13 research outputs found

    No weighting for healthy sustainable local planning: Evaluation of a participatory appraisal tool for rationality and inclusivity

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    This paper is concerned with the contribution that project, plan and policy appraisal can make to effective decision making when shaping a built environment that needs to respond to the demands of local voices and also concerns for global sustainability and for population well-being. It argues that effectiveness depends on appraisal processes being rational, based on sound science, and also inclusive, involving stakeholders and implementers. A particular problem in all respects is the widespread reliance of decision makers on methods that use weighting. Although these give the appearance of validity, authority and objectivity, the paper argues that such methods are not compatible with the key tenets of appraisal and decision making that can address the challenges of localism, sustainability, health and inclusion. The paper advocates and evaluates a new technique, SPECTRUM, trialled in practice, which has been developed to meet these challenges. Specific attention is paid to its role in the development of the award winning ICON housing scheme in the Houndwood development at Street in Somerset, England. © 2013 Copyright Taylor and Francis Group, LLC

    Costs and benefits of erosion control measures in the UK

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    Soil erosion is a key threat to ecosystem services. This study assesses the cost-effectiveness of erosion control measures based on an ecosystem services approach. The economic appraisal consists of an assessment (i.e. quantification and valuation) of the on-site and off-site impacts of soil erosion, and its mitigation, on ecosystem services. Many erosion control measures result in negative financial and economic returns. This explains why farmers are generally reluctant to implement erosion control measures without compensation. Based on the assessment described in this study, tramline management, mulching, buffer strips, high-density planting and sediment traps are the most cost-effective erosion control measures for agriculture in the UK. Contour ploughing also appears to be cost-effective, but this measure is not appropriate in all circumstances and therefore cannot be widely promoted. However, actual cost-effectiveness of erosion control measures will differ for local circumstances, and it is therefore advised that individual assessments are made at farm level or field level before recommendations are made to farmers

    Aspiration and reality: flood policy, economic damages and the appraisal process

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    Research to illustrate how the appraisal process, and increased flood damage potential, conflicts with the UK Government's new thinking about flood risk management. Asks questions of the Government's policy aspirations and calls for a change in investment decision making processes

    Gauging the impact of natural hazards: the pattern and cost of emergency response during flood events

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    Internationally unique research quantifying the costs of emergency response to natural hazards; results accepted by the UK Treasury. Taking the UK's 2000 flood, a secondary source data (Belwin), and case study surveys, the research showed that these costs, at 10.7% of event damage, were much higher than previously appreciated

    Domestic source of phosphorus to sewage treatment works

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    Phosphorus is an element essential for life. Concerns regarding long-term security of supply and issues related to eutrophication of surface waters once released into the aquatic environment have led governments to consider and apply measures for reducing the use and discharge of phosphorus. Examples of source control include legislation to reduce phosphorus use in domestic detergents. This research shows that other domestic sources of phosphorus also contribute significantly to the domestic load to sewer and that overall, domestic sources dominate loads to sewage treatment works. Estimates provided here show that although the natural diet contributes 40% of the domestic phosphorus load, other potentially preventable sources contribute significantly to the estimated 44,000 tonnes of phosphorus entering UK sewage treatment works each year. In the UK, food additives are estimated to contribute 29% of the domestic load; automatic dishwashing detergents contribute 9% and potentially increasing; domestic laundry 14%, including contributions from phosphonates, but decreasing; phosphorus dosing to reduce lead levels in tap water 6%; food waste disposed of down the drain 1%; and personal care products 1%. Although UK data is presented here, it is anticipated that similar impacts would be expected for other developed economies. Consideration of alternatives to all preventable sources of phosphorus from these sources would therefore offer potentially significant reductions in phosphorus loads to sewage treatment works and hence to the aquatic environment. Combining all source control measures and applying them to their maximum extent could potentially lead to the prevention of over 22,000 tonnes-P/year entering sewage treatment works

    Analysing the agricultural costs and non-market benefits of implementing the Water Framework Directive

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    Implementation of the Water Framework Directive (WFD) represents a fundamental change in the management of water in Europe with a requirement that member states ensure ‘good ecological status’ for all water bodies by 2015. Agriculture is expected to bear a major share of WFD implementation costs as it is compelled to reduce the emission of diffuse water pollutants. The research outlined here comprises interdisciplinary modelling of agricultural land use, hydrology and consequent water quality effects to consider both agricultural costs and the non-market recreational use (and potentially non-use) values that implementation of the Directive may generate. A theme throughout the research is the spatial distribution of the costs and benefits of WFD implementation, which is addressed through the use of GIS techniques in the modelling of agricultural land use, the integration of land use and hydrological models, and the estimation, aggregation and transfer of the economic value of the benefits
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