There is now a scientific consensus about the evidence for global climate change and its causes that has been explained by eleven leading national scientific academies, including the Royal Society. In a joint statement, released on 7th June 2005, they concluded: “We urge all nations, in the line with the UNFCCC principles, to take prompt action to reduce the causes of climate change, adapt to its impacts and ensure that the issue is included in all relevant national and international strategies. As national science academies, we commit to working with governments to help develop and implement the national and international response to the challenge of climate change”.
In its own effort to solve this urgent problem, the UK Government is committed to securing sustainable development, for which the internationally accepted definition is ‘to ensure that it meets the needs of the present without compromising the ability of future generations to meet their own needs’.
Sustainability Appraisal is a process used to audit how sustainable development is being incorporated into strategies for development, such as a Local Development Framework and is a part of the new planning system that is being introduced following the passage into law of the Planning and Compulsory Purchase Act 2004 and associated regulations. In general terms, the sustainable practices necessary to achieve sustainable development will be those that create the conditions for humanity to live on environmental income (i.e. taking from the environment only what the biosphere can replenish) whilst simultaneously maintaining our environmental capital in good condition so that it is available for the potential use of future generations (i.e. maintaining or improving the ‘carrying capacity’ of the planet) and this concept underpins the UK Government Sustainable Development Strategy ‘Securing the future’, published in March 2005.
To meet this challenge and pass the test of sustainability appraisal, both planners and developers need to take into consideration three new problems, which are shown below as questions and answers (Q & A):
Q: How do we regenerate without using fossil fuels and other resources taken from the earth’s crust that cannot be replenished?
A: By using the materials available to us more efficiently and recycling them for future use.
Q: How do we maintain the biosphere we depend on?
A: By taking account of the effects our actions have on other life-forms and taking steps to maintain existing biodiversity.
Q: How do we make the necessary economic & environmental changes without causing major social distress, in particular, increasing loss of life and poverty?
A: By involving everybody in the decision making process so that all are aware of the potential social effects of our actions and can contribute to the search for sustainable solutions.
The perceived need for the guidance contained in this paper has arisen as a result of questions and comments made by some key interested parties:
The County’s Sustainability Champion (
Paul Newman
Chair, Sustainable Staffordshire
June 2005
|
Type &
purpose of strategic objective |
Sustainability test
against which development proposal will be appraised |
Sustainability
measurement |
Principle indicators
to determine achievement of strategic objective |
|
Economic Maintaining and improving prosperity |
1. Developing the local economy a. By use of local labour b. By use of local suppliers 2. Reducing carbon emissions: a. By using energy from renewable sources b. More efficient use of fossil fuels 3. Reducing waste going to landfill a. By reusing or recycling materials b. By designing out waste |
LM3 No. of employees £k/year Tonnes CO2/year KWH/year KWH/year Tonnes waste/year Resource tonnes/yr Potential tonnes/yr |
Average Income (£k) per family &/or Indicator of economic satisfaction |
|
Environmental Maintaining and improving productive & aesthetic land usage |
4. Reducing contaminates a. By designing out contamination b. By identifying and monitoring potential contaminates 5. Reducing impact of built environment a. By renovating existing facilities b. By use of recycled construction materials 6. Encouraging biodiversity a. By maintaining existing habitats b. By improving carrying capacity of land |
Local levels/ppm Reduction/ppm Local levels/ppm Land/Buildings M2 M2 M2 No. of Species No. of Species Breeding record |
Percentage land usage across Planning Authority Area (Hectares) |
|
Social Maintaining and improving the safety and accessibility of facilities |
7. Reducing need for motorised transport a. By increasing walking and cycling b. By reducing miles travelled by private vehicles c. By reducing length of supply/distribution chain d. By increasing use of public transport e. By increasing use of vehicles not using fossil fuels 8. Increased usage of local facilities a. By providing more facilities/services b. By increasing capacity of existing facilities/services |
Miles/year Miles/year Miles/year Miles/year Miles/year Miles/year No of users/year No./year No. of users/year |
Indicator of social satisfaction |
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