As complex and diverse ecosystems,cities encounter numerous challenges posed by both nature and humanity.Architecture,serving as the framework and texture of the city,has undoubtedly emerged as a crucial guide in addr...As complex and diverse ecosystems,cities encounter numerous challenges posed by both nature and humanity.Architecture,serving as the framework and texture of the city,has undoubtedly emerged as a crucial guide in addressing urban resilience issues.Roof greening and vertical greening of buildings,as ecofriendly urban green infrastructures,hold significant potential for mitigating these challenges.This paper explores the methods and strategies for implementing roof greening and vertical greening as solutions to enhance urban resilience.The objective is to offer valuable insights for sustainable urban development,encourage the widespread adoption of these greening techniques in urban construction,and ultimately strengthen urban resilience.展开更多
A devastating disease called Huanglongbing(HLB) or citrus green is wiping out citrus trees across the globe. But we are seeing new hope. Scientists have recently uncovered a hidden battle happening inside citrus plant...A devastating disease called Huanglongbing(HLB) or citrus green is wiping out citrus trees across the globe. But we are seeing new hope. Scientists have recently uncovered a hidden battle happening inside citrus plants. Understanding this microscopic tug-of-war could be the key to rescuing our beloved oranges, lemons, and grapefruits.展开更多
“Transformation is not simply about shutting down;it is more about eliminating outdated production capacity while nurturing new driving forces,”according to Wan Qian,a member of the Standing Committee of the Xiangxi...“Transformation is not simply about shutting down;it is more about eliminating outdated production capacity while nurturing new driving forces,”according to Wan Qian,a member of the Standing Committee of the Xiangxiang Municipal Party Committee,referring to an eco-friendly chemical industrial park in Xiangxiang City,central China’s Hunan Province.展开更多
Reasonable greening design can effectively alleviate campus heat environment issues.This study uses the ENVI-met numerical model,along with in-situ observations and simulations,to analyze the thermal environment under...Reasonable greening design can effectively alleviate campus heat environment issues.This study uses the ENVI-met numerical model,along with in-situ observations and simulations,to analyze the thermal environment under three different greening schemes in typical areas of the Guangzhou University campus.The results indicate that the outdoor thermal environment is significantly influenced by the underlying surface materials and vegetation.The temperature of brick-paved surface is 0.9℃higher than that of natural soil surfaces under tree shade.Numerical simulations further confirm that increasing vegetation coverage effectively reduces outdoor air temperature.When the greening rate increases to 40%,the outdoor average temperature decreases by 0.7℃and relative humidity increases by approximately 4%,while wind speed remains minimal change.The cooling effect of vegetation is found to extend vertically to an altitude of 13 m.As the greening rate increases from 15%to 40%,the Mean Radiant Temperature(MRT)decreases from 50.6℃to 28.9℃,which is lower than the average ambient temperature,indicating improved thermal conditions.The Physiological Equivalent Temperature(PET)decreases from 40.2℃to 30.0℃,with the proportion of the areas classified as″very hot″reducing by 36.8%,significantly improving thermal comfort across most areas.Therefore,changing the ground material and greening landscape design can effectively alter the outdoor wind and thermal environment of the campus,thereby enhancing the thermal comfort for the campus community.展开更多
This research systematically investigates urban three-dimensional greening layout optimization and smart ecocity construction using deep learning and remote sensing technology.An improved U-Net++ architecture combined...This research systematically investigates urban three-dimensional greening layout optimization and smart ecocity construction using deep learning and remote sensing technology.An improved U-Net++ architecture combined with multi-source remote sensing data achieved high-precision recognition of urban three-dimensional greening with 92.8% overall accuracy.Analysis of spatiotemporal evolution patterns in Shanghai,Hangzhou,and Nanjing revealed that threedimensional greening shows a development trend from demonstration to popularization,with 16.5% annual growth rate.The study quantitatively assessed ecological benefits of various three-dimensional greening types.Results indicate that modular vertical greening and intensive roof gardens yield highest ecological benefits,while climbing-type vertical greening and extensive roof gardens offer optimal benefit-cost ratios.Integration of multiple forms generates 15-22% synergistic enhancement.Compared with traditional planning,the multi-objective optimization-based layout achieved 27.5% increase in carbon sequestration,32.6% improvement in temperature regulation,35.8% enhancement in stormwater management,and 42.3% rise in biodiversity index.Three pilot projects validated that actual ecological benefits reached 90.3-102.3% of predicted values.Multi-scenario simulations indicate optimized layouts can reduce urban heat island intensity by 15.2-18.7%,increase carbon neutrality contribution to 8.6-10.2%,and decrease stormwater runoff peaks by 25.3-32.6%.The findings provide technical methods for urban three-dimensional greening optimization and smart eco-city construction,promoting sustainable urban development.展开更多
This paper discusses multiple aspects of modern landscape greening maintenance technology,including core elements such as smart irrigation,plant physiological monitoring,and ecological restoration,along with their syn...This paper discusses multiple aspects of modern landscape greening maintenance technology,including core elements such as smart irrigation,plant physiological monitoring,and ecological restoration,along with their synergistic effects.It also introduces the evolution characteristics,key maintenance points in different scenarios,intelligent management methods,and relevant case studies and benefit assessments.Additionally,it analyzes the challenges faced in technology promotion and proposes solutions.展开更多
Urban riverbank has connected water and land eco-system in the city,not only playing a vital role in releasing flood and conserving water and soil,but also of significant landscape and ecological value.In view of rive...Urban riverbank has connected water and land eco-system in the city,not only playing a vital role in releasing flood and conserving water and soil,but also of significant landscape and ecological value.In view of riverbank greening construction in the comprehensive improvement of rivers in Kunming City in recent years,the paper has analyzed three common riverbank greening modes based on the field survey,that is,protective greening,landscape greening and ecological greening.Then,some suggestions and countermeasures have been proposed,including enhancing construction of ecological river,exploring historical and cultural connotation of rivers,and selecting reasonable plants' species and disposition mode.展开更多
Based on the survey of vertical greening plants in Suzhou classical gardens, the paper had introduced plants varieties for vertical greening in the gardens, and pointed out that it was one of the common techniques for...Based on the survey of vertical greening plants in Suzhou classical gardens, the paper had introduced plants varieties for vertical greening in the gardens, and pointed out that it was one of the common techniques for vertical greening landscaping to make use of vine plants. It had also introduced 23 species of plants having been applied in vertical greening landscaping in Suzhou classical gardens, which belonged to 19 genera and 13 families. In terms of application form, it emphasized that white walls should be treated as papers and plants as paintings, shelves as pavilions and plants as shade, fences as supports and plants as decorations, rockeries as bones and plants as coats, banks as bases and plants as edges, columns as axes and plants as ornaments, bridges as surfaces and plants as points, and sloping fields as groves and plants as auxiliaries by taking vertical greening in Nets Garden, the Humble Administrator's Garden, Lingering Garden, the Garden of Pleasant, the Lion Forest Garden and Coupling Garden for example.展开更多
The research introduced the flowchart of organic-material and plant seeds spraying and a case of ＆quot;Dasi＆quot; Highway, the highway from Daxing to Sinan in Guizhou Province, a part of a National Highway from Hang...The research introduced the flowchart of organic-material and plant seeds spraying and a case of ＆quot;Dasi＆quot; Highway, the highway from Daxing to Sinan in Guizhou Province, a part of a National Highway from Hangzhou to Ruili, cal ed Hangrui Highway, slope protection. The flowchart included slope cleaning, net preparation, anchor fixation, adding vegetation-growth plate, spraying organic materi-als, coverage of non-woven fabrics, and maintenance. The technique is proved much efficient in protecting and greening road sideslopes consisting of weathered rocks or hard rocks, which provides a solution for abrupt slope greening technology.展开更多
The African Great Green Wall Initiative(GGWI)is an ambitious transcontinental program aimed at halting desertification,restoring degraded lands,and improving livelihoods across the Sahel region.Despite its transformat...The African Great Green Wall Initiative(GGWI)is an ambitious transcontinental program aimed at halting desertification,restoring degraded lands,and improving livelihoods across the Sahel region.Despite its transformative vision,the initiative has encountered technical,financial,and governance challenges.In recent years,China’s involvement-drawing from its extensive experience with the Three-North Shelterbelt Program and integrated desertification control-has introduced a new model of South-South cooperation.Through adaptive technologies,capacity building,and co-developed community-based strategies in Mauritania,Ethiopia,and Nigeria,Chinese partners have provided tangible contributions to Africa’s ecological restoration.This article documents these collaborative stories and argues that China’s ecological governance framework is shaping a new paradigm for global environmental development.展开更多
Hanjiang is the main river in Chaozhou. The urban sections on both sides of it are large-scale landscape zones which combine the natural landscape and the cultural landscape. Aiming at better manifesting the geographi...Hanjiang is the main river in Chaozhou. The urban sections on both sides of it are large-scale landscape zones which combine the natural landscape and the cultural landscape. Aiming at better manifesting the geographical features and pro-moting the sustainable development of the ecological environment on both sides of the Hanjiang River, the research, with the reach between the Jinshan River and the Hanjiang River as an example, pointed out the existing problems and put forward some constructive suggestions based on a thorough survey on the plant species and the rationality of plant configuration and the afforstation managements, in order to provide reference for the decision-maker of the further planning and construction of this area.展开更多
Lop Nur potash mine greening projects is located in the heart of the Lop Nur, known as the ＂green zone ban＂. The project overcomes the extreme drought, high temperature, gale and dust salt and salt, and many other a...Lop Nur potash mine greening projects is located in the heart of the Lop Nur, known as the ＂green zone ban＂. The project overcomes the extreme drought, high temperature, gale and dust salt and salt, and many other adverse environmen- tal factors. Adopted the suitable salt improvement measures and management tech- nology, the artificial green has emerged in the sea of death. At the same time the greening project improved the office environment of mining area, and shaped ex- treme environment greening projects successful cases.展开更多
The sample survey methodology was used to investigate the concept of fruit trees planted in the Qiqihar City landscaping. The application effects of fruit trees in landscape were compared and the utilization features ...The sample survey methodology was used to investigate the concept of fruit trees planted in the Qiqihar City landscaping. The application effects of fruit trees in landscape were compared and the utilization features of fruit trees were analyzed. The most appropriate fruit trees species were selected and the optimum configuration types were proposed. The research results showed that from the perspective of the utilization of fruit tress in landscape in Qiqihar, the fruit trees species were not abundant and the quality was also not enough. The mostly used trees genera included Lonicera of Caprifoliaceae family, Viburnum, Sambucus, and Prunus, Ceraras, Pyrus, Malus belonging to Rosaceae family.展开更多
The study made a comprehensive survey and analysis on application status and disposition features of Magnoliaceae plants in gardens of Hefei City.The survey showed that there were 24 tree species of Magnoliaceae belon...The study made a comprehensive survey and analysis on application status and disposition features of Magnoliaceae plants in gardens of Hefei City.The survey showed that there were 24 tree species of Magnoliaceae belonging to 6 genera having been applied in gardens of Hefei City,among which Magnolia grandiflora was the most widely applied and next was Magnolia denudate.Finally,scientific analysis had been conducted on application prospect of Magnoliaceae plants in garden greening.展开更多
As Chenlu Town is of laddered terrain,houses,cave dwellings,trees and farmlands are distributed on all levels of the mountain.Through field visits and investigation,the author had the knowledge of the situation of ind...As Chenlu Town is of laddered terrain,houses,cave dwellings,trees and farmlands are distributed on all levels of the mountain.Through field visits and investigation,the author had the knowledge of the situation of indigenous tree species,fruit and economy tree species,garden greening tree species and wild cover plants.In the light of vegetation type and status of land use,Chenlu Town would be divided into terrace scenery zone,mountainous forest zone,greening zone in residential area and greening zone in unit and factory area;and then in accordance with the principle of greening planning in Chenlu Town,it would be divided into shelter and economic forest belt,water and soil conservation forest belt,mixed forest of black locust landscape belt and greening belt around residential district;finally the planning suggestions of greening landscape were proposed.展开更多
The paper had analyzed the technology, maintenance and recognition of vertical greening in urban space, and proposed a solution for balance water supply for balconies and streetlights, that is, magnetic auxiliary shal...The paper had analyzed the technology, maintenance and recognition of vertical greening in urban space, and proposed a solution for balance water supply for balconies and streetlights, that is, magnetic auxiliary shallow water level controller, the patent of which had been applied. Magnetic auxiliary shallow water level controller had met water supply of some special parts of urban vertical greening and was sure to accelerate urban vertical greening.展开更多
There are a lot of problems in urban greening strategies for Xinjiang due to geographical conditions, climate and humanity. Based on the construction of eco-garden city in Xinjiang, this paper analyzed the greening pr...There are a lot of problems in urban greening strategies for Xinjiang due to geographical conditions, climate and humanity. Based on the construction of eco-garden city in Xinjiang, this paper analyzed the greening problems during the construction of eco-garden city, so as to provide a reference for the greening construction of eco-garden city in Xinjiang.展开更多
Vertical greening is a new model to broaden urban green space in Nanchang City. Baded on the narration of the concept of vertical greening, all kinds of ways to carry out the vertical greening in Nanchang, as well as ...Vertical greening is a new model to broaden urban green space in Nanchang City. Baded on the narration of the concept of vertical greening, all kinds of ways to carry out the vertical greening in Nanchang, as well as the available patterns, were explored by combining with the natural climatic conditions in Nanchang City, and then the current commonly used vertical greening plant varieties as well as their application value were introduced, which provided a new way of thinking for urban greening of Nanchang City.展开更多
Through investigating vertical greening plants on the campuses of Hainan University,it was found that there are 41 species vertical greening plants with excellent landscape effects,belonging to 36 genera and 20 famili...Through investigating vertical greening plants on the campuses of Hainan University,it was found that there are 41 species vertical greening plants with excellent landscape effects,belonging to 36 genera and 20 families,among which 4 species are shrubs,33 liana and 4 gramineous plants.The current application situation of the vertical greening plants on the campuses was briefly analyzed in this study,and corresponding suggestions were put forward in view of the existing problems.展开更多
In this research,the functions and principles of residential greening design in medium-sized cities are analyzed.Taking the greening design of a residential area in Yichun City for an example,we aim at providing some ...In this research,the functions and principles of residential greening design in medium-sized cities are analyzed.Taking the greening design of a residential area in Yichun City for an example,we aim at providing some references for the urban residential district greening design.展开更多
文摘As complex and diverse ecosystems,cities encounter numerous challenges posed by both nature and humanity.Architecture,serving as the framework and texture of the city,has undoubtedly emerged as a crucial guide in addressing urban resilience issues.Roof greening and vertical greening of buildings,as ecofriendly urban green infrastructures,hold significant potential for mitigating these challenges.This paper explores the methods and strategies for implementing roof greening and vertical greening as solutions to enhance urban resilience.The objective is to offer valuable insights for sustainable urban development,encourage the widespread adoption of these greening techniques in urban construction,and ultimately strengthen urban resilience.
文摘A devastating disease called Huanglongbing(HLB) or citrus green is wiping out citrus trees across the globe. But we are seeing new hope. Scientists have recently uncovered a hidden battle happening inside citrus plants. Understanding this microscopic tug-of-war could be the key to rescuing our beloved oranges, lemons, and grapefruits.
文摘“Transformation is not simply about shutting down;it is more about eliminating outdated production capacity while nurturing new driving forces,”according to Wan Qian,a member of the Standing Committee of the Xiangxiang Municipal Party Committee,referring to an eco-friendly chemical industrial park in Xiangxiang City,central China’s Hunan Province.
基金Science and Technology Research Project of Guang-dong Meteorological Bureau(GRMC2022M21)Guangdong Basic and Applied Basic Research Foundation(2023A1515012240)Research Project of Guangzhou Meteor-ological Bureau(M202218)。
文摘Reasonable greening design can effectively alleviate campus heat environment issues.This study uses the ENVI-met numerical model,along with in-situ observations and simulations,to analyze the thermal environment under three different greening schemes in typical areas of the Guangzhou University campus.The results indicate that the outdoor thermal environment is significantly influenced by the underlying surface materials and vegetation.The temperature of brick-paved surface is 0.9℃higher than that of natural soil surfaces under tree shade.Numerical simulations further confirm that increasing vegetation coverage effectively reduces outdoor air temperature.When the greening rate increases to 40%,the outdoor average temperature decreases by 0.7℃and relative humidity increases by approximately 4%,while wind speed remains minimal change.The cooling effect of vegetation is found to extend vertically to an altitude of 13 m.As the greening rate increases from 15%to 40%,the Mean Radiant Temperature(MRT)decreases from 50.6℃to 28.9℃,which is lower than the average ambient temperature,indicating improved thermal conditions.The Physiological Equivalent Temperature(PET)decreases from 40.2℃to 30.0℃,with the proportion of the areas classified as″very hot″reducing by 36.8%,significantly improving thermal comfort across most areas.Therefore,changing the ground material and greening landscape design can effectively alter the outdoor wind and thermal environment of the campus,thereby enhancing the thermal comfort for the campus community.
文摘This research systematically investigates urban three-dimensional greening layout optimization and smart ecocity construction using deep learning and remote sensing technology.An improved U-Net++ architecture combined with multi-source remote sensing data achieved high-precision recognition of urban three-dimensional greening with 92.8% overall accuracy.Analysis of spatiotemporal evolution patterns in Shanghai,Hangzhou,and Nanjing revealed that threedimensional greening shows a development trend from demonstration to popularization,with 16.5% annual growth rate.The study quantitatively assessed ecological benefits of various three-dimensional greening types.Results indicate that modular vertical greening and intensive roof gardens yield highest ecological benefits,while climbing-type vertical greening and extensive roof gardens offer optimal benefit-cost ratios.Integration of multiple forms generates 15-22% synergistic enhancement.Compared with traditional planning,the multi-objective optimization-based layout achieved 27.5% increase in carbon sequestration,32.6% improvement in temperature regulation,35.8% enhancement in stormwater management,and 42.3% rise in biodiversity index.Three pilot projects validated that actual ecological benefits reached 90.3-102.3% of predicted values.Multi-scenario simulations indicate optimized layouts can reduce urban heat island intensity by 15.2-18.7%,increase carbon neutrality contribution to 8.6-10.2%,and decrease stormwater runoff peaks by 25.3-32.6%.The findings provide technical methods for urban three-dimensional greening optimization and smart eco-city construction,promoting sustainable urban development.
文摘This paper discusses multiple aspects of modern landscape greening maintenance technology,including core elements such as smart irrigation,plant physiological monitoring,and ecological restoration,along with their synergistic effects.It also introduces the evolution characteristics,key maintenance points in different scenarios,intelligent management methods,and relevant case studies and benefit assessments.Additionally,it analyzes the challenges faced in technology promotion and proposes solutions.
文摘Urban riverbank has connected water and land eco-system in the city,not only playing a vital role in releasing flood and conserving water and soil,but also of significant landscape and ecological value.In view of riverbank greening construction in the comprehensive improvement of rivers in Kunming City in recent years,the paper has analyzed three common riverbank greening modes based on the field survey,that is,protective greening,landscape greening and ecological greening.Then,some suggestions and countermeasures have been proposed,including enhancing construction of ecological river,exploring historical and cultural connotation of rivers,and selecting reasonable plants' species and disposition mode.
文摘Based on the survey of vertical greening plants in Suzhou classical gardens, the paper had introduced plants varieties for vertical greening in the gardens, and pointed out that it was one of the common techniques for vertical greening landscaping to make use of vine plants. It had also introduced 23 species of plants having been applied in vertical greening landscaping in Suzhou classical gardens, which belonged to 19 genera and 13 families. In terms of application form, it emphasized that white walls should be treated as papers and plants as paintings, shelves as pavilions and plants as shade, fences as supports and plants as decorations, rockeries as bones and plants as coats, banks as bases and plants as edges, columns as axes and plants as ornaments, bridges as surfaces and plants as points, and sloping fields as groves and plants as auxiliaries by taking vertical greening in Nets Garden, the Humble Administrator's Garden, Lingering Garden, the Garden of Pleasant, the Lion Forest Garden and Coupling Garden for example.
文摘The research introduced the flowchart of organic-material and plant seeds spraying and a case of ＆quot;Dasi＆quot; Highway, the highway from Daxing to Sinan in Guizhou Province, a part of a National Highway from Hangzhou to Ruili, cal ed Hangrui Highway, slope protection. The flowchart included slope cleaning, net preparation, anchor fixation, adding vegetation-growth plate, spraying organic materi-als, coverage of non-woven fabrics, and maintenance. The technique is proved much efficient in protecting and greening road sideslopes consisting of weathered rocks or hard rocks, which provides a solution for abrupt slope greening technology.
文摘The African Great Green Wall Initiative(GGWI)is an ambitious transcontinental program aimed at halting desertification,restoring degraded lands,and improving livelihoods across the Sahel region.Despite its transformative vision,the initiative has encountered technical,financial,and governance challenges.In recent years,China’s involvement-drawing from its extensive experience with the Three-North Shelterbelt Program and integrated desertification control-has introduced a new model of South-South cooperation.Through adaptive technologies,capacity building,and co-developed community-based strategies in Mauritania,Ethiopia,and Nigeria,Chinese partners have provided tangible contributions to Africa’s ecological restoration.This article documents these collaborative stories and argues that China’s ecological governance framework is shaping a new paradigm for global environmental development.
文摘Hanjiang is the main river in Chaozhou. The urban sections on both sides of it are large-scale landscape zones which combine the natural landscape and the cultural landscape. Aiming at better manifesting the geographical features and pro-moting the sustainable development of the ecological environment on both sides of the Hanjiang River, the research, with the reach between the Jinshan River and the Hanjiang River as an example, pointed out the existing problems and put forward some constructive suggestions based on a thorough survey on the plant species and the rationality of plant configuration and the afforstation managements, in order to provide reference for the decision-maker of the further planning and construction of this area.
基金Supported by National Natural Science Foundation of China(31300449)Science and Technology Support Program of Xinjiang Uyghur Autonomous Region(201433101)+1 种基金Doctoral Fund in the West of China of the Chinese Academy of Sciences(XBBS201205)Major Science and Technology Program of Xinjiang Uyghur Autonomous Region(201130106-3)
文摘Lop Nur potash mine greening projects is located in the heart of the Lop Nur, known as the ＂green zone ban＂. The project overcomes the extreme drought, high temperature, gale and dust salt and salt, and many other adverse environmen- tal factors. Adopted the suitable salt improvement measures and management tech- nology, the artificial green has emerged in the sea of death. At the same time the greening project improved the office environment of mining area, and shaped ex- treme environment greening projects successful cases.
文摘The sample survey methodology was used to investigate the concept of fruit trees planted in the Qiqihar City landscaping. The application effects of fruit trees in landscape were compared and the utilization features of fruit trees were analyzed. The most appropriate fruit trees species were selected and the optimum configuration types were proposed. The research results showed that from the perspective of the utilization of fruit tress in landscape in Qiqihar, the fruit trees species were not abundant and the quality was also not enough. The mostly used trees genera included Lonicera of Caprifoliaceae family, Viburnum, Sambucus, and Prunus, Ceraras, Pyrus, Malus belonging to Rosaceae family.
基金Supported by Forestry Science and Technology Supporting Project of "The Eleventh Five-year Planning" of China(2006BAD03A16)~~
文摘The study made a comprehensive survey and analysis on application status and disposition features of Magnoliaceae plants in gardens of Hefei City.The survey showed that there were 24 tree species of Magnoliaceae belonging to 6 genera having been applied in gardens of Hefei City,among which Magnolia grandiflora was the most widely applied and next was Magnolia denudate.Finally,scientific analysis had been conducted on application prospect of Magnoliaceae plants in garden greening.
文摘As Chenlu Town is of laddered terrain,houses,cave dwellings,trees and farmlands are distributed on all levels of the mountain.Through field visits and investigation,the author had the knowledge of the situation of indigenous tree species,fruit and economy tree species,garden greening tree species and wild cover plants.In the light of vegetation type and status of land use,Chenlu Town would be divided into terrace scenery zone,mountainous forest zone,greening zone in residential area and greening zone in unit and factory area;and then in accordance with the principle of greening planning in Chenlu Town,it would be divided into shelter and economic forest belt,water and soil conservation forest belt,mixed forest of black locust landscape belt and greening belt around residential district;finally the planning suggestions of greening landscape were proposed.
文摘The paper had analyzed the technology, maintenance and recognition of vertical greening in urban space, and proposed a solution for balance water supply for balconies and streetlights, that is, magnetic auxiliary shallow water level controller, the patent of which had been applied. Magnetic auxiliary shallow water level controller had met water supply of some special parts of urban vertical greening and was sure to accelerate urban vertical greening.
文摘There are a lot of problems in urban greening strategies for Xinjiang due to geographical conditions, climate and humanity. Based on the construction of eco-garden city in Xinjiang, this paper analyzed the greening problems during the construction of eco-garden city, so as to provide a reference for the greening construction of eco-garden city in Xinjiang.
基金Supported by the Planning Program for Arts and Social Sciences of Jiangxi Province(YG2015036&YG2015033)~~
文摘Vertical greening is a new model to broaden urban green space in Nanchang City. Baded on the narration of the concept of vertical greening, all kinds of ways to carry out the vertical greening in Nanchang, as well as the available patterns, were explored by combining with the natural climatic conditions in Nanchang City, and then the current commonly used vertical greening plant varieties as well as their application value were introduced, which provided a new way of thinking for urban greening of Nanchang City.
文摘Through investigating vertical greening plants on the campuses of Hainan University,it was found that there are 41 species vertical greening plants with excellent landscape effects,belonging to 36 genera and 20 families,among which 4 species are shrubs,33 liana and 4 gramineous plants.The current application situation of the vertical greening plants on the campuses was briefly analyzed in this study,and corresponding suggestions were put forward in view of the existing problems.
文摘In this research,the functions and principles of residential greening design in medium-sized cities are analyzed.Taking the greening design of a residential area in Yichun City for an example,we aim at providing some references for the urban residential district greening design.
