Health sequence analysis of a plant community in the sand-accumulation belt along the oasis fringe in Minqin, China

With desert control effort in more than 60 years in Hexi Corridor of Gansu Province,sand-accumulation belts have taken into form along the oasis fringe. Among which,the sand-accumulation belt at the fringe of Minqin oasis is relatively typical and complete. The vegetation on the sand-accumulation be...

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Veröffentlicht in:Sheng tai xue bao 2019, Vol.39 (1), p.302
Hauptverfasser: Chang, Zhaofeng, Zhu, Shujuan, Duan, Xiaofeng, Zhao, Peng, Zhang, Jianhui, Ding, Aiqiang
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container_issue 1
container_start_page 302
container_title Sheng tai xue bao
container_volume 39
creator Chang, Zhaofeng
Zhu, Shujuan
Duan, Xiaofeng
Zhao, Peng
Zhang, Jianhui
Ding, Aiqiang
description With desert control effort in more than 60 years in Hexi Corridor of Gansu Province,sand-accumulation belts have taken into form along the oasis fringe. Among which,the sand-accumulation belt at the fringe of Minqin oasis is relatively typical and complete. The vegetation on the sand-accumulation belts is the important factor not only for the formation,but also for the stability maintaining of the belts. To some sense,the healthy vegetation on the belts is decisive to the stability of the belts. To analyze the healthy status of the vegetation on the sand-accumulation belt,we designed 11equal-interval sample lines on the belt along the fringe of Minqin oasis. Vegetation on more than 60 plots was investigated and the healthy sequence of plant communities was analyzed. The result showed that the vegetation on the sand-accumulation belt at the fringe of Minqin Oasis was generally unhealthy. However,the vegetation on the belt with artificial sand-fixation was healthier than that on the belt with natural shrub nebkhas,and the vegetation on the belt with mixed arbor and shrub is the least healthy. The dominant species on the sand-accumulation belt downstream Minqin Oasis,Tamarix laxa,was dead or seriously unhealthy. This means that the sand-accumulation belt is under potential risk of wind erosion and activation. As farmland has been abandoned,efforts should be made to protect the farmland windbreak and the sand-accumulation belts.
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The dominant species on the sand-accumulation belt downstream Minqin Oasis,Tamarix laxa,was dead or seriously unhealthy. This means that the sand-accumulation belt is under potential risk of wind erosion and activation. 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The dominant species on the sand-accumulation belt downstream Minqin Oasis,Tamarix laxa,was dead or seriously unhealthy. This means that the sand-accumulation belt is under potential risk of wind erosion and activation. As farmland has been abandoned,efforts should be made to protect the farmland windbreak and the sand-accumulation belts.</abstract><cop>Beijing</cop><pub>Science Press</pub><doi>10.5846/stxb201710291935</doi></addata></record>
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subjects Accumulation
Agricultural land
Belts
Desert environments
Deserts
Dominant species
Plant communities
Plant populations
Sand
Stability analysis
Vegetation
Wind erosion
Windbreaks
title Health sequence analysis of a plant community in the sand-accumulation belt along the oasis fringe in Minqin, China
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