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《Journal of Glaciology and Geocryology》 2012-06
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Evaluation of the Adaptability of Artemisia ordosica Cultivated in Lanzhou's North and South Hills

SUN Hong-yi1,ZHONG Fang2,LI Fang1,DONG Hai-tao1(1.Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences,Lanzhou Gansu 730000, China,2.Headquarters of Lanzhou South-North Mountains Afforestation,Lanzhou Gansu 730046,China)  
In this article,systematic sampling methods are used to analyze the growth condition of Artemisia ordosica cultivated in red sand soil and the sierozem in Lanzhou North-South Hills.It is found that A.ordosica has an extensive adaptability to the barren and non-suitable for afforestation soil in Lanzhou North-South hills: The A.ordosica with three-year growth period is able to cultivate in the red sandy soil.In the horizontal ditch,A.ordosica stalk mainly reaches 5~10 mm,with height of 100-160 cm,average coverage of more than 90%,and density of 17 trees per square meter;In the artificial slope over 60°,A.ordosica stalk mainly reaches 0~5 mm,with height of 80~100 cm,average coverage of 80%,and density of 30 trees per square meter;In the original slope over 60°,A.ordosica stalk mainly reaches 0~5 mm,with height of 20~40 cm,average coverage of 80%,and density of 25 trees per square meter;In the untamped backfill terrace with collapse and slope of 45°,A.ordosica stalk mainly reaches 5~10 mm,with height of 60~80 cm,average coverage of 60%,and density of 43 trees per square meter;The A.ordosica with five-year growth period is able to cultivate in the artificial sierozem slopes of 60°.Its stalk is 4 mm in the uphill and 25 mm in the downhill and mostly in the slope surface reaches 4~9 mm.The A.ordosica height mostly reaches 40~80 cm,with average coverage of 40% and density of 16 trees per square meter in the uphill,but with average coverage of 48% and density of 12 trees per square meter in the downhill.The A.ordosica in the afforestation of Lanzhou North-South Hills has the characteristics that large coverage with big crown and small bulk density,but low coverage with little crown and large bulk density,dependent on soil moisture.
【Fund】: 中国科学院院地合作项目“雨养地区陡削坡面灌草植被恢复技术试验示范研究”;; 中国科学院科研装备研制项目(2011-198);; 国家科技支撑计划项目(2011BAC07B04)资助
【CateGory Index】: X820
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