 204,373 |
| Xu, Lijie | Chemical Engineering | — | 1,818 / 97,821 |
| Wang, Shifa | Organic Chemistry | — | 2,507 / 188,664 |
| Lu, Chuanwei | Polymers | — | 2,027 / 133,253 |
| Zhang, Junhua | Biotechnology | 1,380 / 69,700 | 833 / 69,700 |
| Chen, Ruirui | Agronomy & Agriculture | — | 1,517 / 95,377 |
| Zhou, Yonghong | Polymers | — | 2,064 / 133,253 |
| Yang, Weisheng | Polymers | — | 2,089 / 133,253 |
| Pan, Mingzhu | Materials | — | 5,148 / 330,896 |
| Ren, Kai | Applied Physics | — | 3,875 / 323,282 |
| Li, Yueqin | Polymers | — | 2,187 / 133,253 |
| Song, Junlong | Polymers | — | 2,198 / 133,253 |
| Li, Kuang | Polymers | — | 2,202 / 133,253 |
| Wang, Jia | Energy | — | 6,850 / 371,959 |
| Shi, Lei | Chemical Engineering | — | 2,075 / 97,821 |
| Liu, Chao | Polymers | — | 2,323 / 133,253 |
| Ding, Kuan | Energy | — | 7,254 / 371,959 |
| Wang, Weifeng | Forestry | — | 364 / 36,413 |
| Liu, Qiying | Organic Chemistry | — | 3,045 / 188,664 |
| Li, Weilin | Plant Biology & Botany | — | 3,988 / 204,373 |
| Hong, Shu | Polymers | — | 2,472 / 133,253 |
| Zhao, Wenchao | Nanoscience & Nanotechnology | 3,165 / 177,859 | — |
| Wang, Fang | Materials | — | 6,312 / 330,896 |
| Zhang, Jinchi | Forestry | — | 400 / 36,413 |
| Ruan, Honghua | Agronomy & Agriculture | — | 1,935 / 95,377 |
| Wang, Kaili | Polymers | — | 2,615 / 133,253 |
| Han, He | Materials | — | 6,636 / 330,896 |
| Cao, Jun | Biotechnology | — | 1,124 / 69,700 |
| Wang, Xinzhou | Forestry | — | 433 / 36,413 |
| Dong, Lin | Organic Chemistry | — | 3,544 / 188,664 |
| Jiang, Dong | Mechanical Engineering & Transports | — | 2,571 / 157,792 |
| Wang, Zhonglong | Analytical Chemistry | — | 2,128 / 137,328 |
| Mei, Haibo | Organic Chemistry | — | 3,629 / 188,664 |
| Wang, Changshui | Inorganic & Nuclear Chemistry | — | 1,151 / 86,991 |
| Xu, Yong | Biotechnology | — | 1,251 / 69,700 |
| Zuo, Songlin | Forestry | 724 / 36,413 | 481 / 36,413 |
| Wang, Guibin Bin | Forestry | — | 482 / 36,413 |
| Hu, Wengang | Forestry | — | 499 / 36,413 |
| Liu, Qingyang | Environmental Sciences | 2,840 / 140,934 | — |
| Chen, Meiling | Biotechnology | — | 1,355 / 69,700 |
| Xia, Hai'an | Organic Chemistry | — | 4,157 / 188,664 |
| Zhang, Yu | Biotechnology | — | 1,400 / 69,700 |
| Yang, Lin | Forestry | — | 514 / 36,413 |
| Wang, Minghui | Analytical Chemistry | — | 2,684 / 137,328 |
| Yan, Bing | Applied Physics | — | 6,312 / 323,282 |
| Che, Changchang | Mechanical Engineering & Transports | — | 3,394 / 157,792 |
| Dai, Hongqi | Forestry | — | 591 / 36,413 |
| Yan, Xiaoxing | Materials | 5,921 / 330,896 | — |
| Li, Mingshi | Forestry | — | 649 / 36,413 |
| Zhang, Yongxing | Civil Engineering | 1,233 / 67,736 | — |
| Li, Sheng | Electrical & Electronic Engineering | — | 1,904 / 133,072 |
| Shi, Jiangtao | Forestry | — | 726 / 36,413 |
| Jiang, Jianqing | Materials | 6,964 / 330,896 | — |
| Wang, Xuan | Forestry | — | 806 / 36,413 |
| Wu, Zhihui | Forestry | — | 829 / 36,413 |
| Liu, Zhenlu | General Chemistry | — | 1,224 / 57,505 |
Source: Ioannidis JPA, Elsevier (2026). August 2026 data-update for "Updated science-wide author databases of standardized citation indicators". Mendeley Data, version 9. Licence CC BY-NC 3.0. doi:10.17632/btchxktzyw.9
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