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Pedobiologia

IF2.2
论文数29
被引数2696
期刊论文 30
发表时间
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Seasonal variation in arbuscular mycorrhizal fungal diversity and abundance among adjacent forest and agricultural systems相邻森林和农业系统中丛枝菌根真菌多样性和丰度的季节性变化
deletePedobiologia
IF2.2
delete2026-06-01
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deleteMohammed, Reham; Glen, Morag; Swarts, Nigel; Ratkowsky, David; Barry, Kara
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Patterns of taxonomic and functional diversity of Diplopoda and Chilopoda in land use systems土地利用系统中倍足纲和唇足纲的分类多样性与功能多样性模式
deletePedobiologia
IF2.2
delete2026-03-01
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PREAI
deletePereira, Barbara De Albuquerque; Ilha, Cristiano; Brescovit, Antonio Domingos; Iniesta, Luiz Felipe Moretti; Bouzan, Rodrigo Salvador; De Oliveira Filho, Luis Carlos Iunes; Baretta, Dilmar; Chagas Jr, Amazonas; Rezende, Renan De Souza; Baretta, Carolina Riviera Duarte Maluche
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Effects of arbuscular mycorrhizal tree dominance and soil depth on microbial biomass and soil organic carbon fractions in a subtropical forest across the wet and dry seasons丛枝菌根树种优势度及土壤深度对亚热带森林微生物生物量及土壤有机碳组分的影响（旱季与雨季）
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IF2.2
delete2026-03-01
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deleteChen, Xiaoyu; Qiu, Yiting; Hong, Zijia; Wen, Shulei; Xu, Chunming; Zhou, Feihua; Jin, Shengsheng; Yang, Liuming; Zheng, Yong
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Effects of freeze-thaw cycle on soil greenhouse gas emissions depend on freezing duration: A meta-analysis冻融循环对土壤温室气体排放的影响取决于冻结持续时间：一项荟萃分析
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IF2.2
delete2026-03-01
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deleteWang, Ying; Zhang, Haining; Yin, Liming; Ding, Junxia; Liu, Ruiqiang; He, Yanghui; Zhou, Xuhui
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Forest conversion alters taxonomic and functional diversity of oribatid mite communities through shifts in environmental conditions in Taita Hills, Kenya在肯尼亚泰塔丘陵地区，森林转变为其他用途通过改变环境条件来影响土甲螨群落的分类和功能多样性
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IF2.2
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deleteKamesa, Stephen K.; Kioko, Esther N.; Chen, Yannan; Chen, Jun
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Effects of multi-level warming on soil nematodes and microarthropods in tundra heath mesocosms多水平增温对苔原灌丛中土壤线虫和微型节肢动物的影响
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deleteTanigawa, Kohsuke; Lemoine, Mika; Pradana, Floretta Setia; Jamtgard, Sandra; Classen, Aimee T.; Wardle, David A.; Kardol, Paul
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Diversity, abundance and stable isotope composition of winged Diptera (Insecta) emerging from temperate forest soil温带森林土壤中羽翼双翅目昆虫（昆虫纲）的多样性、丰度及稳定同位素组成
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IF2.2
delete2026-02-01
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deleteVinogradov, Dmitry D.; Krivosheina, Marina G.; Sotnikov, Ivan, V; Tsurikov, Sergey M.; Zuev, Andrey G.; Rozanova, Oksana L.; Tiunov, Alexei, V
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Tree species richness and identity influence the abundance of excysted soil ciliates in young forest plantations树种丰富度和身份影响幼年森林种植园中土壤纤毛虫的丰度
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deleteKanold, Eric; Buchkowski, Robert W.; Parker, William C.; Searle, Eric B.; Messier, Christian; Barreto, Carlos
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Extracellular enzyme activities under adaptive multi-paddock and conventional grazing in grassland soils of western Canada加拿大西部草原土壤中适应性与传统轮牧下的胞外酶活性
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deleteKaliaskar, Dauren; Bork, Edward W.; Carlyle, Cameron N.; Shrestha, Bharat M.; Dobert, Timm F.; Gross, Cole D.; Khatri-Chhetri, Upama; Boyce, Mark S.; Chang, Scott X.
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Wildfire-induced changes in soil invertebrate communities and their link to litter decomposition in a high-elevation temperate forest火灾对高海拔温带森林土壤无脊椎动物群落的影响及其与凋落物分解的关联
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deleteCifuentes-Croquevielle, C.; Machuca, F.; Barahona-Segovia, R. M.; Matus, F.; Zuniga-Feest, A.
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Soil depth mediates contrasting effects of nitrogen and phosphorus inputs on microbial carbon use efficiency in a subtropical forest土壤深度调节了氮和磷输入对亚热带森林微生物碳利用效率的相反影响
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deleteZhang, Lige; Liu, Zi-Kai; Chang, Yuhai; Jin, Shengsheng; Di, Hongjie; Shen, Ju-Pei
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Hidden collembolan forest habitat: Specificity and species diversity of Collembola communities on fallen branches隐藏的弹尾虫森林栖息地： fallen branches 上弹尾虫群落的特异性和物种多样性
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IF2.2
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deleteKasai, Hiro; Sawahata, Takuo
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Divergent responses of soil bacterial and fungal biomass carbon and phosphorus (P) to a P addition gradient土壤细菌和真菌生物量碳及磷(P)对磷添加梯度的不同响应
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deleteQiu, Yue; Ji, Wei; Chen, Sibei; Li, Guitong; Lin, Qimei; Zhao, Xiaorong; Fenton, Owen; Chen, Hao
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Introducing tree species of Schima superba and Liquidambar formosana enhances soil carbon sequestration by alleviating microbial phosphorus limitation and modulating microbial metabolism in degraded pine forests沈思倩; 刘佳乐; 姜宇萌; 陆雨萌; 邓 超; 王 煜; 谢建石. 引入木荷和枫香树种可增强退化松林土壤碳固持，通过缓解微生物磷限制和调节微生物代谢. Pedobiologia 2026, 114, 151114. [Google Scholar] [CrossRef]
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deleteShen, Shuqi; Liu, Jueling; Jiang, Yongmeng; Lu, Yuming; Deng, Cui; Wang, Man; Xie, Jinsheng
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Nutrient limitations revealed by enzyme stoichiometry in soil microbial metabolism across elevational gradients of a subtropical montane ecosystem通过酶计量学揭示亚热带山地生态系统海拔梯度土壤微生物代谢中的养分限制
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deleteWei, Taotao; Zhong, Shengen; Zhang, Huiguang; Zhang, Yirong; Tang, Xinghao; Yang, Furong; Guo, Jianing; Qian, Xin
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Putting the Ped into Pedobiologia -- A call to a new generation of soil ecologists赋予Pedobiologia以“Ped”——致新一代土壤生态学家的号召
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IF2.2
delete2025-12-01
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deleteColeman, Dave; Lindo, Zoe
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Soil carbon and fungal functional group dynamics in forest-savanna transitions土壤碳和真菌功能群动态在森林-稀树草原过渡带
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IF2.2
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deletePrimka, Edward J.; Duell, Eric B.; Zou, Chris B.; Wilson, Gail W. T.
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Determinants of rhizosphere community structure: The role of root traits and soil properties in coniferous plantations根际群落结构的影响因素：根性状和土壤特性在针叶林人工林中的作用
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deleteKitagami, Yudai; Makita, Naoki
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Elevation-dependent vulnerability of soil carbon pools to warming in a subtropical forest: Insights from a translocation experiment亚热带森林土壤碳库对升温的依赖性高度脆弱性：来自移植实验的见解
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deleteHou, Pengyi; Deng, Cui; Lyu, Maokui; Jiang, Yongmeng; Lu, Yuming; Xie, Jinsheng
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Global synthesis reveals that climate and soil substrate shape microbial necromass carbon in forest soils全球综合分析表明，气候和土壤基质塑造了森林土壤中的微生物残体碳。
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deleteWang, Shijia; Peng, Xia; Su, Jian; Tu, Lihua
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