吳建平，男, 博士，1984年10月生,江西省撫州市人。現任雲南大學生態與環境學院教授，博士生導師。
主要從事生態系統生態學和土壤生態學方面的研究。先後承擔完成了國家自然科學基金面上項目、國家自然科學基金青年項目、國家重點研發計畫項目專題、中國科學院戰略性先導科技專項項目專題等7項；在國內外核心刊物上發表學術論文130餘篇，其中以第一或通訊作者在SCI刊物上發表60餘篇;參編專著1部。獲得河南省自然科學獎一等獎1項（排名第六，2023年）。
在土壤生態過程與功能對全球變化的回響與適應機制方面開展相關研究，主要包括以下2個方面：
（1）結合野外控制實驗和大數據分析，探明全球變暖、氮沉降和土地利用變化等因子對土壤生物群落組成及碳匯等生態功能的影響機制，為土壤生態系統對全球變化的回響與適應提供科學依據。
（2）利用野外控制實驗，研究南方典型生態系統的土壤退化過程及生態修復效應的機制，為生態系統可持續利用提供科學依據。
學歷
2002.09-2006.07：江西農業大學，農學院園藝專業，獲農學學士學位
2006.09-2011.07：中國科學院華南植物園，生態學專業，獲理學博士學位
工作經歷
2011.07-2014.12： 南昌工程學院，講 師
2014.12-2018.05： 南昌工程學院，副教授
2018.05-2018.11： 雲南大學，副教授
2018.11-至今： 雲南大學，教 授
近十年主持或承擔的科研項目
2013.01-2015.12：國家自然科學基金青年項目：杉木林下植物-土壤微生物功能群相互聯繫對氮沉降的回響與適應（31200406），項目負責人
2016.01-2019.12：國家自然科學基金面上項目：冠層模擬氮沉降對杉木林林下植被及其生態功能的影響（31570444），項目負責人
2020.01-2023.12：國家自然科學基金面上項目：梯度增溫對哀牢山亞熱帶森林土壤碳動態的影響及機制（31971497），項目負責人
2020.01-2024.12：雲南省興滇人才研究經費：雲南典型生態系統碳氮過程對全球變化的回響機制研究，項目負責人
2020.11-2025.10：中國科學院戰略性先導科技A類專項項目（XDA26020203-02）專題，昭通草地物種補播、養分回補、土壤質量提升和土層保護技術研發，專題負責人
2024.01-2026.12：國家重點研發計畫項目（2023YFC2604502）專題，番茄潛葉蛾和煙粉虱競爭性取食對番茄生長和地下過程的影響研究，專題負責人
2024.01-2027.12：國家自然科學基金面上項目：火災對雲南松林土壤有機碳動態的長期影響與機制（32371733），項目負責人
社會兼職
中國生態學學會青年工作委員會：副主任（2024~）
南方水土保持研究會：理事（2023~）
中國土壤學會青年工作委員會：委員（2021~）
《熱帶生物學報》：編委（2020~）
《生態環境學報》：青年編委（2021~）
《生態學雜誌》：青年編委（2023~）
《水土保持學報》：青年編委（2024~）
獲獎情況
2023年獲河南省自然科學獎一等獎（排名第六）：不同森林管理措施對土壤生物及碳氮動態的影響。證書號：2022-Z-003-R06/10
參加編寫的主要論著：
傅聲雷等著. 2019年. 土壤生態學-土壤食物網及其生態功能：科學出版社
近十年發表主要學術論文
2025
1. Li DB, Chen DY, Hou CY, Chen H, Zhou QQ, Wu JP*. 2025. Soil microfauna mediate multifunctionality under multilevel warming in a primary forest. Journal of Animal Ecology. 94: 58-68.
2. Li DB, Li Y, Xu HB, Wu JP*. 2025. Nonlinear response of soil microfauna network complexity and stability to multilevel warming in an old-growth subtropical forest. mBio. DOI: 10.1128/mbio.00156-25.
3. Li DB, Li SC, Chen H, Wu JP*. 2025. Reseeding promotes plant biomass by improving microbial community stability and soil fertility in a degraded subalpine grassland. Geoderma. 453: 117160.
4. Zhou J, Wang LL, Chen H, Marod Dokrak, Wu JP*. 2025. Effect of fire on microbial necromass carbon content is regulated by soil depth, time since fire, and plant litter input in subtropical forests. Plant and Soil.
5. Li DB, Xu HB, Li Y, Xu JH, Zhang MY*, Wu JP*. 2025. Sheep dung addition and reseeding promote ecosystem multifunctionality by mediating soil microbial network complexity in a subtropical grassland. Applied Soil Ecology. 211:106157.
6. Zhou J#, Zhang MY#, Raza ST, Yang SM, Liu JH, Cai M, Xue SM, Wu JP*. 2025. Fungal but not bacterial β-diversity decreased after 38-year-long grazing in a southern grassland. Plant and Soil. 507: 181-193.
7. Li DB, Wu CS, Zhu B, Lu M, Wu JP*, Thompson J, Bardgett RD. 2025. Contrasting effects of nitrogen addition and soil warming on soil respiration in an old-growth subtropical forest. Ecological Frontiers. 45: 248-256.
8. Li DB, Ma CW, Yue CY, Lin N, Zhu YM*, Wu JP*. 2025. Windfarm construction alters soil multinutrient cycling by destabilizing microfauna community in a mountain ecosystem. Journal of Environmental Management. 373: 123758.
9. Hou CY, Chen H, Lei HR, Jiao JJ, Xia SW*, Wu JP*. 2025. Negative effects of Euphorbiaceae cultivation on soil nematode communities in tropical soils. Soil Ecology Letters. 7: 250324.
10. Li DB, Wu JP*. 2025. Species pool and local assembly processes drive microbial ß diversity in primary forest soil. Global Ecology and Conservation. 57: e03378
11. Li XA, Ou XK, Chen DY, Wu JP*. 2025. Rubber intercropped with Coffea liberica increases carbon and nitrogen stocks in soils in Xishuangbanna, China. Forests. 16: 13.
12. Qin H, Schaefer DA, Shen T, Wang J, Liu Z, Chen H, Hu P, Zhu Y, ChenJ, Wu JP*, Xu JC*. Drought driving factors as revealed by geographic detector model and random forest in Yunnan, China. Forests. 2025; 16(3):505.
2024
13. Chen DY, Xia SW, Li SC, Ding XY, Zhang ST, Chen H, Wu JP*. 2024. Moderate size diversity of tree roots has largest effect on the carbon loss in tropical soils. Functional Ecology. 38: 363-373.
14. Guo ZH#, Zhang ST, Zhang LC, Xiang YZ#, Wu JP*. 2024. A meta-analysis reveals increases in soil organic carbon following the restoration and recovery of croplands in Southwest China. Ecological Applications. 34: e2944.
15. Li DB, Wu JP*. 2024. Canopy nitrogen addition and understory removal destabilize the microbial community in a subtropical Chinese fir plantation. Journal of Environmental Management. 354:120407.
16. Li DB, Wu CS, Wu JP*. 2024. Nitrogen deposition does not change stochastic processes of soil microbial community assembly under climate warming in primary forest. Ecological Indicators. 158: 111618.
17. Li DB, Wu CS, Wu JP*. 2024. Soil fungal community has higher network stability than bacterial community in response to warming and nitrogen addition in a subtropical primary forest. Applied and Environmental Microbiology.
18. Zhou J#, Xu H#, Xiang Y*, Wu JP*. 2024. Effects of microplastics pollution on plant and soil phosphorus: A meta-analysis. Journal of Hazardous Materials. 461: 132705.
19. Chen H, Zhang ST, Ma WC, Xiang YZ*, Wu JP*. 2024. Restoring farmland to forest increases phosphorus limitation based on microbial and soil C:N:P stoichiometry-a synthesis across China. Forest Ecology and Management. 556: 121745.
20. Shah JA, Liu W, Ullah S, Duan H, Shen F, Liao Y, Huang G, Wu JP*. 2024. Linkages among leaf nutrient concentration, resorption efficiency, litter decomposition and their stoichiometry to canopy nitrogen addition and understory removal in subtropical plantation. Ecological Processes. 13: 27.
21. Shah JA, Ullah S, Chen DY, Wu JP*. 2024. Di-(2-ethylhexyl) phthalate (DEHP) contamination suppressed soil microbial biomass carbon and mitigated CO2 emissions against the background of alfalfa from different soils. Ecotoxicology and Environmental Safety. 272: 116073.
22. Hong ZY#, Li XA#, Li DB, Wu JP*. 2024. Rubber-based agroforestry systems modify the soil fungal composition and function in Southwest China. Soil Ecology Letters. 6: 230224.
23. Wu, B., Liu, W., Wu, Y. Thompson J, Wu JP*. 2024. Plant managements but not fertilization mediate soil carbon emission and microbial community composition in two Eucalyptus plantations. Plant and Soil.
