首页> 外国专利> METHODS OF RIPARIAN GREENSPACE ESTABLISHMENT FOR NAKDONG RIVER WATERSHED THROUGH ECOLOGICAL PLANTING MODEL AND TECHNIQUE

METHODS OF RIPARIAN GREENSPACE ESTABLISHMENT FOR NAKDONG RIVER WATERSHED THROUGH ECOLOGICAL PLANTING MODEL AND TECHNIQUE

机译:通过生态种植模型和技术建立那东江流域的河套绿地方法

摘要

PURPOSE: A method of establishing a riparian green zone around Nakdong river watershed is provided to secure an original function of the riparian green zone reflecting the ecological succession of riparian buffer, and to minimize the managing costs of natural resources after planting. CONSTITUTION: A riparian green zone is established in the protected lowland placed around Nakdong river watershed. Five units of pine tree, three units of ginger tree, three units of Acer pseudosieboldianum, three units of queritron, and two units of Stewartia pseudocamelia are planted per a hundred square meter of a planting area. Three units of pine tree, two units of Carpinus laxiflora Blume, three units of oriental oak, one unit of Fraxinus rhynchophylla Hance, three units of snowbell, and three units of queritron are planted per a hundred square meter of the planting area. Two units of Alnus hirsute, two units of queritron, two units of pine tree, one unit of willow tree, three units of Lindera erythrocarpa makino, three units of snowbell and two units of Cornus controversa are planted per a hundred square meter of the planting area. Two units of Celtis sinensis, two units of Platycaria Strobilacea, two units of queritron, three units of oriental oak, and two units of dentata oak are planted per a hundred square meter of the planting area. Seven units of pine tree, one unit of Quercus mongolica, two units of ginger tree, four units of queritron, three units of snowbell, three units of Lindera erythrocarpa makino, and three units of Acer pseudosieboldianum are planted per a hundred square meter of the planting area. Two units of pine tree, one unit of Carpinus laxiflora Blume, three units of queritron, one unit of Albizia julibrissin Durazz, three units of wild cherry tree, two units of Picrasma quassioides, and two units of Lindera erythrocarpa makino are planted per a hundred square meter of the planting area. Three units of queritron, three units of pine tree, three units of oriental oak, three units of snowbell, and two units of Styrax obassia are planted per a hundred square meter of the planting area. Three units of queritron, one unit of Fraxinus rhynchophylla Hance, three units of Magnolia Sieboldii, three units of Acer pseudosieboldianum, three units of Meliosma oldhamii, and three units of Acer mono Max are planted per a hundred square meter of the planting area. [Reference numerals] (AA) Pine tree(upper layer target species of trees); (BB) Carpinus laxiflora Blume(upper layer target species of trees); (CC) Oriental oak(upper layer target species of trees); (DD) Ash tree(middle layer target species of trees); (EE) Snowbell(middle layer target species of trees); (FF) Quercitron(middle layer target species of trees)
机译:目的:提供一种在那洞河流域周围建立河岸绿地的方法,以确保反映河岸缓冲带生态演替的河岸绿地的原始功能,并最大程度地减少种植后的自然资源管理成本。宪法:在那洞河流域周围的受保护的低地上建立了河岸绿地。每100平方米的种植面积可种植五棵松树,三棵姜树,三棵枫树,三色槲皮素和两棵Stewartia pseudocamelia。每一百平方米的种植面积可种植三棵松树,两棵松果,三棵东方橡树,一棵水曲柳,三只雪铃和三只槲寄生。每一百平方米的种植面积种植了2个单位的长毛Al虫,2个单位的扁豆,2个单位的松树,1个单位的柳树,3个单位的Lindera erythrocarpa makino,3个单位的雪铃和2个单位的山茱con。区。每一百平方米的种植面积种植了两个单位的Celtis sinensis,两个单位的桔梗,两个槲寄生,三个单位的东方橡树和两个单位的齿状橡树。在每100平方米的土地上,种植七棵松树,一棵蒙古栎,两棵姜树,四棵queritron,三棵雪铃,三棵Lindera erythrocarpa makino和三棵Acer pseudosieboldianum。种植面积。每百种植一棵松树,两棵松树,一棵欧洲樟子松,三棵queritron,一棵杜鹃花杜拉兹,三棵野樱桃树,两棵拟青皮草和两棵Lindera erythrocarpa makino。种植面积平方米。每100平方米的种植面积可种植3个单位的扁豆,3个单位的松树,3个单位的东方橡树,3个单位的雪铃和2个单位的欧风菊。每100平方米的种植面积种植了3个单位的queritron,1个单位的Fraxinus rhynchophylphylla Hance,3个单位的玉兰,3个单位的Acer pseudosieboldianum,3个单位的Meliosma oldhamii和3个单位的Acer monomax。 [附图标记](AA)松树(上层目标树种); (BB)Carpinus laxiflora Blume(树的上层目标物种); (CC)东方橡树(上层目标树种); (DD)灰树(树木的中层目标树种); (EE)Snowbell(中层目标树种); (FF)Quercitron(树木的中层目标物种)

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