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The environmental performance of small and medium sized enterprises (SMEs) was chosen to be the topic of study for this thesis. While this policy-relevant research area has gained increased coverage in the literature over the last decade, it has still proved difficult to generate empirical data and information of sufficient quality and quantity. A major aspect of environmental performance involves the management of waste, and waste minimisation was of particular interest to this programme of research. Another area of special interest for this thesis was the extent to which voluntary policy tools (voluntary initiatives, or VIs) could be utilised at the local level to engage with SMEs on the issue of improved environmental performance. The early desk study research revealed the major barriers preventing more environmental action by SMEs to date. The barriers included low-priority attachment to environmental issues, a lack of time/manpower and limited understanding. It also revealed that while VIs have proved successful at the 'macro' level there is little evidence or experience to draw on for their design or implementation at the local scale. The programme of empirical research Involved an original analysis of a recent nation-wide survey into the environmental attitudes of UK manufacturing businesses; the completion of an environmental attitudes survey with approximately 60 SMEs situated in East Anglia; observation of a waste-oriented local authority environment project Involving small businesses and a similar project with a rural village community in Suffolk, and finally the establishment of two voluntary waste minimisation initiatives on Industrial estates in Norfolk and Suffolk. The national survey analysis identified smaller sites as consistently less proactive in most areas of environmental thinking and action. This finding was not strongly confirmed by the survey of East Anglian SMEs which showed that a small business does not have to be a member of an environmental group/initiative to have already adopted certain sound environmental practices, even if primarily these measures were geared towards cost savings/efficiency gains. The industrial estates projects have proved to be particularly useful, demonstrating the potential benefits of this type of voluntary action which capitalises on the close geographical proximity of a number of SMEs sharing common problems. The benefits included a reduction of waste generation, the development of more environmentally responsive business cultures and improved relations with the local authority. The village community project that brought together all elements of the local society from the businesses to the school, in a rural setting, seems to be a sensible way to focus minds on the reduction of waste and consequent benefits.

Following a series of conflicts between conservationists and local stakeholders around protected areas during the 1980s, conservation policies have widened to incorporate a greater reliance on communication and education, partnership approaches and the use of sustainability terminology. The debates surrounding conservation have begun to extend beyond a previously narrow, scientific focus to encompass issues such as competing environmental values, land tenure, public access and local participation. In order to examine how changes in conservation ideology have affected operational practice, this study involves an exploration of current procedures and sources of conflict, with a focus on the use of protected areas to conserve peatlands. This is undertaken through a qualitative analysis of attitudes towards conservation procedures, environmental values, restoration and sustainability projects around case-study sites in northern and north-eastern Scotland, based on interviews with local stakeholders and conservation representatives. The findings suggest that changes in procedure have contributed to a more positive relationship between conservation agencies and local stakeholders. However, significant sources of conflict still remain between stakeholders and conservationists, including differences in the values placed on peatland environments, different interpretations of stewardship and management, and stakeholder resentment over the use of institutional power to control land management. In addition, despite a growth in sustainable development initiatives, conservation is often still seen as a land-use which prevents economic development. Similarly conservationists, despite being seen as sympathetic on an individual level, are believed to attribute a low priority to economic concerns. Overall, while changes in conservation procedure are acknowledged by stakeholders, the process is a gradual one, and many issues relating to past conflict remain. The role of environmental restoration and sustainability, two 'ways forward' for conservation, are evaluated in this context.

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Severely nitrogen and phosphorus deficient restored opencast coal mine sites planting with Sitka spruce ( Picea sitchensis , Bong. (Carr.)) were treated with both sewage sludge and inorganic fertilizer. Cake sludge was applied before planting at the rate of 100 and 200 tds/ha and liquid sludge at the rte of 227 m3/ha at the age of 3 in selected plots. The highest treatments (S200L) supplied approximately 2051 kg N/ha and 983 kg P/ha which is sufficient to establish an internal nutrient cycle in such degraded sites. Sewage sludge significantly increased the tree growth and foliage N and P concentrations both over the control and inorganic fertilizer treatments. Foliage N concentrations up to 1.95&'37 increased the maximum height growth above which the height growth declined due to excess N concentrations. Both the mean needle weight and height growth increased in response to the increased foliar P concentrations and the response is still not complete. Whole tree sampling showed that there was significantly more tree biomass in sludge treatments in comparison to the control treatments. Regression equations based on independent variables of stem diameter at 5 cm from the ground were developed to estimate total tree dry biomass. Ground vegetation dry matter, nutrient content and species diversity significantly increased in sludge treatments. Soil pH increased, bulk density decreased and organic C, total N, available P, K and Mg increased following sludge application in comparison to the control treatments. Nitrate leaching losses increased immediately after the liquid sludge applications in highest sludge treatments but with time fell down and remained within the standard limit for potable water. Drain water nutrient leaching losses remained well below the soil leachate except for magnesium. Nitrogen mineralization potential increased with increased application rate indicating increased cycling of N within the ecosystem and hence long-term growth response potential to the applied treatments.