Cross Section Production Functions for North Atlantic Groundfish and Tropical Tuna Seine Fisheries- Measures of Fishing Power and Their Use in the Measurement of Fishing Effort

The study of population dynamics in a fishery and the regulation of a fishery require that fishing effort be measures. This paper explores the use of cross section production functions to estiamte the fishing power of individual vessels. The problems addressed int he study are: The proper measuremen...

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Main Author: Carlson, E.W.
Format: Report
Language:English
Published: 1970
Subjects:
Online Access:http://purl.umn.edu/233336
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spelling ftagecon:oai:ageconsearch.umn.edu:233336 2023-05-15T17:31:05+02:00 Cross Section Production Functions for North Atlantic Groundfish and Tropical Tuna Seine Fisheries- Measures of Fishing Power and Their Use in the Measurement of Fishing Effort Carlson, E.W. 1970-09 54 http://purl.umn.edu/233336 en_US eng United States National Marine Fisheries Service, Economic Research Division>File Manuscript File Manuscript 69 http://purl.umn.edu/233336 Livestock Production/Industries Production Economics Working Paper 1970 ftagecon 2016-03-26T23:50:14Z The study of population dynamics in a fishery and the regulation of a fishery require that fishing effort be measures. This paper explores the use of cross section production functions to estiamte the fishing power of individual vessels. The problems addressed int he study are: The proper measurement of output; the measurement of fishing time; important vessel characteristics; crew size; the effect of location, and, the measurement of technological change. Regression analysis upon data from the North Atlantic groundfish fishery and the tropical tuna seine fishery yielded highly significant results. Many of the hypothesized relationships are measureable and stable with relatively small erros. Briefly the tests indicate that: There are better measures of putput than total pounds; fishing time is measures better using days absent rather than days fishing; that the use of more vessel characteristics improve explanatory power; that crew size can be an important variable; that the effects of location can be measured; and, that technological change can be measured. The production functions measured can then be used to develop indices of fishing power that can be applied to each vessel in a fleet. The indices can then be multiplied by fishing time and aggregated into an index of total effort. The ramifications of the study are many. It gives a simple way to biuld effort indices for many fleets and points the way to rationalized data collection. Report North Atlantic AgEcon Search - Research in Agricultural & Applied Economics
institution Open Polar
collection AgEcon Search - Research in Agricultural & Applied Economics
op_collection_id ftagecon
language English
topic Livestock Production/Industries
Production Economics
spellingShingle Livestock Production/Industries
Production Economics
Carlson, E.W.
Cross Section Production Functions for North Atlantic Groundfish and Tropical Tuna Seine Fisheries- Measures of Fishing Power and Their Use in the Measurement of Fishing Effort
topic_facet Livestock Production/Industries
Production Economics
description The study of population dynamics in a fishery and the regulation of a fishery require that fishing effort be measures. This paper explores the use of cross section production functions to estiamte the fishing power of individual vessels. The problems addressed int he study are: The proper measurement of output; the measurement of fishing time; important vessel characteristics; crew size; the effect of location, and, the measurement of technological change. Regression analysis upon data from the North Atlantic groundfish fishery and the tropical tuna seine fishery yielded highly significant results. Many of the hypothesized relationships are measureable and stable with relatively small erros. Briefly the tests indicate that: There are better measures of putput than total pounds; fishing time is measures better using days absent rather than days fishing; that the use of more vessel characteristics improve explanatory power; that crew size can be an important variable; that the effects of location can be measured; and, that technological change can be measured. The production functions measured can then be used to develop indices of fishing power that can be applied to each vessel in a fleet. The indices can then be multiplied by fishing time and aggregated into an index of total effort. The ramifications of the study are many. It gives a simple way to biuld effort indices for many fleets and points the way to rationalized data collection.
format Report
author Carlson, E.W.
author_facet Carlson, E.W.
author_sort Carlson, E.W.
title Cross Section Production Functions for North Atlantic Groundfish and Tropical Tuna Seine Fisheries- Measures of Fishing Power and Their Use in the Measurement of Fishing Effort
title_short Cross Section Production Functions for North Atlantic Groundfish and Tropical Tuna Seine Fisheries- Measures of Fishing Power and Their Use in the Measurement of Fishing Effort
title_full Cross Section Production Functions for North Atlantic Groundfish and Tropical Tuna Seine Fisheries- Measures of Fishing Power and Their Use in the Measurement of Fishing Effort
title_fullStr Cross Section Production Functions for North Atlantic Groundfish and Tropical Tuna Seine Fisheries- Measures of Fishing Power and Their Use in the Measurement of Fishing Effort
title_full_unstemmed Cross Section Production Functions for North Atlantic Groundfish and Tropical Tuna Seine Fisheries- Measures of Fishing Power and Their Use in the Measurement of Fishing Effort
title_sort cross section production functions for north atlantic groundfish and tropical tuna seine fisheries- measures of fishing power and their use in the measurement of fishing effort
publishDate 1970
url http://purl.umn.edu/233336
genre North Atlantic
genre_facet North Atlantic
op_relation United States National Marine Fisheries Service, Economic Research Division>File Manuscript
File Manuscript
69
http://purl.umn.edu/233336
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