Abstract:The notion of ‘sustainability’ emerged in The Ecologist's A Blueprint for Survival, in 1972. The quest to make modern civilization ‘sustainable’ inspired the UN's Stockholm Conference in 1972 and the ‘global trusteeship’ of subsequent international environmental treaties. ‘Sustainability’ is related to ‘futurity’, hence the Brundtland Commission in 1987 defined sustainable development as ‘development which meets the needs of the present, without compromising the ability of future generations to meet their own … Show more
“…Beyond the world of investment, the concept of sustainability is now applied widely with varying significance to everything from power generation to agricultural production (compare Basiago, 1995with Brown et al, 1987. While much argument surrounds the definition of sustainability, a commonly cited version derives from the World Commission's statement that sustainable development 'is development that meets the needs of the present without compromising the ability of future generations to meet their own needs' (World Commission on Environment and Development, 1987).…”
“…Beyond the world of investment, the concept of sustainability is now applied widely with varying significance to everything from power generation to agricultural production (compare Basiago, 1995with Brown et al, 1987. While much argument surrounds the definition of sustainability, a commonly cited version derives from the World Commission's statement that sustainable development 'is development that meets the needs of the present without compromising the ability of future generations to meet their own needs' (World Commission on Environment and Development, 1987).…”
“…The objectives of the majority of articles can be grouped into: (1) the development of conceptual or operational frameworks for systemic understanding of green infrastructure use and innovation [23][24][25][26][27][28]; (2) the investigation of factors, such as policy or planning instruments and the action of stewardship groups, that influence the use and performance of green infrastructure and innovation in the field [16,17,19,[29][30][31][32][33][34][35][36]; and (3) the assessment of the performance of green infrastructure in providing ecosystem services [25,[37][38][39][40][41][42][43][44][45][46][47][48][49] (Table 1). Exceptions to this grouping include two articles that described the spatial diffusion of green infrastructure technology [4] or defined sustainability and examined its underlying principles [50]. With the exception of articles that did not examine specific types of green infrastructure (31% of articles), the most common type of green infrastructure focused upon in articles was the green roof (36% of types in articles), followed by greenspace (e.g., greenways) (24% of types) and green building technologies (16% of types) ( Table 1).…”
Green infrastructure is defined as any type of infrastructure that has the purpose of lessening the burden of development on the environment and/or has the aim of providing ecosystem services, such as runoff management, air temperature reduction, carbon sequestration, and habitat provisioning. Despite these potential benefits and a recent increase in popularity, the widespread use of green infrastructure has been limited. To ascertain why this may be the case, we asked: What are the socio-ecological factors that influence the adoption of green infrastructure? To answer this question, we carried out a review of the literature. We found 32 papers addressing our research topic, three quarters of which were published since 2009. Based on the results and conclusions of the articles we reviewed, we identify six factors that influence the adoption of green infrastructure: Education, the Provision of Ecosystem Services, Financial Incentives, Coordination Among Actors, Laws and Policies, and Planning Recommendations. We present a model of the direct and indirect effects of each factor on the adoption of green infrastructure and investigate the geographic variability of factors. Our results indicate that Education, the Provision of Ecosystem Services, and Financial Incentives are the most influential factors affecting the adoption of green infrastructure because they are supported by the greatest number of articles regardless of location of study and have the greatest number of linkages with other factors and adoption in our model. We conclude with evidence-based strategies to promote the use of green infrastructure in order to create more sustainable environments.
“…Defining sustainability has become an academic inquiry in itself (Basiago, 2006;Selman, 2008;Toman, 1992 ), correlating this complexity and confusion into its meaning leads to uncertainty. As Walker (2006) emphasises, defining sustainability is not a linear process.…”
The absence of a shared definition of the variable that is sustainability is a volatile element in the multi-factor equation known as 'the urban landscape'. The sustainable infrastructure of our urbanised habitats is a fundamental matter for planners and architects, but this is often more of a theoretical concern than a practical application of innovative design implementation. The lack of a shared understanding of sustainable practices contributes to a reliance on conventional orthodoxies, and the 'play it safe' approach to the design of public spaces structurally and aesthetically. This study focuses on the methodological and creative threads that connect sustainable design concepts to their viable outcomes. The recent phenomenon of significant population growth within UK regional city centres has emphasised the demand for user-friendly ecologically enhanced public spaces. The synthesis of native species ecology and innovative utilisation of hard landscaping is a fundamental element in the establishment of the concepts of ownership and place. The successful employment of these concepts is debatable. The strands that link worthy sustainable architectural and planning design intentions to their seemingly logical conclusions are frayed, tangled and often severed. Through a selection of comparative case studies and examples of advanced initiatives this paper examines the causes of this entanglement and paradoxically also highlights the innovative capacity of reversing the existing 'fixed mould of aesthetic convention'.
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