This paper develops a model for Namibian hake, which incorporates the biology, gear selectivity and the economics of the hake fisheries in a framework that allows the analysis of fishing gear impacts on the potential economic gains from the resource. The objective is to produce quantitative results on the key variables of the fishery, namely economic rent, standing biomass and catch levels, that will support the optimal sustainable management of one of Namibia's most valuable fishery resources. Outcomes for three management scenarios are produced, (i) command; (ii) cooperative; and (iii) non-cooperative. For each of these, results are presented for two different assumptions of the economic setting under which the managers of the fishery operate, that is, a fully economic setting and a setting with cost-less labor inputs. As would be expected, different management scenarios and assumptions about the economic setting impact on the results derived from the model in significant ways.
Justifiable energy injustices? Exploring institutionalised corruption and electricity sector “problem-solving” in Ghana and Kenya
Festus Boamah, David Aled Williams, Joana Afful
Energy Research and Social Science
Health equity and COVID-19: global perspectives
Efrat Shadmi, Yingyao Chen, Inês Dourado, Inbal Faran-Perach, John Furler, Peter Hangoma, Piya Hanvoravongchai, Claudia Obando, Varduhi Petrosyan, Krishna D Rao, Ana Lorena Ruano, Leiyu Shi, Luis Eugenio De Souza, Sivan Spitzer-Shohat, Elizabeth Sturgiss, Rapeepong Suphanchaimat,
International Journal for Equity in Health