Effects of Micro-Topography on Soil Nutrients and Plant Diversity of Artificial Shrub Forest in the Mu Us Sandy Land. [PDF]
Zhao K +10 more
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Beyond retreat: Land-seascape legacies of change and continuation. [PDF]
Hanna C, White I, Cretney R, Wallace P.
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Insights into Biological and Ecological Features of Four Rare and Endemic Plants from the Northern Tian Shan (Kazakhstan). [PDF]
Sadyrova G +9 more
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Neglect of restoration zones in land use planning is evident from soil erodibility in the downstream of the Hirmand watershed. [PDF]
Barichi Z, Erfani M, Ebrahimi M.
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Population Genomics and Genetic Diversity of <i>Prosopis cineraria</i> in the United Arab Emirates: Insights for Conservation in Arid Ecosystems. [PDF]
Gkanogiannis A +6 more
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Ecosystem technology (ecotech): Harnessing natural processes to address global challenges. [PDF]
Silliman BR +41 more
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Interspecific Competition and Intraspecific Facilitation Shape Coastal Dune Shrub Responses to Experimental Drought. [PDF]
Zunzunegui M +4 more
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Response of Soil Fungal Community to Reforestation on Shifting Sand Dune in the Horqin Sandy Land, Northeast China. [PDF]
Cao C, Zhang Y, Cui Z.
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Positive soil responses to different vegetation restoration measures in desert photovoltaic power stations. [PDF]
Meng R +5 more
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Fertilization and plant diversity accelerate primary succession and restoration of dune communities
Plant Ecology, 2013Plant species richness can increase primary production because plants occupy different niches or facilitate each other (“complementarity effects”) or because diverse mixtures have a greater chance of having more productive species (“selection effects”). To determine how complementarity and selection influence dune restoration, we established four types
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