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Bioeconomics of commercial fisheries management
822
F. General
OLR( 1979)26( i 2)
define biological ~fects of the waste disposal operation. Includes a species list. (izs)
Northern Fisheries Station, Bungalow, Queensland 70, Australia. (fcs)
79:6327 Lynch, M. P., L. E. Cronin and M. J. Karweit, 1978. Data importance in relation to Chesapeake Bay pollution. CODA TA Bull., 29: 41-49.
79:6331 Grant, J. P., 1978. The conflict between the fishing and the oil industries in the North Sea: a case study. Ocean Mgmt, 4(2/4): 137-149.
Creation (by the state legislatures) of a joint Maryland-Virginia Advisory Commission on the Chesapeake Bay may benefit the region enormously by providing a master plan (the first) for the balanced use of the estuary and by stimulating development and use of data base systems (which are presently inadequate) for monitoring and research. Virginia Institute of Marine Science, Gloucester Point, Va. 23062, U.S.A. (smf)
The role of law in resolving conflicts between the fishing and oil industries in the North Sea is to provide a framework which must be filled out by practices and attitudes of both industries. Growing awareness of this need has resulted in increased consultation between the two with the subsequent modification and resolution of some operations and conflicts. The probability of future conflict resolution appears good. Department of Public International Law, University of Glasgow, Glasgow, Scotland. (smf)
79:6328 Wallis, I. G., 1979. Ocean outfall construction costs. J. Wat. Pollut. Control Fed., 51(5): 951-957. Outfall construction costs can be approximated by deriving relationships between the unit construction cost in dollars per meter length and the inside diameter of existing outfalls. Dimensions, cost and characteristics of 47 outfalls are tabulated. Caldwell Connell Engineers, South Melbourne, Australia.
(smO
19. Resources, and economics
resource
management,
79:6329 Biswas, A. K., 1979. World models, resources, and environment. Environ. Conserv., 6( I ): 3-1 I. Ever since Malthus published An essay on the principle of population as it affects the future improvement of society (1803), world models of population, resources and ecology have sparked debate and stimulated additional study, even if they weren't especially accurate. However, these models can be expected to yield ever better predictive insights in spite of the enormous complexity and interdependency of the many variables. Biswas & Associates, 3 Valley View Road, Ottawa, Ontario, Canada. (fcs) 79:6330 Goeden, G. B., 1979. Biogengraphic theory as a management tool. Environ. Conserv., 6(1): 27-32. The individual coral reefs of the Great Barrier Reef have relative proximities and distributions that resemble those of an island archipelago. Thus, there is the possibility of using island biogeographic theory in marine management, particularly for gathering information on minimum park reserve sizes and isolation and exchange parameters. Marine Park Planning. Otti~¢r. Ouco~la~ Fisheries Service,
79:6332 Hall, D. O., 1979. Solar energy use through biology: past, present and future. (Review.) Sol. Energy, Aust., 22(4): 307-328. Annual energy production by plant photosynthesis (carbon fixation) equals about 10 times the world's yearly energy use and 200 times the world's yearly food-energy consumption. Development of photobiological energy conversion systems as alternatives to fossil carbon resources is considered; their use as a source of food, fuel, fiber and chemicals is suggested. Includes 147 references. University of London King's College, 68 Half Moon Lane, London SE 24 9JF, England. (smf) 79:6333 Mitchell, C. L., 1979. Bioeconomics of commercial fisheries management. J. Fish. Res. Bd Can., 36(6): 699-704. Canada's fisheries management principle, that of 'best use' (greatest socioeconomic returns from fishing and related industries) is discussed from the sometimes conflicting perspectives of biology and economics. To make this principle operational, both disciplines must act in areas of their individual expertise while interacting to manage resource allocation. Department of Fisheries and Oceans, Fishing Services Directorate, Ottawa, Ontario K I A OE6, Canada. (smf) 79:6334 Niehaus, F. and J. Williams, 1979. Studies of different energy strategies in terms of their effects on the atmospheric CO2 concentration. J. geophys. Res,, 84(C6): 3123-3129. All methods of energy production produce waste heat and consequently global surface warming. A model of the carbon cycle which takes into account energy productiQn from alternative sources to fossil fuel
F. General
OLR( 1979)26( i 2)
define biological ~fects of the waste disposal operation. Includes a species list. (izs)
Northern Fisheries Station, Bungalow, Queensland 70, Australia. (fcs)
79:6327 Lynch, M. P., L. E. Cronin and M. J. Karweit, 1978. Data importance in relation to Chesapeake Bay pollution. CODA TA Bull., 29: 41-49.
79:6331 Grant, J. P., 1978. The conflict between the fishing and the oil industries in the North Sea: a case study. Ocean Mgmt, 4(2/4): 137-149.
Creation (by the state legislatures) of a joint Maryland-Virginia Advisory Commission on the Chesapeake Bay may benefit the region enormously by providing a master plan (the first) for the balanced use of the estuary and by stimulating development and use of data base systems (which are presently inadequate) for monitoring and research. Virginia Institute of Marine Science, Gloucester Point, Va. 23062, U.S.A. (smf)
The role of law in resolving conflicts between the fishing and oil industries in the North Sea is to provide a framework which must be filled out by practices and attitudes of both industries. Growing awareness of this need has resulted in increased consultation between the two with the subsequent modification and resolution of some operations and conflicts. The probability of future conflict resolution appears good. Department of Public International Law, University of Glasgow, Glasgow, Scotland. (smf)
79:6328 Wallis, I. G., 1979. Ocean outfall construction costs. J. Wat. Pollut. Control Fed., 51(5): 951-957. Outfall construction costs can be approximated by deriving relationships between the unit construction cost in dollars per meter length and the inside diameter of existing outfalls. Dimensions, cost and characteristics of 47 outfalls are tabulated. Caldwell Connell Engineers, South Melbourne, Australia.
(smO
19. Resources, and economics
resource
management,
79:6329 Biswas, A. K., 1979. World models, resources, and environment. Environ. Conserv., 6( I ): 3-1 I. Ever since Malthus published An essay on the principle of population as it affects the future improvement of society (1803), world models of population, resources and ecology have sparked debate and stimulated additional study, even if they weren't especially accurate. However, these models can be expected to yield ever better predictive insights in spite of the enormous complexity and interdependency of the many variables. Biswas & Associates, 3 Valley View Road, Ottawa, Ontario, Canada. (fcs) 79:6330 Goeden, G. B., 1979. Biogengraphic theory as a management tool. Environ. Conserv., 6(1): 27-32. The individual coral reefs of the Great Barrier Reef have relative proximities and distributions that resemble those of an island archipelago. Thus, there is the possibility of using island biogeographic theory in marine management, particularly for gathering information on minimum park reserve sizes and isolation and exchange parameters. Marine Park Planning. Otti~¢r. Ouco~la~ Fisheries Service,
79:6332 Hall, D. O., 1979. Solar energy use through biology: past, present and future. (Review.) Sol. Energy, Aust., 22(4): 307-328. Annual energy production by plant photosynthesis (carbon fixation) equals about 10 times the world's yearly energy use and 200 times the world's yearly food-energy consumption. Development of photobiological energy conversion systems as alternatives to fossil carbon resources is considered; their use as a source of food, fuel, fiber and chemicals is suggested. Includes 147 references. University of London King's College, 68 Half Moon Lane, London SE 24 9JF, England. (smf) 79:6333 Mitchell, C. L., 1979. Bioeconomics of commercial fisheries management. J. Fish. Res. Bd Can., 36(6): 699-704. Canada's fisheries management principle, that of 'best use' (greatest socioeconomic returns from fishing and related industries) is discussed from the sometimes conflicting perspectives of biology and economics. To make this principle operational, both disciplines must act in areas of their individual expertise while interacting to manage resource allocation. Department of Fisheries and Oceans, Fishing Services Directorate, Ottawa, Ontario K I A OE6, Canada. (smf) 79:6334 Niehaus, F. and J. Williams, 1979. Studies of different energy strategies in terms of their effects on the atmospheric CO2 concentration. J. geophys. Res,, 84(C6): 3123-3129. All methods of energy production produce waste heat and consequently global surface warming. A model of the carbon cycle which takes into account energy productiQn from alternative sources to fossil fuel