This research combines a utility-theory consistent model of demand for recreational fishing trips with an age-structured stock dynamics model to provide policy relevant advice to managers of the groundfish fishery in the Northeast United States. We provide an overview of the model and describe the challenges encountered with using this...
From 2012 through 2013, NOAA Fisheries Service conducted a national study to better understand participation levels in ocean recreation activities in the United States. The online survey instrument was administered to a sample of respondents on a web-enabled panel. Residents from all 50 states and the District of Columbia were...
Purchases made by marine recreational anglers are an important source of economic activity in coastal areas around the United States. In recognition of the economic contributions anglers make to coastal state economies, NOAA Fisheries conducts surveys every three to five years in order to gather data on expenditures made by...
From 2012 through 2013, NOAA Fisheries Service conducted a study to collect participation, effort, and expenditure information related to ocean recreation activities in the United States. This study collected information from all 50 states and the District of Columbia in six, two-month waves. There were eight ocean recreation categories of...
This research develops a spatially-explicit model of recreational angler participation in an effort to predict outcomes for the US summer flounder (fluke) fishery under alternative climate scenarios, and inform adaptive management approaches. The mid-Atlantic coastal waters of the US have experienced significant warming in recent years, resulting in noticeable pole-ward...
Two economic base analysis techniques that identify and measure
commercial fishery dependency at the local level are compared. The most
common method, the location quotient technique, uses direct metrics of
economic activity (sales, employment, wages, or value-added) to compare
a local economy with a reference economy. We compared this technique...