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Environmental perturbation, grazing pressure and soil wetness jointly drive mountain tundra toward divergent alternative states

机译：环境扰动，放牧压力和土壤湿度共同驱动山苔原朝向不同的替代国家

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Patrick Saccone; Tuija Pyykkonen; Anu Eskelinen; Risto Virtanen;
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1. Environmental perturbation, grazing pressure and soil wetness jointly drive mountain tundra toward divergent alternative states [J] . Saccone Patrick, Pyykkonen Tuija, Eskelinen Anu, The Journal of Ecology . 2014,第6期

机译：环境扰动，放牧压力和土壤湿度共同驱使寒带苔原朝着不同的替代状态发展
2. The influence of grazing and other environmental factors on lichen community structure along an alpine tundra ridge in the uinta mountains, Utah, USA [J] . Clair LLS, Johansen JR, Clair SBS, Arctic, antarctic, and alpine research . 2007,第4期

机译：放牧和其他环境因素对美国犹他州艾因塔山高山苔原脊上地衣群落结构的影响
3. Defoliation and Soil Compaction Jointly Drive Large-Herbivore Grazing Effects on Plants and Soil Arthropods on Clay Soil [J] . van Klink R., Schrama M., Nolte S., Ecosystems . 2015,第4期

机译：落叶和土壤压实共同驱动大草食动物对粘土和土壤节肢动物的放牧作用
4. Seasonal Surface and Soil Water Storage Dynamics in Wet Polygonal Tundra, Lena River Delta, Northern Siberia [C] . M. Helbig, P. Schreiber, B.R.K. Runkle, International Conference on Permafrost . 2012

机译：湿多角形苔原，Lena河三角洲，北西伯利亚季节性表面和土壤蓄水动力学
5. Spring grazing: A management alternative for Sandhills wet meadows. [D] . Horney, Marc Robert. 1999

机译：春季放牧：沙丘湿地草甸的管理替代方案。
6. Experimental warming of a mountain tundra increases soil CO2 effluxes and enhances CH4 and N2O uptake at Changbai Mountain China [O] . Yumei Zhou, Frank Hagedorn, Chunliang Zhou, -1

机译：对山苔原进行实验性变暖增加了中国长白山的土壤CO2排放并提高了CH4和N2O的吸收
7. Defoliation and Soil Compaction Jointly Drive Large-Herbivore Grazing Effects on Plants and Soil Arthropods on Clay Soil [O] . R. van Klink, M. Schrama, S. Nolte, 2015

机译：落叶和土壤压实共同驱动大草食动物对粘土和土壤节肢动物的放牧作用

Environmental perturbation, grazing pressure and soil wetness jointly drive mountain tundra toward divergent alternative states

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