No description available.

Thesis (doctoral)--Universität Erlangen.

Univ., Diss.-2003--Würzburg, 2002.

LL.M. / Please refer to full text to view abstract

Humboldt-Univ., Diss.--Berlin, 1998.

University of Macau / Faculty of Law

The application of a transfer of development rights (TDR) programme is a concept which has been used, both formally and informally, by regulators of development, as a mechanism to protect areas of historical, cultural, ecological, agricultural and environmental importance. The application of a TDR programme requires definition of a TDR boundary and the identification of sites within such area which are capable of sustaining development (receiving sites) and sites that are not suited to development (sending sites). A TDR programme serves to protect the natural environment; preserve historical and cultural diversity; and, strives to achieve an equitable spread bf development opportunities amongst property owners in a given area. There are those involved with current development planning policy within KwaZulu-Natal who propose that the planning legislation should formally incorporate TDR regulations into the KwaZulu-Natal Planning and Development Act (Act 5 of 1988). TDR programmes in KwaZulu-Natal have been applied in a limited sense and in an informal manner. To date, no area in KwaZulu-Natal has been formally designated as a TDR area and the formal implementation and the feasibility of instituting a TDR programme has not been tested. It is suggested that within an area where environmental, agricultural, historical or cultural significance has been identified an opportunity for the application of a TDR programme exists. The planning and implementation of a TDR programme within a designated area provides an opportunity for integrated and sustainable development to occur. Within a defined TDR area the parameters for development capacities are agreed to upfront through negotiation between property owners, approving authorities and interested and affected parties. Consequently the possibilities of over or inappropriate development levels within the defined special area are significantly reduced. It must be noted that TDR programmes are area specific and therefore should only be applicable in areas which are of significant agricultural, environmental, historical, cultural and ecological value. This thesis identifies a possible areawhere a TOR programme could be applied. It was thought appropriate that the pilot area should be one which is environmentally sensitive and where only limited development has been permitted. The Midmar Area of Controlled Subdivision, situated north of Pietermaritzburg in the KwaZulu-Natal Midlands provides an ideal opportunity where a TDR model could be examined and developed. In essence, this thesis defines TDR programmes and includes a brief investigation into international application of TDR programmes. In particular, it examines the application of a TDR programme at Lake Tahoe in the United States to illustrate the possible levels of sophistication that such a programme may achieve. It outlines the legislative framework in terms of which a TDR programme may be implemented for the study area. An overview of the current situation of the Midmar Area of Controlled Subdivision is presented which includes a summary of the attributes of the area; the current development pressures it faces; and, planning initiatives impacting on the Midmar Dam and its surrounds, all of which inform the study. The thesis also examines how and whether the implementation of a TOR programme could be successfully achieved. The study concludes that the Midmar Area of Controlled Subdivison would form an ideal foil on which to test the application of TOR programmes in KwaZulu-Natal. A set of recommendations which would form the basis for the implementation of a TOR programme in the Midmar Area of Controlled Subdivision is provided. The thesis does not attempt to identify each individual parcel of land which should be ascribed receiving or sending site status as this would require further in-depth study by various specialists. / Thesis (M.Env.Dev.)-University of Natal, Pietermaritzburg, 2001.

This dissertation aims to provide a better understanding of the technology licensing practices of academic research institutions. The study identifies time durations in licensing and incorporates these into a model to evaluate licensing performance. Performance is measured by the efficiency of an institution's technology licensing process and efficiency changes over time, using Association of University Technology Managers annual survey data from 1991 to 2007. Organizational characteristics influencing the licensing performances of 46 U.S. research institutions also are explored. The study resulted in a new approach that integrates the identification of time lags in licensing, analysis of efficiency change, and exploration of the influence of organizational characteristics on efficiency change. A super-efficiency variable returns to scale data envelopment analysis (DEA) model was applied to the time-lag neutralized licensing data, to measure the efficiency of U.S. research institutions' licensing performance over time. The study also includes an innovative approach to resolving issues with the super-efficiency DEA model, including mathematical infeasibility and zero-data issues. The licensing mechanisms included in the study are disclosure, patent applications, patents issued, licenses and options executed, start-ups, and licensing income. The time duration from expenditure to licensing income, including all intermediating licensing processes, ranged from 2 to 27 years. The study identified the organizational characteristics related to licensing practice. Academic prestige and research quality are positively related to disclosure, patents granted, and start-up. The resources of a technology licensing office influences the number of licensing agreements, whereas licensing office experience has a positive relationship with start-ups. Increased licensing resources improve the efficiency of licensing practices, and a research institution with more dedicated licensing staff has improved licensing productivity. Private institutions improved their licensing practice more than public ones during the study period. On the other hand, institutions with a medical school demonstrated low efficiency. This dissertation fills a gap in the understanding of licensing practice and the organizational characteristics related to licensing performance. In addition, the study contributes to research methodology by providing a new approach to identifying time lags and improving the DEA method. The results, grounded in comprehensive observations over multiple time durations, provide an insight into the licensing practices of U.S. research institutions. The dissertation presents recommendations for research institutions based on the relationships identified among academic prestige, research intensity, organizational characteristics of the technology licensing office, and licensing performance.