The Swedish Environment Protection Act (SEPA) was implemented in 1969 and constituted the first comprehensive Swedish regulation of industry-induced environmental externalities. In keeping with a longstanding corporatist tradition, Swedish policymakers aimed to establish a cooperative climate with industrial producers and instructed the regulatory authorities to strive to reach consensual agreements with affected firms. Despite such accommodations, the environmental adaptation of Swedish industrial production proceeded at a greater pace, during the 1970’s and 1980’s, than in most comparable countries, many of which had implemented seemingly more stringent environmental regulations than had Sweden. This thesis seeks to identify the firm level incentives behind this process, by examining the economic impact of the SEPA upon one of the more pollution-intensive branches of Swedish industrial production, the pulp and paper industry. Guided by previous research, an hypothesis is proposed in which the implementation of the SEPA came to aid the structural rationalization of this industry during the 1970’s and 1980’s, by inducing the exit of marginal, small-scale pulp and paper mills, thereby relaxing the prevailing competition over wood resources and available market space and creating more room for expansion within the surviving mills. As larger firms tend to operate larger mills, the hypothesized effects are suggested to have benefited large-scale producers within the industry, at the expense of their smaller rivals.   The findings of the thesis show that the economic effects of the SEPA were more severe for small as compared to large-scale mills and that regulatory requirements for pollution abatement did contribute to the shutdown of several small-scale mills during the 1970’s and 1980’s. No conclusive evidence could, however, be found for the validity of the thesis’ hypothesis as a whole, as these shutdowns were not predominantly administered by small-scale firms, as predicted by the hypothesis. Rather, the vast majority of these shutdowns were accounted for by some of the largest firms within the industry. Some tentative evidence was found, however, that the implementation of the SEPA may have benefitted certain large-scale producers within the industry, by facilitating acquisitions of smaller firms with valuable assets.

Thesis (M.S.)--Auburn University, 2007. / Abstract. Includes bibliographic references (ℓ. 54-62)

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In this paper, biochemicals with the potential to substitute fossil reference chemicals in Germany were identified using technological readiness and substitution potential criteria. Their greenhouse gas (GHG) emissions were quantified by using life cycle assessments (LCA) and their economic viabilities were determined by comparing their minimum selling prices with fossil references’ market prices. A bottom up mathematical optimization model, BioENergy OPTimization (BENOPT) was used to investigate the GHG abatement potential and the corresponding abatement costs for the biochemicals up to 2050. BENOPT determines the optimal biomass allocation pathways based on maximizing GHG abatement under resource, capacity, and demand constraints. The identified biochemicals were bioethylene, succinic acid, polylactic acid (PLA), and polyhydroxyalkanoates (PHA). Results show that only succinic acid is economically competitive. Bioethylene which is the least performing in terms of economics breaks even at a carbon price of 420 euros per ton carbon dioxide equivalent (€/tCO2eq). With full tax waivers, a carbon price of 134 €/tCO2eq is necessary. This would result in positive margins for PHA and PLA of 12% and 16%, respectively. From the available agricultural land, modeling results show high sensitivity to assumptions of carbon dioxide (CO2) sequestration in biochemicals and integrated biochemicals production. GHG abatement for scenarios where these assumptions were disregarded and where they were collectively taken into account increased by 370% resulting in a 75% reduction in the corresponding GHG abatement costs.

Master of Regional and Community Planning / Department of Landscape Architecture/Regional and Community Planning / Jason Brody / Community leaders have substantial interest in fostering the local cultural economy as the arts attract both businesses and residents. Because art and creativity are regarded as spontaneous, organic processes, most researchers recommend planning initiatives that capitalize on a community’s existing cultural economy rather than producing contrived elements of creativity. One strategy that fits the framework of such recommendations is the concept of cultural district development. These districts typically evolve naturally to some extent, due to pre-existing urban form and cultural activities. Because this revitalization strategy does not demand large public investments, it is attractive to public leaders. However, revitalization strategies may have unanticipated results at the detriment to those “urban pioneers” who initially improved the area and catalyzed the districts’ reinvestment. While such districts rely on the collaborative efforts of community members, local governments and public organizations can play a pivotal role in allowing them to address such threats with effective policies. This master’s report investigates the process and effects of cultural district development through a case study of the Crossroads Arts District in downtown Kansas City, Missouri. This illustrates how this particular district evolved, why and how planning initiatives formalized the district, what processes and players were involved, and the resulting changes to the area. As the Crossroads Arts District is becoming increasingly formalized, this report will explore the past, present, and future of the neighborhood with insights drawn from interviews and supplementary historical document review. Through a case study of planning activities, through the scope of cultural district development, this report illustrates the organic nature of creative synergy, the importance of community associations, the relationship between the arts and revitalization, the role of public planning in addressing citizen needs, and the dynamic character of communities.

published_or_final_version / Environmental Management / Master / Master of Science in Environmental Management

Civil gang injunctions (CGIs) are bans on nuisance behavior that have been enacted against gang members. Numerous studies conducted on the efficacy of CGIs have proven that they have little to no long-term effects on the communities in which they are implemented, nor on the gang members enjoined under them and their gang activities. The purpose of this empirical, phenomenological interpretative analysis study was to (a) determine the sociofamilial effects of CGIs on community residents; (b) determine the effects of CGIs on the behaviors and activities of enjoined gang members; and (c) determine the overall efficacy of CGIs based on the perspectives of community residents and enjoined gang members, with the goal of creating avenues to improve CGIs or eliminate them, if necessary. The theoretical framework for this study was Berger and Luckmann's social construction theory. A total of 7 anonymous phone interviews were conducted with community residents, enjoined gang members, and local law enforcement living and/or working in the enjoined neighborhood during the implementation of the first gang injunction in Memphis, TN. Data from these interviews were coded for thematic analysis and constant comparison. The findings were mixed in that some participants expressed that the injunction had positive results for a while and others expressed that it had a negative effect on the community. It was found that the injunction was positively effective, but only on a short-term basis, and that consistent introduction of community resources to address underlying issues that lead to crime would have been a better solution.

This thesis deals with some challenges related to the mitigation of climate change and the overall aim is to present and assess different possibilities for the mitigation of climate change by: • Suggesting some measures with a potential to abate net greenhouse gas (GHG) emissions, • Discussing ideas for how decision-makers could tackle some of the encountered obstacles linked to these measures, and • Pointing at some problems with the current Kyoto framework and suggesting modifications of it. The quantification of the net CO2 effect from a specific project, frequently referred to as emissions accounting, is an important tool to evaluate projects and strategies for mitigating climate change. This thesis discusses different emissions accounting methods. It is concluded that no single method ought to be used for generalisation purposes, as many factors may affect the real outcome for different projects. The estimated outcome is extremely dependent on the method chosen and, thus, the suggested approach is to apply a broader perspective than the use of a particular method for strategic decisions. The risk of losing the integrity of the Kyoto Protocol when over-simplified emissions accounting methods are applied for the quantification of emission credits that can be obtained by a country with binding emissions targets for projects executed in a country without binding emission targets is also discussed. Driving forces and obstacles with regard to energy-related co-operations between industries and district heating companies have been studied since they may potentially reduce net GHG emissions. The main conclusion is that favourable techno-economic circumstances are not sufficient for the implementation of a co-operation; other factors like people with the true ambition to co-operate are also necessary. How oxy-fuel combustion for CO2 capture and storage (CCS) purposes may be much more efficiently utilised together with some industrial processes than with power production processes is also discussed. As cost efficiency is relevant for the Kyoto framework, this thesis suggests that CCS performed on CO2 from biomass should be allowed to play on a level playing field with CCS from fossil sources, as the outcome for the atmosphere is independent of the origin of the CO2. / QC 20101015