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公开(公告)号：KR101326755B1
公开(公告)日：2013-11-08
申请号：KR1020110061784
申请日：2011-06-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
Abstract: 본 발명은 자연수변림의 생태 천이를 반영하여 수변녹지 본연의 기능을 확보하고, 식재 후 자연관리에 의한 관리비용을 최소화할 수 있는 한강유역권 수변녹지의 구축방법에 관한 것으로, 수변녹지 본연의 기능을 확보하고, 식재 후 자연관리에 의한 관리비용을 최소화할 수 있다.
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公开(公告)号：KR101326746B1
公开(公告)日：2013-11-08
申请号：KR1020110061787
申请日：2011-06-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
Abstract: 본 발명은 자연수변림의 생태 천이를 반영하여 수변녹지 본연의 기능을 확보하고, 식재 후 자연관리에 의한 관리비용을 최소화할 수 있는 섬진ㆍ영산강유역권 수변녹지의 구축방법에 관한 것으로, 수변녹지 본연의 기능을 확보하고, 식재 후 자연관리에 의한 관리비용을 최소화할 수 있다.
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公开(公告)号：KR1020130000954A
公开(公告)日：2013-01-03
申请号：KR1020110061784
申请日：2011-06-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
Abstract: PURPOSE: A method of constructing a riparian green zone around Han river watershed using ecology planting model and technique is provided to decide a species composition and the density of planting appropriate for a growth environment, and directly establish an ecological plant assembled with multilayer planting. CONSTITUTION: A riparian green zone is established in the protected lowland around Han river watershed. Two units of pine tree, two units of queritron, two units of ash tree, three units of Styrax obssia, three units of Quercus mongolica, two units of Carpinus laxiflora Blume, two units of Tila mandshurica, and two units of wild mulberry tree are planted per a hundred square meter of a planting area. Two units of the pine tree, one unit of Populus Maximowiczii, one unit of wild pear tree, one unit of ginger tree, two units of Acer trifluorum, two units of Styrax obassia, and two units of ash tree are planted per a hundred square meter of the planting area. Four units of queritron, three units of oriental oak, one unit of wild cherry tree, four units of ash tree, three units of Styrax obassia, four units of wild pear tree, and four units of Syringareticulata var.mand shurica. Hara are planted per a hundred square meter of the planting area. Three units of pine tree, two units of queritron, one unit of ash tree, two units of Styrax obassia, two units of Carpinus, two units of white oak, and two units of snowbell are planted per a hundred square meter of the planting area. Two units of pine tree, two units of zelkova, one unit of Carpinus, two units of snowbell, and one unit of Cornus walteri are planted per a hundred square meter of the planting area. Two units of Quercus mongolica, two units of ash tree, two units of Fraxinus mandshurica, one unit of elm tree, one unit of willow tree, three units of Amur maple, three units of Maakia amurensis, and three units of Magnolia Sieboldii are planted per a hundred square meter of the planting area. Two units of queritron, two units of elm tree, two units of Carpinus, one tree of oriental oak, two units of Acer pseudosieboldianum, and two units of Styrax obassia are planted per a hundred square meter of the planting area. Three units of Amur maple, two units of ash tree, two units of Styrax obassia, two units of Maakia amurensis, four units of Acer pseudosieboldianum, and three units of Pyrus pyrifolia are planted per a hundred square meter of the planting area. Three units of Amur maple, three units of willow tree, one unit of Cornus controversa, two units of Malus baccata Borkh, two units of wild mulberry tree, and one unit of Prunus persica batsch var. davidiana Max are planted per a hundred square meter of the planting area. Two units of wild-walnut tree, two units of ash tree, three units of wild mulberry tree, two units of Acer mono Max, two units of elm tree, two units of Quercus mongolica, and two units of Magnolia Sieboldii are planted per a hundred square meter of the planting area. Three units of pine tree, three units of Carpinus laxiflora Blume, one unit of white oak, two units of Acer pseudosieboldianum, and one unit of Magnolia Sieboldii Quercus mongolica are planted per a hundred square meter of the planting area.. [Reference numerals] (AA) Quercus mongolica(upper layer target species of trees); (BB) Ash tree(upper layer target species of trees); (CC) Fraxinus mandshurica(upper layer target species of trees); (DD) Elm tree(upper layer target species of trees); (EE) Willow tree(upper layer target species of trees); (FF) Amur maple(middle layer target species of trees); (GG) Maackia amurensis(middle layer target species of trees); (HH) Magnolia Sieboldii(middle layer target species of trees)
Abstract translation: 目的：利用生态植物模式和技术，在汉江流域周边构建河岸绿地，以适应生长环境的物种组成和种植密度为依托，直接建立了多层植被组合的生态植物。 构成：汉江流域周边受保护的低地建立了沿岸绿地。 两棵单位的松树，两个单位的雪橇，两个单位的灰树，三个单位的Styrax obssia，三个单位的栎属蒙古，两个单位的Carpinus laxiflora Blume，两个单位的Tila mandshurica和两个单位的野生桑树 种植面积每百平方米种植面积。 一百平方米种植两棵松树，一株杨树，一棵野梨，一棵姜树，两个单位的Acer trifluorum，两个单位的Styrax obassia，两个单位的灰树 米的种植面积。 四个单位的五音节，三个单位的东方橡树，一个单位的野樱桃树，四个单位的灰树，三个单位的Styrax obassia，四个单位的野梨树和四个单位的Syringareticulata var.mand shurica。 每一百平方米的种植面积种植了原木。 种植面积为100平方米，种植了三棵松树，两棵单位的灰树，两个单位的Styrax obassia，两个单位的Carpinus，两个单位的白橡木和两个单位的雪球 。 种植面积为100平方米，种植两棵松树，两个单位的zelkova，一个单位的Carpinus，两个单位的雪球，一个单位的Cornus walteri。 栎树两棵，灰树两个单位，榆树两个单位，榆树一个单位，柳树一个单位，阿穆尔枫三个单位，马蹄莲三个单位，三木单位种植木兰 每百平方米的种植面积。 种植面积为100平方米，种植了两台单位的榆树，两棵甘菊，一棵东方橡树，两个单位的宏碁伪橄榄，两个单位的麝香草。 种植面积为100平方米，种植了三个单位的阿穆尔枫树，两个单位的灰树，两个单位的Styrax obassia，两个单位的Maakia amurensis，四个单位的Acer pseudosieboldianum和三个单位的Pyrus pyrifolia。 三个单位的阿穆尔枫树，三个单位的柳树，一个单位的萸虫争议，两个单位的马鲁斯baccata博尔奇，两个单位的野生桑树，和一个单位的李子persica batsch变种。 davidiana Max种植面积为每百平方米种植面积。 每单位野生核桃树，两棵单位的灰树，三个单位的野生桑树，两个单位的宏碁单一马克斯，两个单位的榆树，两个单位的栎树蒙古，两个单位的木兰Sieboldii种植在 百平方米的种植面积。 种植面积为百平方米，种植了三棵松树，三棵甘蓝，三棵单位的白橡木，两个单位的宏碁伪橄榄，一株玉兰ie栎， （AA）栎木（上层目标树种）; （BB）灰树（上层目标树种）; （CC）Fraxinus mandshurica（上层目标树种）; （DD）榆树（上层目标树种）; （EE）柳树（上层目标树种）; （FF）阿穆尔枫树（中层目标树种）; （GG）Maackia amurensis（中层目标树种）; （HH）木兰Sieboldii（中层目标树种）
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4.发明公开생태식재 모델 및 기법을 이용한 섬진ㆍ영산강유역권 수변녹지 구축방법 有权SE OF OF AN AN IN UE UE UE UE UE UE UE UE UE UE UE UE UE UE UE UE UE UE UE UE
公开(公告)号：KR1020130000957A
公开(公告)日：2013-01-03
申请号：KR1020110061787
申请日：2011-06-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
Abstract: PURPOSE: A method of establishing a riparian green zone around Youngsan 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 cost of natural resources after planting. CONSTITUTION: A riparian green zone is established in the protected lowland placed around Youngsan river watershed. Three units of pine tree, four units of queritron, five units of Sapium japonicum, two units of Quercus acutissima Carruth, two units of Albizia julibrissin Durazz, two units of Neolitsea sericea, and two units of snowbell are planted per a hundred square meter of a planting area. Three units of pine tree, two units of Platycaria Strobilacea, two units of the queritron, two units of Meliosma myriantha, one unit of Oriental cherry tree, and one unit of white oak are planted per a hundred square meter of the planting area. Three units of pine tree, two units of Carpinus laxiflora Blume, three units of queritron, two units of snowbell, two units of Sapium japonicum, one unit of snowbell, three units of Ilex macropoda Miquel, and two units of Stewartia pseudocamelia are planted per a hundred square meter of the planting area. Two units of pine tree, two units of oriental oak, two units of Carpinus laxiflora Blume, one unit of Oriental cherry tree, one unit of Albizia julibrissin Durazz, two units of Sapium japonicum, and one unit of snowbell are planted per a hundred square meter of the planting area. Three units of zelkova, two units of queritron, one unit of Carpinus laxiflora Blume, two units of Fraxinus sieboldiana, four units of snowbell, two units of Euonymus sachalinesis, two units of Acer mono Max, and two units of Meliosma myriantha are planted per a hundred square meter of the planting area. Two units of Celtis sinensis, one unit of Acer mono Max, two units of Acer pseudosieboldianum, one unit of Fraxinus rhynchophylla Hance, two unit of Sapium japonicum, one unit of Cornus walteri, one unit of Lindera erythrocarpa makino, four units of Fraxinus rhynchophylla Hance, two units of snowbell, two units of Carpinus cordata Blume, and one unit of Styrax obassia are planted per a hundred square meter of the planting area. Seven units of pine tree, two units of Platycaria Strobilacea, two units of snowbell, three units of Carpinus laxiflora Blume, three units of zelkova, and two units of Quercus acutissima Carruth are planted per a hundred square meter of the planting area. Two units of pine tree, one unit of Quercus acutissima Carruth, one unit of queritron, two units of white oak, two units of snowbell, two units of Acer pseudosieboldianum, and one unit of Meliosma oldhamii are planted per a hundred square meter of the planting area. Three units of oriental oak, three units of pine tree, one unit of Carpinus laxiflora Blume, one unit of snowbell, two units of Styrax obassia, and two units of zelkova are planted per a hundred square meter of the planting area. Three units of oriental oak, two units of Euscaphis japonica, two units of white oak, three units of Ilex cornuta Lindley et Paxton, three units of snowbell, and one unit of Lindera erythrocarpa makino are planted per a hundred square meter of the planting area. Four units of maple, three units of Carpinus laxiflora Blume, two units of Meliosma myriantha, one unit of Acer mono Max, two units of nutmeg tree, two units of Celtis sinensis, and two units of Sapium japonicum are planted per a hundred square meter of the planting area. Two units of zelkova, one unit of white oak, two units of Carpinus laxiflora Blume, four units of camelia, two units of Sapium japonicum, two units of Meliosma myrianth, two units of chinquapin, two units of cornelian cherry, and two units of Cornus controversa are planted per a hundred square meter of the planting area. Six units of pine tree, two units of snowbell, three units of Carpinus laxiflora Blume, three units of Meliosma myriantha, and two units of white oak are planted per a hundred square meter of the planting area. [Reference numerals] (AA) Zelkova(upper layer target species of trees); (BB) Quercitron(upper layer target species of trees); (CC) Carpinus laxiflora Blume(upper layer target species of trees); (DD) Fraxinus sieboldiana(upper layer target species of trees); (EE) Snowbell(middle layer target species of trees); (FF) Euonymus sachalinensis(middle layer target species of trees); (GG) Acer mono Max(middle layer target species of trees); (HH) Meliosma myriantha(middle layer target species of trees)
Abstract translation: 目的：建立青山流域河岸绿化带的建立方法，以确保河岸绿化带的原始功能，反映河岸缓冲区的生态演替，降低种植后自然资源的管理成本。 构成：在青山流域的保护区内建立了一个沿岸绿地。 三个单位的松树，四个单位的queritron，五个单位的Sapium japonicum，两个单位的Quercus acutissima Carruth，两个单位的合欢树julibrissin Durazz，两个单位的Neolitsea sericea和两个单位的雪球，每百平方米 一个种植区。 每一百平方米的种植面积种植三棵松树，两个单位的四叶草，两个单位的五叶草，两个单位的Meliosma myriantha，一个单位的东方樱桃树和一个单位的白橡木。 三棵松树，两个单位的Carpinus laxiflora Blume，三个单位的queritron，两个单位的雪球，两个单位的Sapium japonicum，一个单位的雪球，三个单位的Ilex大型Miquel和两个单位的Stewartia pseudocamelia每个 一百平方米的种植面积。 两棵单位的松树，两个单位的东方橡树，两个单位的Carpinus laxiflora Blume，一个单位的东方樱桃树，一个单位的合欢树julibrissin Durazz，两个单位的Sapium japonicum和一个单位的雪球种植在一百平方 米的种植面积。 三个单位的zelkova，两个单位的queritron，一个单位的Carpinus laxiflora Blume，两个单位的Fraxinus sieboldiana，四个单位的雪球，两个单位的卫矛sachalinesis，两个单位的宏碁单Max Max和两个单位的Meliosma myriantha种植 一百平方米的种植面积。 两个单位的Celtis sinensis，一个单位的宏碁单Max Max，两个单位的宏碁pseudosieboldianum，一个单位的Fraxinus rhynchophylla Hance，两个单位的Sapium日本，一个单位的枸杞子，一个单位的Lindera erythrocarpa makino，四个单位的Fraxinus rhynchophylla Hance，两个单位的雪球，两个单位的Carpinus cordata Blume和一个单位的Styrax obassia种植在每一百平方米的种植区域。 种植面积为一百平方米，种植了七棵松树，两个单位的雪松，两个单位的雪花，三个单位的Carpinus laxiflora Blume，三个单位的zelkova和两个单位的Quercus acutissima Carruth。 两棵松树，一棵栎栎，一个单位的白栎，两个单位的雪橇，两个单位的宏碁伪树，一个单位的栎树，一个单位的栎属， 种植区。 种植面积为100平方米，种植了三个单位的东方橡木，三棵松树，一个单位的Carpinus laxiflora Blume，一个单位的雪花，两个单位的Styrax obassia和两个zelkova单位。 种植面积为100平方米的东方橡木，鄂usc，两个单位，白栎两个单位，三个单位的葛兰素丁林和派克斯顿三个单位，三个单位的雪橇，和一个单位的林德拉赤藓草 。 槭树四个单位，三个单位的甘草，两个单位的Meliosma myriantha，一个单位的宏碁单Max Max，两个单位的肉豆蔻树，两个单位的Celtis sinensis和两个单位的Sapium japonicum每百平方米种植 的种植面积。 两个单位的zelkova，一个单位的白橡木，两个单位的Carpinus laxiflora Blume，四个单位的camelia，两个单位的Sapium japonicum，两个单位的Meliosma myrianth，两个单位的chinquapin，两个单位的cornelian樱桃和两个单位 每百平方米播种面积种植us us。 种植面积一百平方米种植了六棵松树，两个单位的雪橇，三个单位的甘草，三个单位的白桦木和两个单位的白橡木。 （附图标记）（AA）Zelkova（树的上层目标物种）; （BB）栎树（上层目标树种）; （CC）Carpinus laxiflora Blume（上层目标树种）; （DD）Fraxinus sieboldiana（上层目标树种）; （EE）雪橇（中层目标树种）; （FF）卫矛（中层树木目标种）; （GG）宏碁单声道Max（中层目标树种）; （HH）Meliosma myriantha（中层目标树种）
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公开(公告)号：KR101326753B1
公开(公告)日：2013-11-08
申请号：KR1020110061785
申请日：2011-06-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
Abstract: 본 발명은 자연수변림의 생태 천이를 반영하여 수변녹지 본연의 기능을 확보하고, 식재 후 자연관리에 의한 관리비용을 최소화할 수 있는 금강유역권 수변녹지의 구축방법에 관한 것으로, 수변녹지 본연의 기능을 확보하고, 식재 후 자연관리에 의한 관리비용을 최소화할 수 있다.
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Patent Agency Ranking
公开(公告)号：KR101326749B1
公开(公告)日：2013-11-08
申请号：KR1020110061786
申请日：2011-06-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
Abstract: 본 발명은 자연수변림의 생태 천이를 반영하여 수변녹지 본연의 기능을 확보하고, 식재 후 자연관리에 의한 관리비용을 최소화할 수 있는 낙동강유역권 수변녹지의 구축방법에 관한 것으로, 수변녹지 본연의 기능을 확보하고, 식재 후 자연관리에 의한 관리비용을 최소화할 수 있다.
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公开(公告)号：KR1020130000956A
公开(公告)日：2013-01-03
申请号：KR1020110061786
申请日：2011-06-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
Abstract: 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)
Abstract translation: 目的：提供一个在纳东河流域周围建立沿岸绿地的方法，以确保河岸绿地的原始功能，反映河岸缓冲区的生态继承，并尽量减少种植后自然资源的管理成本。 构成：在纳东河流域附近的受保护的低地建立了一个沿岸绿地。 每百平方米的种植面积种植五棵松树，三单位姜树，三个单位的宏碁pseudosieboldianum，三个单位的queritron和两个单位的Stewartia pseudocamelia。 三棵单位的松树，两个单位的甘草，三个单位的东方橡树，一个单位的弗莱us藜，三个单位的雪橇，三个单位的千里种植在一百平方米的种植面积上。 两个单位的Alnus hirsute，两个单位的queritron，两个单位的松树，一个单位的柳树，三个单位的Lindera erythrocarpa makino，三个单位的雪球和两个单位的Cornus争议种植在一百平方米的种植 区。 种植面积为100平方米，种植了两个单位的Celtis sinensis，两个单位的Platycaria Strobilacea，两个单位的queritron，三个单位的东方橡木和两个单位的牙齿橡木。 种植了七棵松树，一棵栎树，两棵单位的姜树，四个单位的雪茄，三个单位的雪球，三个单位的林地红假单胞菌，以及三个单位的宏碁pseudosieboldianum，每百平方米 种植区。 两棵单位的松树，一个单位的Carpinus laxiflora Blume，三个单位的queritron，一个单位的合欢树julibrissin Durazz，三个单位的野樱桃树，两个单位的Picrasma quassioides和两个单位的Lindera erythrocarpa makino种植在一百 平方米的种植面积。 每一百平方米的种植面积种植了三个单位的三氯甲烷，三个单位的松树，三个单位的东方橡木，三个单位的雪橇和两个单位的Styrax obassia。 在一百平方米的种植面积上，种植了三个单位的五氯氟氰菊酯，三个单位的木兰西伯利亚，三个单位的宏碁pseudosieboldianum，三个单位的Meliosma oldhamii和三个单位的Acer mono Max。 （附图标记）（AA）松树（上层目标树种）; （BB）Carpinus laxiflora Blume（上层目标树种）; （CC）东方橡木（上层目标树种）; （DD）灰树（中层目标树种）; （EE）雪橇（中层目标树种）; （FF）栎树（中层目标树种）
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公开(公告)号：KR101361011B1
公开(公告)日：2014-02-10
申请号：KR1020130059297
申请日：2013-05-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
CPC classification number: G06Q50/26 , G06Q10/063
Abstract: The present invention relates to a method and a system for creating a waterside green area and evaluating performance thereof using a computer program. The present invention relates to a method for creating a waterside green area by using a waterside green area creation system in which a storage part stores a waterside green area creating model type according to a growth environment of a waterside green area, a planting standard according to the waterside green area creating model type and information about planting and maintenance costs according to a target year of the waterside green area to create in advance. The method of the present invention includes the steps of: (A) setting a growth environment of a waterside green area including a basin zone, a climate zone and an environmental gradient through an input part; (B) displaying a list including a creating model type of a waterside green area which can be set in the growth environment of a set waterside green area among creating model types of a waterside green area stored in the storage part on a monitor; (C) setting one of the creating model types of the waterside green area included in the list through the input part; (D) selecting a target year of the waterside green area to create as one of a short term, a middle term and a long term through the input part; and (E) outputting the pre-determined planting standard and the pre-determined planting and maintenance costs stored in the storage part on the monitor, according to the set waterside green area creating model type and the selected target year of the waterside green area.According to the present invention, provided is a method for creating a waterside green area and evaluating performance thereof using a computer program which can understand the waterside green area creating method easily and can grasp the value and the performance easily after creation, by systemizing essential basic information of waterside green area creation and performance valuation with a computer program. Also, according to the present invention, the method can perform waterside green area design easily including planting tree species appropriate for a target area and standard, planting method etc. [Reference numerals] (110) Input part; (120) Storage part; (130) Waterside green area creating model type selection part; (140) Growth based information output part; (150) Layer based target tree species selecting part; (160) Group configuration selecting part; (170) Planting date and planting reference selection part; (180) Monitor
Abstract translation: 本发明涉及使用计算机程序创建水边绿色区域并评估其性能的方法和系统。 本发明涉及一种通过使用水边绿化区域创建系统来创建水边绿化区域的方法，其中存储部分根据水边绿化区域的生长环境存储创建水域绿色区域的模型类型，根据 海滨绿地区根据滨水绿地的目标年份提前建立模型类型和种植维护费用信息。 本发明的方法包括以下步骤：（A）通过输入部分设定包括盆区，气候区和环境梯度的水边绿化区的生长环境; （B）在存储在存储部中的水边绿区的模型类型中，在监视器上显示包括能够设定在所设置的水域绿区的生长环境中的水边绿区的创建模型类型的列表; （C）通过输入部分设置列表中包含的水边绿色区域的创建模型类型之一; （D）选择滨水绿地的目标年份，通过输入部分创建短期，中期和长期的一个; 和（E）根据设定的水边绿地区域创建模式类型和所选择的边缘绿色区域的目标年份，输出预先确定的种植标准和存储在监视器上的存储部分中的预定种植和维护成本。 根据本发明，提供了一种使用能够容易地理解水边绿地创造方法的计算机程序来创建水边绿色区域并评价其性能的方法，并且可以通过将基本基本系统的系统化系统化来掌握价值和性能 利用计算机程序进行水边绿化创造和绩效评估的信息。 此外，根据本发明，该方法可以容易地进行水滨绿地设计，包括适合目标区域的种植树种和标准，种植方法等。（附图标记）（110）输入部分; （120）储存部分; （130）水边绿区创建模型类型选择部分; （140）基于增长的信息输出部分; （150）基于层的目标树种选择部分; （160）组配置选择部分; （170）种植日期和种植参考选择部分; （180）监视器
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公开(公告)号：KR101255813B1
公开(公告)日：2013-04-17
申请号：KR1020120102173
申请日：2012-09-14
Applicant: 강원대학교산학협력단
IPC: G01N33/46
Abstract: PURPOSE: A method for estimating carbon storage amount and annual carbon absorption amount of deciduous landscape trees is provided to recover environment, and to help the environmental policy making. CONSTITUTION: A method for estimating carbon storage amount and annual carbon absorption amount of deciduous landscape trees comprises: a step of measuring the diameter at breast height of the deciduous landscape trees such as maple trees, elm-like trees, Prunus yedoensis trees, and ginkgo trees; a step of calculating carbon storage amount by equations 1-4; and a step of calculating annual carbon absorption amount by equations 5-8.
Abstract translation: 目的：提出一种估算落叶景观树木碳储量和年碳吸收量的方法，以回收环境，帮助环境政策制定。 构成：估计落叶景观树木碳储量和年碳吸收量的方法包括：测量落叶景观树木如乳木树，榆树，杏仁树和银杏的乳房高度直径的步骤 树木; 用等式1-4计算碳储存量的步骤; 以及通过公式5-8计算年碳吸收量的步骤。
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公开(公告)号：KR1020130000955A
公开(公告)日：2013-01-03
申请号：KR1020110061785
申请日：2011-06-24
Applicant: 강원대학교산학협력단 , 주식회사 한설그린
Abstract: PURPOSE: A method of establishing a riparian green zone around watershed is provided to decide a species composition and the density of planting appropriate for a growth environment, and directly establish an ecological plant assembled with multilayer planting. CONSTITUTION: A riparian green zone is established in the protected lowland placed around Keum river watershed. Four units of pine tree, one unit of elm tree, one unit of snowbell, three units of Sapium japonicum, two units of Lindera erythrocarpa makino, and two units of Carpinus laxiflora Blume are planted are planted per a hundred square meter of a planting area. Two units of pine tree, two units of Carpinus laxiflora Blume, one unit of snowbell, one unit of zelkova, one unit of snowbell, one unit of queritron, and one unit of Acer pseudosieboldianum are planted per a hundred square meter of the planting area. One unit of white oak, one unit of Acer mono Max, two units of snowbell, two units of Lindera erythrocapa makino, two units of styrax obassia, two units of Acer pseudosie boldianum, two units of wild pear tree, and one unit of Sapium japoricum are planted per a hundred square meter of the planting area. Two units of Cornus controversa, one unit of Acer mono Max, one unit of Albizia julibrissin Durazz, two units of snowbell, two units of Lindera erythrocarpa makino, two units of Aphananthe aspera, and two units of Acer pseudosieboldianum are planted per a hundred square meter of the planting area. Five units of pine tree, two unit of Carpinus laxiflora Blume, one unit of oriental oak, three units of snowbell, three units of Acer pseudosieboldianum, three units of styrax obassia, and three units of Lindera erythrocarpa makino are planted per a hundred square meter of the planting area. Three units of pine tree, two units of oriental oak, two units of Lindera erythrocarpa makino, four units of Sapium japonicum, four units of fraxinus sieboldiana, two units of snowbell, two units of Carpinus laxiflora Blume, two units of Quercus acutissima Carruth, and two units of white oak are planted per a hundred square meter of the planting area. One unit of queritron, one unit of oriental oak, two units of Cornus controversa, two units of styrax obassia, two units of Acer mono Max, and two units of snowbell 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) Snowbell(upper layer target species of trees); (DD) Zelkova(upper layer target species of trees); (EE) Snowbell(middle layer target species of trees); (FF) Quercitron(middle layer target species of trees); (GG) Acer pseudosieboldianum(middle layer target species of trees); (HH) Rapid growth trees
Abstract translation: 目的：提供在流域附近建立沿岸绿地的方法，以确定适合生长环境的物种组成和种植密度，并直接建立一个组装多层种植的生态植物。 构成：在Keum河流域附近的受保护的低地建立了一个沿岸绿色区。 种植了四个单位的松树，一个单位的榆树，一个单位的雪橇，三个单位的Sap um，两个单位的林德拉赤藓木马，两个单位的甘蓝木兰种植在一百平方米的种植面积 。 两棵单位的松树，两个单位的Carpinus laxiflora Blume，一个单位的雪球，一个单位的zelkova，一个单位的雪球，一个单位的queritron和一个单位的Acer pseudosieboldianum种植在一百平方米的种植面积 。 一单位白橡木，一单位宏碁单麦克斯，两个单位的雪橇，两个单位的林德拉赤芍，两个单位的styrax obassia，两个单位的宏碁pseudosie boldianum，两个单位的野梨树和一个单位的ium 每百平方米种植面积种植japoricum。 两个单位的萸虫争议，一个单位的宏碁单声道Max，一个单位的合欢树julibrissin杜拉列斯，两个单位的雪球，两个单位的林德拉红隼makino，两个单位的Aphananthe aspera和两个单位的宏碁pseudosieboldianum种植在一百平方 米的种植面积。 五棵松树，两个单位的甘草，一个单位的东方橡树，三个单位的雪橇，三个单位的宏碁伪圣经，三个单位的styrax obassia，三个单位的林地红隼makino种植在一百平方米 的种植面积。 松树3个单位，东方橡木2个单位，枸杞子2个单位，日本Sap，4个单位，雪松4个单位，雪松2个单位，梧桐栎2个单位， 每一百平方米的种植面积种植了两单位的白橡木。 种植面积一百平方米种植了一个单位的东方橡木，两个单位的萸肉争议，两个单位的styrax obassia，两个单位的Acer mono Max和两个单位的雪球。 （附图标记）（AA）松树（上层目标树种）; （BB）Carpinus laxiflora Blume（上层目标树种）; （CC）雪橇（上层目标树种）; （DD）Zelkova（上层目标树种）; （EE）雪橇（中层目标树种）; （FF）栎树（中层目标树种）; （GG）宏碁pseudosieboldianum（中层目标树种）; （HH）快速生长树
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