Green Space Area Research Articles

Spatial Green Space Assessment in Suburbia: Implications for Urban Development

Nonthaburi, a suburban province adjacent to the Bangkok Metropolis, has experienced a reduction in green spaces due to urban expansion. This study quantified Nonthaburi’s green space through visual interpretation of land use and land cover (LULC) using THEOS and Sentinel-2. Areas of green space were extracted using remote sensing indices and pixel-based classification based on THEOS. The extracted green area was then integrated with the existing LULC patterns to align with the green space characteristic established by Thailand’s Office of Natural Resource and Environmental Policy and Planning. This includes public services, functional utility, median strips, community economics, fallow, and natural green space. The analysis of green space management and planning utilized the Urban Green Space Index (UGSI), Per Capita Green Space (PCGS), and accessibility to public green space. The results revealed that Nonthaburi comprises a green space area of 465.29 km2 or 73.06%, exhibiting a higher prevalence within its western region while displaying a relatively lower extent in the urban zone adjacent to the Bangkok Metropolis. The per capita green space is 367.71 m2 but decreases to 255.82 m2 when accounting for the latent population, meaning it still meets the World Health Organization (WHO) criteria. Currently, only six parks (single and clusters) meet the criteria for public green space. Additionally, both fallow and median strip green spaces (at road interchanges) need to be considered for their potential use in new public service. Furthermore, very high-resolution imagery from unmanned aerial vehicles (UAVs) should be used for green space planning by the organization.

Teachers Matter More Than Sites and Facilities: Provincial-Level Educational Predictors of Adolescent Life Satisfaction.

Life satisfaction can predict students' school engagement and academic performance, and has shown significant regional differences among adolescents. The predictive effect of economic factors as regional characteristics on adolescent life satisfaction has been extensively examined; however, the regional educational factors that could predict adolescent life satisfaction remain unknown. This study aimed to identify provincial-level educational factors that can predict adolescent life satisfaction. The participants comprised 16,737 students, aged 11-16 years (M age = 13.82; SD age = 0.77; 8767 girls, 7970 boys), from 31 provinces in China. Students completed measures on socioeconomic status and life satisfaction. Multilevel modeling was adopted in data analysis. Adolescent life satisfaction was positively correlated with family socioeconomic status, and negatively associated with age and academic ranking. Life satisfaction was lower for girls than boys. Some regional education development indicators could predict adolescent life satisfaction: ratio of students to teachers, ratio of students to teachers with master's degrees, and multimedia classroom size negatively correlated with adolescent life satisfaction; meanwhile per capita sports field area positively correlated with adolescent life satisfaction. Per capita education expenditure, classroom area, laboratory area, computer room area, language lab area, gymnasium area, green space area, sports field area, computers per student, number of books, and value of equipment and instruments could not significantly predict life satisfaction in this study. The findings suggest that the life satisfaction of female adolescents, those in older age groups, with lower academic rankings and socioeconomic status, and those residing in regions with underdeveloped educational systems was relatively poor. These groups of adolescents should therefore be given special attention. To enhance their life satisfaction, some certain provinces should consider implementing measures such as increasing the number of teachers, reducing class sizes, and providing more opportunities for physical activity among junior middle school students.

ОЦЕНКА СОВРЕМЕННОГО СОСТОЯНИЯ РАСТИТЕЛЬНОГО ПОКРОВА Г. ОБЛУЧЬЕ ПО МУЛЬТИСПЕКТРАЛЬНЫМ ДАННЫМ

A sustainable development of regional towns and small settlements demands the urban modern landscape infrastructure study and assessment. For this purpose, geoinformation systems and remote sensing data are widespread used. The aim of the study was to analyze the green spaces in the small town of Obluchye (Jewish Autonomous region) using multispectral data with an assessment of indicators of the town sustainable development. The sources of information were as follows: Sentinel-2A multispectral products, the Rules of land use and development for Obluchye, field research materials, ICARP FEB RAS stock materials, special literature. The identification and analysis of green spaces distribution in Obluchye are based on calculation results of the normalized vegetation index (NDVI). It is stated that the NDVI value of 0.55 or more is the boundary value for the allocation of green spaces in Obluchye; 0.75 or more - for woody vegetation. The NDVI boundary value of 0.55...0.74 is for herbaceous and shrubby vegetation on lawns, unsettled areas, as well as for natural and produced meadows. The NDVI values of 0.75 or more in the image determine the forest vegetation of the Obluchye recreation zone, tree and shrub thickets along riverbeds and floodplain forests, and woodlands in the town built-up zone. The green spaces distribution across the town functional zones is uneven. The high and very high landscaping areas are characteristic of the Obluchye periphery and correspond to the zones of recreational and residential development. In most cases, tree plantations are located in a recreational area, mainly outside the town. However, all urban development zones have high values of landscaping average level (from 71 to 93%). The calculated indicators of sustainable development in Obluchye show, on the one hand, a significant exceeding level of landscaping (53%), as compared to the established norms (at least 40%). On the other hand, the share of green areas of common use in the total area of green spaces in Obluchye is very low – only 1.6%. Thus, there is a need in a qualitative improvement of green infrastructure in the town of Obluchye.

The economic situation and ways to solve the environmental problems in the city of Ust-Kut

<p>The Ust-Kutsky district and its center, the Ust-Kut city, have become the fastest growing in the Irkutsk region of Russia in the last decade. Ust-Kut is a very important settlement for the economic development of the northern territories of the Irkutsk region and the southern territories of the Republic of Sakha (Yakutia). The city is a key transport hub, where various types of transport routes converge: railway, aviation, automobile, river, and product pipeline. There are deposits of various minerals near Ust-Kut. The timber mining and timber-processing industries are represented here as much as possible. On the other hand, Ust-Kut is one of the ten most air-polluted cities in the Irkutsk region. Most of the air pollution consists of substances formed as a result of fuel combustion. The unfavorable air regime of the city is influenced by climatic conditions: relatively weak winds and temperature inversions in winter. The oil and gas deposits located nearby may help solve the problem of air pollution by gasification of Ust-Kut. In addition, water and soil pollution have been noted in the city due to technological problems of wastewater disposal, garbage collection, and recycling, as well as certain types of industrial waste processing. Therefore, the main task of the sustainable development of the city is to solve its environmental problems. Ust-Kut's environmental problems are solved at the expense of financial resources from government programs, which are not sufficient. But the tax on mining is completely federal, as these funds do not remain in the territory. Through this research, we have searched for ways to achieve a balance between economic development and environmental well-being in Ust-Kut. Specifically, we have explored additional types of economic activities that are safe for nature and public health. For Ust-Kut, located in the north of Eastern Siberia, it is important to increase the area of green spaces within the central part of the city. The development of a system of parks and squares involves their improvement and the formation of a connection into a single natural framework through linear landscaping objects and connections with urban forest sites. The use of sanitary protection zones around enterprises that emit into the environment will contribute to the formation of a comfortable environment and expand landscaping opportunities.</p>

Using coniferous plants in the landscape design of Absheron

In improving the environment, one of the main and decisive factors is landscaping. Among them, evergreen trees and shrubs play an important role. They form the basis for protecting the environment from industrial pollution and creating conditions for cultural recreation of the population. The protection of the biosphere from pollution that negatively affects human health, the protection of natural resources and their rational use in the modern era has acquired serious importance and, as a problem of national importance, worries the public. It was revealed that landscaping has a high dust-collecting capacity. Coniferous, evergreen trees and shrubs especially have this ability. Currently, in the gardens and parks of Baku there are a significant number of species and forms of plants that can be successfully used for further landscaping of the city. But this number of tree and shrub species that are stable under these conditions is absolutely insufficient for the growing area of green spaces every day. It is necessary to expand introduction work in this area, paying special attention to the introduction of new evergreen species and forms of trees and shrubs into culture. For this purpose, research work is being carried out in the “Landscape architecture” laboratory.

Governing green open space in indonesia: barriers and opportunities to enhancing enviromental quality

This article discusses the enhancing of governing green open space in Indonesia. It began by looking at the current condition of green open space in Indonesia, highlighting the barriers faced in governing these areas, looking at opportunities to enhancing, and making recommendations to improve green open space governance. Literature review on governance frameworks that can maximize the potential of green open spaces in Indonesia. The results of this study show that there are several constraints in governing green open spaces, including less awareness and understanding among stakeholders, limited funding and resources, inadequate urban planning, limited community involvement, limited law enforcement and monitoring, urbanization and land scarcity, and weak coordination among government agencies in their management bodies. Our findings point to opportunities in governing greenspace areas, by learning from successful projects, exploring global good practices; innovative financing and partnerships; integrating greenspace into urban planning for cohesive neighborhoods; engaging communities for long-term success and shared responsibility; raising awareness of the value of greenspace through educational campaigns; and utilizing technology for data-driven decision-making and community participation. These opportunities contribute to policy recommendations that can be used by the central government and local governments to improve green open space governance in Indonesia.

Study on the Spatial and Temporal Evolution of Regional Green Space Morphology Outside Built-Up Areas based on the Google Earth Engine and Biophysical Component Modeling

The spatial pattern of regional green space is an important dimension to describe and quantitatively express the characteristics of regional green spaces outside the built-up area of a city. With the expansion of urban and rural construction land, regional green space has been continuously encroached upon. This leads to a decline in regional ecological well-being and the loss of biodiversity. Based on the remote sensing data of Shanghai city from 2000 to 2020, we quantitatively studied the spatial morphological change characteristics of regional green space outside the built-up area of Shanghai city. Firstly, with the help of the GEE platform, the optimal decoding accuracy classification method was selected through machine learning (random forest, support vector machine, classification regression tree); then, based on the biophysical component (BCI) and CA binarization, the built-up area ranges for up to five time nodes were obtained; finally, through GIS spatial data analysis and processing technology, the regional green space dynamic data of Shanghai for five time nodes were extracted. Based on the above data, an analysis index system was constructed to quantitatively analyze the spatial morphology characteristics of the regional green space outside the built-up area of Shanghai. The results show that (1) the area of regional green space outside the built-up area of Shanghai had a fluctuating growth pattern of “decreasing and then increasing”. The arable land and water areas in Shanghai decreased, and the woodland area increased steadily, while the wetland and grassland areas showed a trend of first decreasing and then increasing. (2) The regional green patch fragmentation shows a fluctuating development trend of increasing, decreasing, and increasing. (3) The change in the spatial center of gravity of the regional green space in Shanghai had a high degree of consistency with the overall green space change. The center of gravity of the grasslands in the regional green space moved substantially to the northwest, while the center of gravity of the other types remained basically unchanged. This study reveals the spatial morphology characteristics of regional green spaces and provides a research method to study the dynamic changes in regional ecological resources. The results of this study can provide a scientific basis for the identification, protection, and development of regional ecological resources.

Children's Independent Mobility, School Travel, and the Surrounding Neighborhood

IntroductionChildren's active travel to and from school (AST) and children's independent mobility (CIM) are consistently positively associated with physical activity (PA); however, few researchers have investigated associations between objective measures of the environment and indicators of AST and CIM in national samples. MethodsA national sample of 2,067 Canadian parents of 7- to 12-year-old children was recruited in December 2020. Regression analyses were used in 2023 to assess the association between geographic information system measures of park density, blue space, population density, greenspace, intersection density, and CIM and AST to and from school. ResultsChildren in areas with high versus low park density (>0.025 vs. ≤0.025) had higher odds of travel to school via active modes (OR: 1.47(1.14, 1.91), p=0.003). Children in neighborhoods in the highest quartile for neighborhood greenspace (Normalized Difference Vegetation Index) were more likely to travel to home actively than those in areas of lower greenspace (OR: 1.70 (1.18, 2.45), p=0.004). On average, children living in areas in the highest versus the lowest quartile for intersection density were more likely to engage in AST to (OR:2.43(1.58, 3.75), p<0.001) and from (OR:2.77(1.80, 4.29), p<0.001) school. ConclusionsThe observed associations underscore a need for city planners and policymakers to ensure sufficient access to parks and neighborhood greenspace, especially if findings are confirmed in longitudinal studies. More research is needed to investigate the role of intersection density in supporting AST and CIM.

Crown Density Relationship to Microclimate and Comfort Index in Telaga Sari City Forest, Balikpapan, East Kalimantan, Indonesia

The development of urban areas that are increasingly developing causes the area of green open space to decrease, and urban buildings that are increasingly denser result in an increase in local temperatures in the city. The presence of vegetation will provide cooler air. Furthermore, the urban microclimate is an interesting thing to correlate with the presence of vegetation somewhere. The Telaga Sari City Forest is one of Balikpapan’s green open space places. This research analyz the relationship between crown density microclimate and comfort index. The method for the percentage of crown density used Habitapp App. To measure the microclimate used Thermohygrometer, and Lux Meter. From the research results, it is known that, at the Telaga Sari City Forest there is a strong relationship between crown density and microclimate, namely light intensity, temperature, humidity, and the comfort index/THI, successively the multiple R values of 0.87, 0.83, 0.78 and 0.81. The linear equations namely y = -23.677x + 1986, y = -0.0317x + 31.096, y = 0.119x + 65.891 and y = -0.0232x + 29.007. In order to create a favorable microclimate in the city and provide green open space, it required to plant trees with high canopy density values.

Study On The Availability Of Public Green Open Space Using Geographic Information System Data On Public Green Open Space In The City Of Tebing Tinggi

Based on Spatial Planning Law No. 26 of 2007 concerning Spatial Planning, Article 29 states that the proportion of public green open space is 20% of the city area. In Tebing Tinggi City, based on the 2013-2033 RTRW of Tebing Tinggi City, it is stated that Public RTH covers an area of ​​approximately 72.49 Ha or 1.89% of the city area, which means it is not in accordance with the mandate of Spatial Planning Law No. 26 2007 concerning Spatial Planning. This research was conducted to assess the availability of existing public green open space in Tebing Tinggi City based on image interpretation techniques, spatial distribution, the area of ​​existing public green open space, the service radius of existing public green open space, and the suitability of existing public green open space land. This type of research uses quantitative research and uses spatial analysis techniques. The results identified as many as 60 public green open spaces in Tebing Tinggi City with an accuracy score of 86.36%, which means that the interpretation is considered correct because the spatial distribution pattern of public green open spaces in Tebing Tinggi City is random because the distribution of public green open spaces is not evenly distributed in all sub-districts in Tebing Tinggi City. From the results of the spatial distribution pattern, digitization was then carried out with the result that the total public open space area was 105.27 Ha, which was dominated by the burial area of ​​59.67 Ha or 57.07%. Then, based on each area of ​​green open space obtained, a topological classification of public green open space is carried out, consisting of 7 typologies of green open space, namely City Forest, City Park, District Park, Village Park, RW Park, RT Park, Cemetery and Green Belt, which is then analyzed. Service radius. As a result, it is known that the City of Tebing Tinggi has not been served optimally by public green open space because there is not yet one type of public green open space typology that is capable of serving the city of Tebing Tinggi based on buffer analysis carried out using ArcGis. The only public green open space whose service radius almost covers the city of Tebing Tinggi is the cemetery whose existing existence is capable of serving 99.19 percent of the area of ​​the city of Tebing Tinggi. Finally, a land suitability analysis was carried out between the existing public green open space and the Tebing Tinggi City RTRW for 2013-2033 which resulted in land suitability of 79.92%. Meanwhile, the remaining 20.08% was designated for areas that were not public green open space.

Salary Satisfaction of Employees at Workplace on a Large Area of Planted Land

Salary satisfaction (SS) perception by employees can be affected by psychological impacts from the workplace setting. Landscape attributes of green and blue spaces (GBS) may account for this effect, but relevant evidence is rarely verified. In this study, a total of 56 Chinese industrial parks were chosen as study sites, where employee satisfaction was assessed by rating facial expression scores (happy, sad, and neutral emotions) in photos obtained from social networks (Sina Weibo and Douyin). The structures of the GBSs were characterized remotely by largeness of size, height, and visible ratio of green view (GVI) in a 2 km radius buffer area around the workplace. Street view images from Baidu map were selected for estimating GVI using a pre-trained deep learning model and botanical experts evaluating woody plants’ diversity. The results indicated that SS can be estimated with the maximum likelihood analysis model against the happy score, which ranged within 8.37–18.38 (average: 13.30 ± 2.32) thousand RMB. A regression model indicated SS was lowered by a larger green space area in agreement with a reduced happy score. Further, sad scores in highland areas with tall plants and a strong depression on the happy score was associated with a greater plant diversity. Interesting from this study, the designed apparent size of green space should be considered in green space construction near a workplace to prevent perceptional decline towards SS, while blue space is irrelevant in this relationship. Similarly, the diversity of woody plants should be planned to control its negative impact on the perception of positive emotions, with plant diversity beyond a comfortable level perhaps further decreasing SS.

Understanding Health Outcomes from Exposure to Blue Space Resources: Towards a Mixed Methods Framework for Analysis

With healthcare systems facing growing pressure from ageing populations and associated complex care needs, attention is increasingly being focused on sustainable strategies to improve health outcomes across populations. Encouraging access to natural environments is one form of preventative public health strategy that has been shown to lead to improved physical and mental health outcomes at the population level. A significant body of research has documented the health benefits of accessing a wide range of natural environments, including green space and coastal areas. However, freshwater resources, or inland blue spaces, have received less attention in the field of human–environment interactions. This critical review highlights current research opportunities for developing rich and nuanced insight into inland blue space experiences. Future research must take steps to account for the dynamic and unique nature of inland blue spaces through the application of a wide range of flexible and sensitive research methodologies alongside the application of broader mixed methods research approaches. To effectively utilise inland blue spaces as public health resources, it is vital that research captures the influence of temporal changes on blue space interactions and considers the overarching impact of context-specific factors. Addressing current research gaps in combination with advancing research methodologies offers the potential to consolidate inland blue space findings and create a robust evidence base for the implementation of effective public health policies.

Analysis of Sustainable Urban Development in China and Japan

By studying and comparing the urban planning of China and Japan, this paper discusses the main problems in building sustainable urban development in China and gives some corresponding solutions. In terms of general planning, China's green space indicators are too simplistic and quantitative, lacking in multi-dimensionality and perspective. The layout planning of green spaces is not scientific enough. At the management level, urban planning and greening in China are very passive. Despite the creation of large areas of green space, the quality of these green spaces is not guaranteed. In the absence of relevant laws and regulations, these green spaces are not sustainable and can easily be threatened with demolition. In order to combat these problems, a more effective urban management system should be established, and modern technology should be used to assist in the management of green spaces, with more input from the public in the planning process.

Local characters of Chinese ethnic settlements in Chinatown area of Malang and Kembang Jepun area of Surabaya

Urban development has always brought some impacts to the existing settlements’ dynamic. Heritage settlements acted as a resilient effort in adapting urban developments. Based on the archipelago’s potential wealth in ethnic diversities and cultural communities, the heterogeneity of urban society has always existed. Ethnic settlements (such as Chinese) are often found in developing countries. The unique characteristics of Chinese ethnic settlements set them apart from other ethnic settlements in the same city (such as Arab, Javanese, and others) in terms of their physical environment and community activities. The values of local wisdom in Chinese ethnic settlements in Chinatown Area of Malang were explored and compared to Kembang Jepun area of Surabaya, using typology as an approach in data analysis and processing. Urban design elements such as land use, style, building functions, accessibility, circulation, public space, green space, signage and conservation areas were discussed in this study context of urban heritage. The aim of the study was to be the future guidelines to the government in directing special ethnic settlements’ arrangement (especially Chinese) along with the characters, as well as providing theoretical input for academics to strengthen the local characters with relatively different ethnic settlements in various cities of archipelago. This study showed that Chinese architecture tolerate, adapt and maintain physical aspects through buildings and the living culture.

Public Space as Urban Cultural and Tourism Education Facility with Historical Atmosphere

The Old City area, which is a part of Jakarta City has become the symbol of Batavia's historical greatness. Batavia is also known as the Queen of The East due to its beauty (Brill, 1993). From its long historical record and the abundant number of historical heritages, Old City area revitalization efforts have become a priority in DKI Jakarta Governor’s work programs. Based on Law Number 26 Year 2007 regarding Landscapes, Jakarta should own 30% of green open spaces in its administrative area. However, Jakarta only provides 10% of green open (Hariyawan et al., n.d.). The small amount can also be seen in the Old City area with a small portion of green open space or public area. The Old City area of Jakarta is now filled with illegal dwellings and abandoned buildings which are often used by migrant communities as their residences. This situation creates irregularity and discomfort for the people. Old City area is a cultural heritage area, which is often utilized as a gathering area for artists with routine activities such as photographers, mural artists, and theatrical actors. However, these communities often face difficulties due to limited facilities in the area. Based on the policy analysis of historical cultural heritage preservation of the Old City area in Jakarta, we can conclude that revitalization efforts aim to provide public open spaces by optimizing their functions, and comforts, while also bringing back the historical heritage atmosphere. The goal of this design is to shape interaction space patterns that are in accordance with the local art communities so that they can have their own working spaces. The method utilized in this research was a qualitative descriptive and case study methods, which were implemented in the Old City area. The revitalization of the Old City area in Jakarta has the potential to improve it as urban tourism and art education, which is also integrated with green open space that functions as social space. The involvement of communities in the area is also important in assisting the organizing, driving, and supervising efforts of public areas.

Urbanization and greenspace effect on plant biodiversity variations in Beijing, China

It is of great significance to understand how urbanization and greenspace areas gradient affect urban plant biodiversity for urban renewal and planning toward urban biodiversity conservation. However, the factors affecting plant diversity under rapid urbanization remain unknown in many cities. To this end,702 vegetation sampling plots from 219 2 km × 2 km grids were selected to explore the urban plant biodiversity variation within two perpendicular 10 km width transects running across the urban center in north-south and east-west directions within the 6th ring road in Beijing, China. Impervious surface area (ISA) and Greenspace area (GSA) of each grid were interpreted from high resolution remote sensing images. ISA mainly includes road surface, asphalt, and buildings, and GSA includes tree, shrub and herb canopy. A total of 396 plant species were recorded, including 95 tree species, 87 shrub species, and 214 herb species. The 396 species belonged to 298 genus and 93 families. We found that woody plant diversity, tree size attributes (DBH, height, canopy breadth), and total plant taxa increased significantly with increased urbanization while herb plant diversity decreased significantly. However, the GSA has no significant impact on plant diversity and taxa. We further found the higher woody plant diversity and lower herb plant diversity in ISA’s with a percentage > 50%, and in the ISA percentage < 50% with larger ISA and GSA area (ISA+GSA percentages (i.e., >80%). ISA and GSA can thus be predictive factors for estimating urban plant diversity, which was related to urban planning and different greening decision-makers. The results of this study have important implications for further understanding how current urbanization factors affect plant diversity, which could implement better scientific urban planning to conserve and restore urban biodiversity in many cities around the world.

Impact of built environment on urban surface temperature based on multi-source data at the community level in Beilin District, Xi'an, China.

With the global warming and rapid urbanization in China, the urban built environment has undergone rapid changes, and the land surface temperatures (LSTs) of urban communities have obvious spatial heterogeneity. To explore the key driving factors of community LSTs, the multi-source data and spatial statistical methods being jointly used to analyze the spatial characteristics and main influencing factors of LST at the community level in the Beilin District of Xi'an City, China. The results are as follows: (1) Compared with communities dominated by construction land, communities with large area of green space and water bodies have lower LST. (2) According to the Akaike's information criterion (AICc) and maximum of adjusted R2, and other parameters, the No.1236 model was selected as the optimal model to analyze the influencing factors of community LST by exploratory data analysis, including building density (BD), building height standard deviation (BHS), percentage of public administration and public services land (PASL), percentage of green space and square land (PGSL), population density (POPD), normalized difference impervious surface index (NDISI), and perimeter-area fractal dimension (PAFRAC). (3) For each increase of one unit in NDISI and BHS when other factors remain unchanged, the LST will increase by 0.569°C and decrease by 0.478°C, respectively. (4) From the spatial stability and distribution of Local-R2, the warming factors of community LST are mainly NDISI, PAFRAC, BD, and PASL, while the cooling factors are BHS and PGSL. The spatial heterogeneity of community LST is not only related to the change of underlying surface properties but is also affected by intra-urban architectural morphology. Therefore, reasonable planning of urban built environment is of great significance for mitigating heat islands.

The impact of urban green space on the health of middle-aged and older adults.

Urban green space is one of the most closely related ecosystem services to residents' lives, and it can be regarded as a preventive public health measure. Residents living in parks and other green environments can help improve their physical and mental health, reduce stress and even prevent crime and violence. Therefore, based on the actual situation in China, this paper analyzes the relationship between urban green space and the health of middle-aged and older adults and its mechanisms. This study used multiple linear regression, based the data from the China Health and Retirement Longitudinal Study (CHARLS) in 2013, 2015, and 2018, to explore the relationship between urban green space and the health of middle-aged and older adults. At the same time, group regression was conducted to identify the heterogeneity of health effects of urban green space. The research shows that the increase of urban green space areas can significantly improve the health status of middle-aged and older adults. After a series of robustness tests, the results are still valid. In addition, the health effects of urban green space are different because of gender, age, education level, marital status residence, geographical location of the respondents and park quantity distribution. Further research found that reducing hot weather and optimizing air quality are the potential mechanisms of urban green space affecting the health of middle-aged and older adults, providing new evidence for the causal mechanism between urban green space and the health of middle-aged and older adults. This study expanded the research scope of the impact of urban green space on the health of middle-aged and older adults, covering a representative sample in China. The results show that urban green space has an important impact on the health of middle-aged and older adults. Policy suggestions are made to help cities optimize the landscape and residents to enjoy ecology.

Greenness and biodiversity of open spaces in primary schools and their local surroundings in England

SummaryThere is increasing disconnect between children and nature in the UK. Given that childhood nature experiences are important for the development of nature connection, well-being benefits and aspects of children’s development, mapping the existing biodiversity that children are exposed to on a daily basis in schools and their grounds is vital to identifying areas of low biodiversity and to developing strategies to increase exposure to nature. Despite children spending a large portion of time at schools, there has not yet been an in-depth, in situ assessment of the biodiversity present in school grounds. Using a sample of 14 English schools, including state-funded and non-state-funded schools, we used remote images to quantify green-space area within a 3–km buffer around (buffer greenness) and within (school greenness) each school, including the school’s grounds surrounding the buildings, and in situ images to quantify vegetation visible to children within each school’s grounds (visible vegetation). We also surveyed trees, ground plants, ground invertebrates and birds within school grounds. School greenness correlated positively with visible vegetation, but buffer greenness was not related to either school greenness or visible vegetation. Buffer greenness correlated positively with plant richness, and school greenness correlated positively with tree abundance and richness. Visible vegetation correlated positively with tree abundance and richness, maximum tree diameter at breast height, plant richness and invertebrate abundance. Non-state-funded schools had higher visible vegetation than state-funded schools. Our sample indicates that schools can support considerable biodiversity and that this is broadly consistent across state-funded and non-state-funded schools. We suggest that increasing the amount of vegetation, through planting of trees, shrubs and borders, may be the most effective method of increasing school biodiversity, as visible vegetation had effects on the greatest number of taxa.

Pengelolaan Sumber Daya Alam Hutan Studi Kasus : Hutan Kota Tinjomoyo Kota Semarang

Forest is a stable ecosystem, which has a balance between producers, consumers and decomposers. Where, the forest itself has the ability to provide unlimited natural resources. However, optimal and sustainable forest management and utilization is needed in order to have a forest that has adequate environmental carrying capacity, with the aim of guaranteeing the role and existence of the forest. The Tinjomoyo City Forest which is located in Semarang City has an area of ​​57 ha, with the area of ​​green space in Semarang City being 10,966 ha, out of the 37,367 ha area of ​​Semarang City. Thus, it has reached 30% of the need for green space in the City, if based on Law no. 41 of 1999. Therefore, because the position of the City of Semarang, which has a large green space, has complied with the Law, it is very important to maintain its existence. In this research, it was carried out by direct observation method, which included observation, inventory, and volume calculation. After carrying out an inventory and data processing, it was found that the Tinjomoyo City Forest had a volume of wood reserves of 4,548,600 m3. So with the knowledge of these large enough wood reserves, it is necessary to maintain, manage and utilize forest resources optimally and sustainably. With the aim, to maintain the availability of wood reserves in the Tinjomoyo City Forest.