Abstract:This study aimed to assess the compositions and configurations of the urban green spaces (UGS) in urban functional land use areas in Addis Ababa, Ethiopia. The UGS data were extracted from Landsat 8 (OLI/TIRS) imagery and examined along with ancillary data. The results showed that the high-density mixed residence, medium-density mixed residence, and low-density mixed residence areas contained 16.7%, 8.7%, and 42.6% of the UGS, respectively, and together occupied 67.5% of the total UGS in the study area. Manufa… Show more
“…We found that landscape configurational heterogeneity is associated with perception. In a decision-making context in which stakeholders would like to increase landscape heterogeneity for improving perception, particular attention must be paid to the impacts on landscape composition, another important structuring element of UGS [61]. The importance of balancing configuration and compositional elements is a key ecological concern to promote biodiversity [29], particularly in UGS, and thus visitor well-being [62].…”
In the current context of global urbanization, interdisciplinary research is needed to identify planning and management practices in urban green spaces (UGS) that would enhance both biodiversity and visitors’ well-being. The perception of landscape heterogeneity, a core ecological concept, has been demonstrated to have a positive impact on visitors’ psychological restoration. In order to apply these findings within UGS to planning and management practices, we need to characterize visitors’ perception of landscape heterogeneity. We gathered data on 390 visitors’ perception of landscape heterogeneity. Our results highlighted that visitors perceive landscape heterogeneity through the mixing of different heights of three vegetation strata and flower areas. Planning and management practices should enhance this landscape aspect within UGS to simultaneously promote biodiversity and visitors’ psychological well-being.
“…We found that landscape configurational heterogeneity is associated with perception. In a decision-making context in which stakeholders would like to increase landscape heterogeneity for improving perception, particular attention must be paid to the impacts on landscape composition, another important structuring element of UGS [61]. The importance of balancing configuration and compositional elements is a key ecological concern to promote biodiversity [29], particularly in UGS, and thus visitor well-being [62].…”
In the current context of global urbanization, interdisciplinary research is needed to identify planning and management practices in urban green spaces (UGS) that would enhance both biodiversity and visitors’ well-being. The perception of landscape heterogeneity, a core ecological concept, has been demonstrated to have a positive impact on visitors’ psychological restoration. In order to apply these findings within UGS to planning and management practices, we need to characterize visitors’ perception of landscape heterogeneity. We gathered data on 390 visitors’ perception of landscape heterogeneity. Our results highlighted that visitors perceive landscape heterogeneity through the mixing of different heights of three vegetation strata and flower areas. Planning and management practices should enhance this landscape aspect within UGS to simultaneously promote biodiversity and visitors’ psychological well-being.
“…5d). Likewise a study by Woldesemayat and Genovese (2021) a rmed that inner parts of the urban centers in developing countries have low supply of UGS, which increases towards the peripheries.…”
Section: Urban Green Space Availabilitymentioning
confidence: 97%
“…Urban green space (UGS) refers to part of urban land covered with vegetation (Rahimi, 2020), and is recognized solution for creating smart and resident friendly urban centers (Tan et al, 2013;Demuzere et al, 2014;Wolch et al, 2014;Jennings et al, 2016;Daniels et al, 2018;Woldesemayat and Genovese, 2021). UGS has multitude of social, economic, ecological, and planning bene ts (Attwell, 2000;Kaczynski and Henderson, 2008;Baycan-Levent and Nijkamp, 2009;Sadeghian and Vardanyan, 2013;Kabisch et al, 2016;Pulighe et al, 2016;Anguluri and Narayanan, 2017).…”
Section: Introductionmentioning
confidence: 99%
“…Geospatial data and analysis techniques are very effective in urban greenery planning, their availability assessment, and evaluation. Many studies demonstrated the effectiveness of geospatial techniques for urban green space analysis and mapping (Hashim et al, 2019;Elderbrock et al, 2020;Woldesemayat and Genovese, 2021;Kumakoshi et al, 2020;Le Texier et al, 2018). Now a days Debre Berahn town is experiencing rapid growth of industrialization due to its proximity to Addis Ababa and its conducive climatic condition.…”
Urban green space (UGS) is part of urban land covered with vegetation which has an immense benefit for sustainable urban development. The main objective of this study was urban green space supply analysis and evaluation for Debre Berhan town, Ethiopia. To realize this objective, we generated UGSs information by using normalized difference vegetation index (NDVI) which was calculated from Sentinel 2 satellite image. Then, the result of NDVI calculation was classified as small vegetation and high vegetation with over all accuracy of 87.29% and kappa value of 0.808. According to the result, there are 15.85% and 1.55% supply of urban green space for small and high vegetation respectively. In addition, the UGS supply in inner and outer part of the town for each land use was quantified. The result showed that in the inner part of the town, service, green area, and vacant land uses have 30.12%, 30.06%, and 13.32% of UGS supply respectively. Conversely, recreation, commercial, and administration land uses are least supplied with 0.11%, 0.26%, and 0.40% share of UGS. Furthermore, the UGS supply was evaluated against the new urban planning strategy of Ethiopia (30% coverage) and World Health Organization standard (9m2 per person). The coverage of small vegetation and high vegetation was 15.85% and 1.55% respectively. The UGS per capita for small vegetation was about 75.16m2 while the value for high vegetation was 7.33m2. The results of our analysis can be used as an input for urban planning and master plan revision.
“…Studies have shown that a well-developed and managed urban green infrastructure contributes significantly to urban sustainability by providing significant benefits in the areas of social, economic, and environmental concerns [20,73,74]. In both developed and developing countries, urban green infrastructure can provide passive and active recreation and help to meet a community's leisure needs by providing places for playing, sport, recreation, special events, and other leisure activities [75,76].…”
Lack of sustainable strategic approaches has led to non-functional, unsafe, inaccessible, and fragmented urban green infrastructure within cities. In sub-Saharan African cities, the development and management of urban green infrastructure are not realized in many instances due to a lack of priorities and resources. The objective of the study is to develop strategic approaches that help to overcome the challenges of urban green infrastructure and promote a sustainable development and management system in Ethiopia with special references to the emerging towns of Oromia special zone that surrounds Finfinne. To design sustainable strategic approaches for an urban green infrastructure development and management system, the study collected data using key informant interviews, focus group discussion and document reviews. Findings identify seven potential strategic approaches that are needed to create a sustainable urban green infrastructure development and management system. Hence, improving the quantitative, qualitative, and accessibility standards on the provision of urban green infrastructure is needed for sustained development. Moreover, advanced development in budget allocation, capacity building, legal and institutional framework, awareness creation, and stakeholder’s involvement are also needed to promote a sustainable development and management system of urban green infrastructure in the urban centers of Ethiopia in general and emerging towns in particular.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.