一、基本信息
姓名:胡刚
性别:男
出生年月:1981年11月
职称:教授/硕导
学历:博士研究生
所属学院/部门:环境与生命科学学院/生物科学系
研究领域:群落生态学、植物地理学、生物多样性、土壤生态学
电子邮箱:ahhugang@126.com
政治面貌:中共党员
二、研究方向
(一)群落生态学:喀斯特与植被恢复、亚热带森林群落构建机制研究
(二)植物地理学:喀斯特森林树木多样性地理分异规律研究
(三)生物多样性:喀斯特湿地与森林生态系统物种多样性、功能多样性和系统发育多样性研究
(四)土壤生态学:生态化学计量、土壤微生物与酶活性、土壤固碳、土壤氮磷循环研究
三、教学情况
(一)主讲课程
·科技论文写作,研究生
·环境科学与工程前沿,研究生
·植物生物学,本科生
·植物生物学实验,本科生
·生命科学导论,本科生
(二)教学成果
·南宁师范大学教学成果二等奖(校级),南宁师范大学,2017年,本人排名:2
四、学术成果
(一)代表性论文
1.Lu Yan,Chaohao Xu,Cong Hu,Chaofang Zhong,Zhonghua Zhang*,Gang Hu*. Topography determines soil C:N:P stoichiometry more than forest attributes in heterogeneous subtropical karst forests. Trees,Forests and People,2026,23:101142.影响因子:2.7,JCR分区:Q2区
2.Jiayi Yan,Aihua Wang,Yadong Qie,Cong Hu,Zhonghua Zhang*,Gang Hu*. Conserving large old trees in Guangxi,South China:Diversity,distribution,and preservation strategies. Ecology and Evolution,2026,16:73043.影响因子:2.3,JCR分区:Q2区
3.Jia Kong,Cong Hu,Yadong Qie,Chaohao Xu,Aihua Wang,Zhonghua Zhang*,Gang Hu*. Shifts in composition,origin,and distribution of invasive alien plants in Guangxi,China,over half a century. Diversity,2026,18:44.影响因子:2.1,JCR分区:Q2区
4.Xiaoran Wang,Yun Chen,Yuxin Chen,…,Gang Hu,…,Zhonghua Zhang,Jian Zhang*. Plant community data along elevational gradients in China’s 17 mountains. Scientific Data,2026,13:100.影响因子:5.8,JCR分区:Q1区
5.Qingling Pang,Cong Hu,Chaohao Xu,Chaofang Zhong,Zhonghua Zhang*,Gang Hu*. Changes in species and phylogenetic diversity in tropical seasonal rainforests on steep karst hillslopes in southwestern China:Implications for conservation. Nature Conservation,2025,60:73–97.影响因子:1.7,JCR分区:Q3区
6.Jing Li,Yinghua Luo,Feng Chen,Cong Hu,Chaohao Xu,Zhonghua Zhang*,Gang Hu*. Species and phylogenetic diversity of woody plants shift with the elevational gradient in subtropical forests in south China. Ecology and Evolution,2025,15(7):e71761.影响因子:2.3,JCR分区:Q2区
7.Yongzhuang Wang,Ying Han,Long Yang,Liujie Wu,Weijun Wu,Gang Hu,Xinyu Wang,Xinying Zhang,Zhonghua Zhang*. Low molecular weight organic acids promote uptake of cadmium by Maize(Zea mays L.)in cadmium-contaminated acidic soils. Journal of Soil Science and Plant Nutrition,2025. https://doi.org/10.1007/s42729-025-02491-z.影响因子:3.9,JCR分区:Q1区
8.Gang Hu,Chunlin Huo,Cong Hu,Chaofang Zhong,Siyu Chen,Chaohao Xu*,Zhonghua Zhang*. Elevational patterns of hydrological properties of forest litter layers in Daming Mountain,southern China. Global Ecology and Conservation,2025,58:e03510.影响因子:3.1,JCR分区:Q1区
9.Chunlin Huo,Zhonghua Zhang,Gang Hu*,Yinghua Luo*. Altitude‐related variation in carbon,nitrogen,and phosphorus contents and their stoichiometry of woody organs in the subtropical mountain forests,south China. Ecology and Evolution,2025,15(6):e71451.影响因子:2.3,JCR分区:Q2区
10.Siyu Chen,Chaohao Xu,Cong Hu,Chaofang Zhong,Zhonghua Zhang*,Gang Hu*. Elevational patterns and drivers of soil total,microbial,and enzymatic C:N:P stoichiometry in karst peak-cluster depressions in southwestern China. Forests,2025,16(8):1216.影响因子:2.4,JCR分区:Q1区
11.Chunlin Huo#,Zhonghua Zhang#,Yinghua Luo*,Gang Hu*. Altitudinal patterns of soil and microbial C:N:P stoichiometry in subtropical forests in Daming Mountain,South China. Frontiers in EarthScience,2025,13:1569387.影响因子:2.1,JCR分区:Q3区
12.Feng Chen,Cong Hu,Chaohao Xu,Chaofang Zhong,Siyu Chen,Zhonghua Zhang*,Gang Hu*. Successional changes in woody floristic composition and diversity in karst mountain tropical seasonal rainforests in southwestern China. eco.mont-Journal on Protected Mountain Areas Research and Management,2025,17(1):5-16.影响因子:0.9,JCR分区:Q4区
13.Bei Zhang#,Chaohao Xu#,Zhonghua Zhang,Cong Hu,Chaofang Zhong,Siyu Chen,Gang Hu*. Elevational patterns of soil organic carbon and its fractions in tropical seasonal rainforests in karst peak-cluster depression region. Frontiers in Plant Science,2024,15:1424891.影响因子:4.1,JCR分区:Q1区
14.Shiyu Ma,Shengbin Chen,Yi Ding,Zhongsheng He,Gang Hu,…,Jian Zhang*. What controls forest litter decomposition?A coordinated,distributed teabag experiment across 10 mountains. Ecography,2024:e07339.影响因子:5.4,JCR分区:Q1区
15.Chaofang Zhong,Cong Hu,Chaohao Xu,Zhonghua Zhang*,Gang Hu*. Metabolomics reveals changes in soil metabolic profiles during vegetation succession in karst area. Frontiers in Microbiology,2024,15:1337672.影响因子:4.0,JCR分区:Q2区
16.Gang Hu,Ya Lin,Cong Hu,Chaohao Xu,Siyu Chen,Chaofang Zhong,Zhonghua Zhang*. Age-related changes in soil and microbial C:N:P stoichiometry in Zenia insignis plantations in karst regions of southwest China. Applied Ecology and Environmental Research,2024,22(6):6003-6016.影响因子:0.7,JCR分区:Q4区
17.Gang Hu,Xiaoxing Huang,Siyu Chen,Cong Hu,Chaofang Zhong,Chaohao Xu,Zhonghua Zhang*. Biotic and abiotic factors affecting soil C,N,P and their stoichiometries under different land-use types in a karst agricultural watershed,China. Agriculture,2024,14:1083.影响因子:3.3,JCR分区:Q1区
18.Gang Hu#,Qingling Pang#,Cong Hu,Chaohao Xu,Zhonghua Zhang,Chaofang Zhong*. Beta diversity patterns and determinants among vertical layers of tropical seasonal rainforest in karst peak-cluster depressions. Forests,2024,15(2):365.影响因子:2.4,JCR分区:Q1区
19.Bei Zhang#,Gang Hu#,Chaohao Xu,Cong Hu,Chaofang Zhong,Siyu Chen,Zhonghua Zhang*. Effects of natural vegetation restoration on soil physico-chemical properties in tropical karst areas,southwestern China. Forests,2024,15:1270.影响因子:2.4,JCR分区:Q1区
20.Chaohao Xu,Gang Hu,Zhonghua Zhang,Chaofang Zhong. Ecological stoichiometric characteristics of the mangrove ecosystem in Beibu Gulf,China. Applied Ecology and Environmental Research,2024,22(3):1971-1981.影响因子:0.7,JCR分区:Q4区
21.Chaofang Zhong,Gang Hu,Cong Hu,Chaohao Xu,Zhonghua Zhang*,Kang Ning*. Comparative genomics analysis reveals genetic characteristics and nitrogen fixation profile of Bradyrhizobium. iScience,2024,27(2):108948.影响因子:4.6,JCR分区:Q1区,ESI高被引论文
22.Hu Cong#,Zhang Zhonghua#,Zhong Chaofang,Hu Gang,Xu Chaohao*. Impact of different land use types on bacterial and fungal communities in a typical karst depression in southwestern China. Forests,2024,15:1299.影响因子:2.4,JCR分区:Q1区
23.Hu Gang#,Hu Cong#,Zhong Chaofang,Xu Chaohao*,Zhang Zhonghua*. Soil enzyme activity and stoichiometry in an Illicium verum plantation chronosequence in southern China. Polish Journal of Environmental Studies,2024,33(2):1-10.影响因子:1.7,JCR分区:Q3区
24.Zhong Chaofang#,Zhang Zhonghua#,Hu Gang,Hu Cong,Xu Chaohao*. Effect of nitrogen addition on soil metabolism of different vegetation succession stages of karst ecosystem in southern China. Applied Ecology and Environmental Research,2024,22(5):4173-4184.影响因子:0.7,JCR分区:Q4区
25.Fu Ruiyu,Dai Licong,Zhang Zhonghua,Hu Gang*. Community assembly along a successional chronosequence in the northern tropical karst mountains,South China. Plant and Soil,2023,491:317–331.影响因子:4.9,JCR分区:Q1区
26.Zhang Bei#,Xu Chaohao#,Zhang Zhonghua,Hu Cong,He Yeyong,Huang Kuaikuai,Pang Qingling,Hu Gang*. Response of soil organic carbon and its fractions to natural vegetation restoration in a tropical karst area,southwest China. Frontiers in Forests and GlobalChange,2023,6:1172062.影响因子:3.0,JCR分区:Q2区,
27.Hu Gang#,Zhang Zhonghua#,Li Lei*. Responses of carbon,nitrogen,and phosphorus contents and stoichiometry in soil and fine roots to natural vegetation restoration in a tropical mountainous area,Southern China. Frontiers in Plant Science,2023,14:1181365.影响因子:4.1,JCR分区:Q1区
28.Hu Gang#,Zhang Zhonghua#,Wu Hongping,Li Lei*. Factors influencing the distribution of woody plants in tropical karst hills,south China. PeerJ,2023,11:e16331.影响因子:2.3,JCR分区:Q2区
29.Xu Chaohao,Hu Cong,Zhang Zhonghua,Peng Xingbin,Hu Gang*. Ecological stoichiometric characteristics of leaf,litter,and soil in Eucalyptus plantations with different ages in subtropical,south China. Applied Ecology and Environmental Research,2023,21(4):3755-3765.影响因子:0.7,JCR分区:Q4区
30.Hu Cong,Wei Feng,Zhang Zhonghua,Xu Chaohao,Zhong Chaofang,Hu Gang*. Study on composition and floristic elements of aquatic plants in karst wetland,south China. Applied Ecology and Environmental Research,2023,21(5):4255-4267.影响因子:0.7,JCR分区:Q4区
31.Hu Cong,Xu Chaohao,Hu Gang,Zhang Zhonghua,Li Feng*,Xie Yonghong*. Effect of water level and submergence time on leaf growth,stoichiometry and homeostasis of Carex brevicuspis. Applied Ecology and Environmental Research,2023,21(1):623-635.影响因子:0.7
32.Zhong Chaofang,Qu Binpeng,Hu Gang*,Ning Kang*. Pan-genome analysis of campylobacter:insights on the genomic diversity and virulence profile. Microbiology Spectrum,2022,10(5):e01029-22.影响因子:3.7,JCR分区:Q2区
33.Hu Cong#,Hu Gang#,Xu Chaohao,Li Feng,Zhang Zhonghua. Soil physical and chemical properties effect the soil microbial carbon,nitrogen,and phosphorus stoichiometry in a mangrove forest,south China. Applied Ecology and Environmental Research,2022,20(5):4377-4389.影响因子:0.7,JCR分区:Q4区
34.Hu Gang,Hu Cong,Peng Xinbing,Lu Shaoluan,Zhang Zhonghua*. Complete chloroplast genome of a semi-mangrove plant Hibiscus tiliaceus(Malvaceae). Mitochondrial DNA Part B,2021,6(7):1904-1905.影响因子:0.7,JCR分区:Q4区
35.Wang Junli,Zhang Zhonghua,Hu Cong,Fu Ruiyu,Hu Gang*. Plant allelopathy research and development:60 years(1960-2019). Allelopathy Journal,2021,52(2):163-179.影响因子:1.2,JCR分区:Q3区
36.Yan Yan,Qin Jinhua,Li Caixia,Huang Yuqing,Hu Gang*,Hu Baoqing*. Plant diversity of typical karst region based on remote sensing and ground data. Journal of Environmental Protection and Ecology,2021,22(6):2345–2352.影响因子:0.5,JCR分区:Q4区
37.Hu Gang,Wu Hongping,Zhang Zhonghua,Li Lei*. Complete chloroplast genome of Baccaurea ramiflora(Phyllanthaceae),a promising underutilized species. Mitochondrial DNA Part B,2021,6(12):3362-3363.影响因子:0.7,JCR分区:Q4区
38.Liu Libin,Ni Jian*,Zhong Qiaolian,Hu Gang,Zhang Zonghua. High mortality and low net change in live woody biomass of karst evergreen and deciduous broad-leaved mixed forest in southwestern China. Forests,2018,9(5):263.影响因子:2.4,JCR分区:Q1区
39.Hu Gang,Zhang Zhonghua,Yang Ping,et al. Development of microsatellite markers in Garcinia paucinervis(Clusiaceae),an endangered species of karst habitats. Applications in Plant Sciences,2017,5(1):1600131.影响因子:2.4,JCR分区:Q2区
40.Ni Jian*,Luo Donghui,Xia Jing,Zhang Zhonghua,Hu Gang. Vegetation in karst terrain of southwestern China allocates more biomass to roots. Solid Earth,2015,6:1–12. JCR分区:Q2区
(二)专著与教材
·胡刚,张忠华,李蕾.《广西弄岗喀斯特植被恢复过程中植物、凋落物和土壤的生态化学计量特征研究》.西南大学出版社,2024。
·胡刚,张忠华,胡聪,等.《植物学野外实习指导》.科学出版社,2024。
·张忠华,胡刚,徐超昊,等.《生态学实验教程》.科学出版社,2024。
·梁士楚,胡刚,张忠华,等.《桂林岩溶石山常见木本植物生态学研究》.科学出版社,2018。
·宋书巧,杨剑,胡刚.《西江》.接力出版社,2018。
·胡宝清,毕燕,胡刚,杨剑,张建兵.《中国资源通典.广西卷》.内蒙古教育出版社,2018.(副主编)
·胡宝清等.《北部湾科学数据共享平台构建与决策支持》.科学出版社,2016.(参编)
·梁士楚,李铭红.《生态学》.华中科技大学出版社,2015.(参编)
·胡宝清等.《喀斯特人地系统研究》.科学出版社,2014.(参编)
(三)科研项目
·北热带喀斯特植被恢复过程中植物、凋落物和土壤的生态化学计量特征及其影响因素,广西自然科学基金,项目编号:2021GXNSFAA196024,面上项目,2021年10月-2024年9月,负责人,项目经费:10万,参与人数:6,本人排名:1
·基于生态化学计量学的北部湾红树林生态系统退化过程与驱动机制研究,国家自然科学基金,项目编号:31560136,地区项目,2016年01月-2019年12月,负责人,项目经费:36万,参与人数:7,本人排名:1
·生态质量样地监测服务,广西壮族自治区生态环境监测中心委托项目,项目编号:GXZC2023-C3-001544-JHGL,横向委托项目,2023年01月-2024年12月,负责人,项目经费:61.8万,参与人数:6,本人排名:1
·不同林龄桉树人工林植物多样性与生态系统碳储量的变化格局及其驱动因素研究,南宁桉树森林生态系统广西野外科学观测研究站开放课题,项目编号:NES-2023KF02,开放课题项目,2023年01月-2024年12月,负责人,项目经费:5万,参与人数:5,本人排名:1
·广西草原资源调查监测项目,广西国土资源规划院委托项目,项目编号:无,横向委托项目,2019年01月-2019年12月,负责人,项目经费:9.8万,参与人数:4,本人排名:1
·广西南宁五象新区生态专项调查及报告编写,广西南宁五象新区规划建设管理委员会委托项目,项目编号:无,横向委托项目,2017年01月-2017年12月,负责人,项目经费:10万,参与人数:4,本人排名:1
·《广西宾阳八仙岩国家石漠公园动植物资源科考报告》的编制,国家林业和草原局中南调查规划院委托项目,项目编号:无,横向委托项目,2017年01月-2017年12月,负责人,项目经费:6万,参与人数:6,本人排名:1
·《上林县马里村中药材和水果资源调查与发展评估报告》的编制,南宁市勘察测绘地理信息院委托项目,项目编号:无,横向委托项目,2018年01月-2018年12月,负责人,项目经费:12万,参与人数:6,本人排名:1
·天龙山固定样地植物群落学与土壤学定位监测,中科院普定生态系统定位站建设项目,项目编号:无,2012年01月-2012年12月,负责人,项目经费:12万,参与人数:7,本人排名:1
·河池市天峨县中药资源普查,广西中医药研究院委托项目,项目编号:无,横向委托项目,2012年01月-2012年12月,负责人,项目经费:18万,参与人数:9,本人排名:1
·广西生态保护红线管理办法(暂行)编制,广西壮族自治区环境保护科学研究院委托项目,项目编号:无,横向委托项目,2015年01月-2015年12月,核心参与人,项目经费:20万,参与人数:5,本人排名:2
·西南喀斯特森林树木多样性的地理分异规律及其形成机制研究,国家自然科学基金,项目编号:31960275,地区项目,2020年01月-2023年12月,核心参与人,项目经费:40万,参与人数:9,本人排名:2
·中国喀斯特森林群落系统发育多样性的纬度梯度格局及其形成机制研究,国家自然科学基金,项目编号:31560132,地区项目,2016年01月-2019年12月,核心参与人,项目经费:40万,参与人数:7,本人排名:2
·基于功能性状的喀斯特植物群落构建机制研究,国家自然科学基金,项目编号:31300351,青年科学基金项目,2014年01月-2016年12月,核心参与人,项目经费:23万,参与人数:6,本人排名:2
·西南喀斯特森林系统发育多样性的纬度梯度格局及其形成机理研究,广西自然科学基金,项目编号:2015GXNSFAA139086,面上项目,2015年04月-2018年08月,核心参与人,项目经费:5万,参与人数:6,本人排名:2
(四)获奖与荣誉
·全国高被引学者TOP5%(生态学),中国知网(CNKI),2025年12月
·中国知网高被引学者TOP5%(生态学),中国知网(CNKI),2025年01月
·International Young Scientist Award(国际青年科学家奖),ScienceFather等国际学术组织,2024年08月
·广西科学技术进步奖,广西壮族自治区人民政府,2023年05月,等级:二等奖,本人贡献:第三完成人
·高等学校科学研究优秀成果奖(自然科学奖),中华人民共和国教育部,2020年12月,等级:一等奖,本人贡献:第十三完成人
五、社会兼职
·Soil Science and Environment,青年编委,2024年至今,审稿领域:土壤生态学方向
·亚热带植物科学,青年编委,2024年至今,审稿领域:植物生态学方向
六、其他信息
(一)学术交流:访学经历:加拿大阿尔伯塔大学(University of Alberta)访问学者,2010年2-5月
(二)学术报告:邀请报告:广西植物多样性保护暨中国植物红皮书研讨会,主题:西南喀斯特森林的植物多样性格局:纬度与海拔的影响,2025年5月,南宁
(三)学术报告:邀请报告:第七届青年地学论坛,主题:北热带喀斯特植被恢复过程中植物多样性的变化格局与群落构建过程,2021年7月,贵阳