Index Catalog // ScholarsArchive@OSU

Creator:: Tveterås, Ragnar, Tveterås, Sigbjørn, and Sissener, Elin H.
Abstract:: Increased livestock and aquaculture production can put pressure on the fishmeal market, and thus industrial fisheries stocks, since both of these sectors use fishmeal in their feeds. Data indicate that fishmeal supply has reached a production limit due to limited marine resources. Meanwhile there has been an explosive growth in...
Resource Type:: Research Paper
Full Text:: Estimator for Panel Data Ragnar Tveterås Stavanger University College & Center for Fisheries Economics

Creator:: Asche, Frank, Eggert, Hakan, and Tveteras, Ragnar
Abstract:: Fishing overcapacity has lead to unsustainable harvesting and rent dissipation in global fisheries. Only government intervention of some kind can lead to a reduction in capacity. If efficiency is the primary objective for the regulator, then the least efficient vessels should be decommissioned. Here we analyze the Swedish fishery using...
Resource Type:: Research Paper
Full Text:: Ragnar Tveterås Stavanger University College Abstract: Fishing overcapacity has lead to unsustainable

Creator:: International Institute of Fisheries Economics & Trade
Resource Type:: Conference Proceeding
Full Text:: Quentin Grafton Productivity and Regulatory Change in Australia’s Northern Prawn Fishery (83) Ragnar

Creator:: Eggert, Hakan and Tveteras, Ragnar
Abstract:: Several factors contribute to the productivity of nations' fisheries: (1) The biophysical conditions that determine the abundance of fish stocks, (2) government regulation of fisheries, and (3) innovation and adoption of (i.e. investments in) new fishing technologies. This paper analyzes the long-run productivity performance of three Nordic countries Iceland, Norway...
Resource Type:: Research Paper
Full Text:: Icelandic, Norwegian and Swedish Fisheries Author(s): Håkan Eggert , Ragnar Tveterås

Creator:: Mikkelsen, Eirik
Abstract:: Assuming externalities from aquaculture to fisheries, we use a Verhulst-Schaefer model of fish population-dynamics and production, coupled with an aquaculture production model, to investigate effects on open-access and rent-maximising fisheries. Externalities are modelled by letting carrying capacity, intrinsic growth rate or catchability coefficient in the fishery depend on aquaculture production....
Resource Type:: Research Paper
Full Text:: Journal of Agricultural Economics 68:866–79. Asche, Frank and Ragnar Tveterås 2000, On the relationship

ScholarsArchive@OSU