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annotated bibliography of fisheries economics literature - Office of ...

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Market Equilibrium Analysis <strong>of</strong> the Impact <strong>of</strong> Risk on the U.S. Rice<br />

Industry." American Journal <strong>of</strong> Agricultural Economics, 69(4):733-<br />

739.<br />

An economic model <strong>of</strong> supply and demand for U.S. rice suggests that<br />

increases in risk result in decreased acreage and increased marketing margins.<br />

In a market equilibrium context, the empirical results also suggest rice<br />

production and rice prices are more responsive to changes in risk faced by<br />

marketing firms than changes in risk faced by producing firms.<br />

Browder, Joan A. (1983). "Vessel Activity Relative to the Texas<br />

Closure, 1981 and 1982." NOAA Technical Memorandum, NMFS-SEFC-<br />

118, U.S. Dept. <strong>of</strong> Commerce, National Oceanic and Atmospheric<br />

Administration, National Marine Fisheries Service, Southeast<br />

Fisheries Center, Miami, Laboratory, 75 Virginia Beach Drive,<br />

Miami, Florida 33149-10999.<br />

A quantitative description <strong>of</strong> shrimp vessel activity in the Gulf <strong>of</strong><br />

Mexico relative to the Texas closure in 1981 and 1982 has been prepared to<br />

determine if Louisiana ports are more heavily utilized because <strong>of</strong> the closure,<br />

if Louisiana <strong>of</strong>fshore fishing grounds are more heavily utilized because <strong>of</strong> the<br />

closure, if vessels have been prevented from fishing by the closure, and if<br />

benefits <strong>of</strong> the closure accrue to only a small proportion <strong>of</strong> the fleet. This<br />

is a brute force analysis <strong>of</strong> some extremely large data sets.<br />

Browder, Joan A., J. Connor Davis, and Eulalie Sullivan (1978). "The<br />

Paying Passenger Recreational Fisheries <strong>of</strong> the Florida Gulf Coast<br />

and Keys." Draft report, National Marine Fisheries Service, 75<br />

Virginia Beach Drive, Miami, FL.<br />

Four types <strong>of</strong> paying passenger recreational <strong>fisheries</strong> operate on the<br />

Florida Gulf Coast and in the Florida Keys. An estimated 604 captains were<br />

active in the <strong>fisheries</strong> in 1977. Target species differ with fishery type and<br />

region <strong>of</strong> operation. Declining catches (catch per unit effort) and increased<br />

operating costs, particularly for fuel, are major problems <strong>of</strong> these <strong>fisheries</strong><br />

according to the captains. In those <strong>fisheries</strong> where previous information is<br />

available the number <strong>of</strong> operations has increased in the past fifteen years in<br />

the Florida Keys, decreased greatly on the west Florida coast and decreased<br />

slightly on the northwest Florida coast.<br />

Browder, Joan A., L. Nelson May, Jr., Alan Rosenthal, James G.<br />

Gosselink, and Robert H. Baumann (1989). "Modeling Future Trends<br />

in Wetland Loss and Brown Shrimp Production in Louisiana Using<br />

Thematic Mapper Imagery." Remote Sens. Environ., 28:45-59.<br />

The land-water interface <strong>of</strong> coastal marshes may influence the production<br />

<strong>of</strong> estuarine dependent <strong>fisheries</strong> more than the area <strong>of</strong> these marshes. To test<br />

this hypothesis, we created a spatial model to explore the dynamic<br />

relationship between land-water interface and degree <strong>of</strong> land loss in<br />

disintegrating coastal marshes <strong>of</strong> Louisiana's Barataria, Terrebonne, and<br />

Timbalier basins. Calibrating our model with Landsat Thematic Mapper<br />

satellite imagery, we found a parabolic relationship between land-water<br />

interface and marsh disintegration. Aggregated simulation data suggested that<br />

the land-water interface in the study area will soon reach its maximum and<br />

then decline. We found a statistically significant positive linear<br />

relationship between brown shrimp catch and total interface length over the<br />

past 28 years. This relationship suggests that shrimp yields will decline<br />

when interface declines, possibly beginning about 1995.<br />

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