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Environment for architecture.ppt

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Environment for architecture.ppt

  1. 1. AYUBOWAN May all living-beings live long
  2. 2. Urban Parks – and the Environment Professor Sarath W Kotagama Professor of Environment Science University of Colombo
  3. 3. What is the environment ?
  4. 4. Agricultural practice INSECURITY, and UNCERTAINITY OF THE FUTURE SECURITY and CERTAINITY Hunter – Gatherer ? Present society
  5. 5. NATURAL
  6. 6. BUILT BUILT
  7. 7. Theoretical THEORITICAL
  8. 8. THEORITICAL ENVIRONMENT NATURAL BUILT
  9. 9. Past development caused these three elements to move apart
  10. 10. ENVIRONMENT NATURAL STRUCTURED THEORITICAL
  11. 11. ENVIRONMENT NATURAL BUILT THEORITICAL
  12. 12. ENVIRONMENT NATURAL BUILT THEORITICAL
  13. 13. Resolution of present environment issues require the understanding of these three components and seeking to bring them back as close as possible….
  14. 14. Open space: should, it is suggested, be defined as that part of the urban area which contributes to its amenity, either visually by contributing positively to the urban landscape, or by virtue of public access. It is therefore defined as combining urban green spaces and civic spaces. “a mixture of public (or civic) and green space, where public spaces are mainly ‘hard’ spaces such as squares, street frontages and paved areas.” It is also compatible with the approach proposed in Scotland, which defines open space as “a mixture of civic spaces and green spaces”.
  15. 15. Public open space is defined as open space, both green spaces and hard ‘civic’ spaces, to which there is public access, even though the land may not necessarily be in public ownership. (This is different from the legal definition in the Town and Country Planning Act 1990 and the more traditional planning definition of ‘public open space’ (POS), still used by some local authorities, to mean publicly accessible green space without any formal facilities for recreation provision).
  16. 16. Urban green space: is defined as land that consists predominantly of unsealed, permeable, ‘soft’ surfaces such as soil, grass, shrubs and trees (the emphasis is on ‘predominant’ character because of course green spaces may include buildings and hard surfaced areas); it is the umbrella term for all such areas whether or not they are publicly accessible or publicly managed. It includes all areas of parks, play areas and other green spaces specifically intended for recreational use, as well as other green spaces with other origins.
  17. 17. Social Benefits: green spaces offer important opportunities for people to make contact with nature, to take exercise by involvement in both passive and active recreation, and to be involved in many kinds of social, cultural and community activities. The following two aspects merit particular attention: – Health benefits: the environmental and social benefits that green spaces bring in themselves create further physical and mental health benefits for individuals and communities; – Educational benefits: green spaces offer a wide range of both formal and informal educational opportunities to all age groups;
  18. 18. Environmental Benefits: green spaces can be shown to play an important part in wildlife and habitat conservation, so helping to meet biodiversity objectives, as well as contributing to landscape and cultural heritage, improving urban air quality and ameliorating the urban climate, and reducing noise levels;
  19. 19. Economic Benefits: green spaces can help to attract inward investment, to retain businesses, to create employment opportunities, to support tourism and to increase the value and marketability of nearby property.
  20. 20. Singapore recommendations… • Transplant and plant “instant trees” (fast- growing indigenous trees that are shady, easily available and require little maintenance) to achieve results in a short time-frame • Design roads to include adequate planting areas • Require paved areas such as car parks to be planted with trees to attenuate the heat of the large asphalt surfaces
  21. 21. • Cover concrete structures such as flyovers, overhead bridges and retaining walls with creepers and climbers, and screen them with shrubs and transplanted trees to provide visual relief from the built environment • Encourage provision of shade along walkways and roadsides through planting policies, particularly in civic and governmental areas • Encourage property owners and residents to focus on the greening of rooftops and sides of high-rise buildings – maximizes land use while improving the environment. Singapore…..
  22. 22. • Require developers of residential areas to plant roadside trees and set aside land for open space • Cater to and reflect the diverse recreational needs of the population • Capitalize upon and enhance existing natural assets • Create an identity where natural assets were lacking, including the installation of sculptures, challenging playgrounds and creating habitats to attract wildlife such as birds Singapore…..
  23. 23. • Maintenance: The Heritage Trees Scheme is aimed at conserving the trees that have been maturing gracefully while the Heritage Roads Scheme seeks to preserve roadside landscapes with beautiful mature trees and greenery. • Ensuring access: a comprehensive network linking major parks and nature areas is currently being developed. When completed, the system of parks and park connectors will span some 360 km and enable the population to explore the island through one continuous green network. Singapore…..
  24. 24. • Educating the population: the website of the National Parks Network offers a rich amount of information about the park system, the history of the greening initiative, and resources for citizens and corporations interested in participating in greening activities (such as a resource book for creating rooftop gardens and green buildings). Singapore…..
  25. 25. 1972 POVERTY the cause for ENVIRONMENTAL DEGRADATION ENVIRONMENTAL DEGRADATION the cause for POVERTY 2002 DEVELOPMENT SUSTAINABLE DEVELOPMENT SOLUTION
  26. 26. (Theruvan Saranai) Professor. Sarath Wimalabandara Kotagama Professor of Environmental Science University of Colombo (Wasanawan)

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