Technological Development and Fisheries Management

Type Article
Date 2014
Language English
Author(s) Eigaard Ole Ritzau1, Marchal PaulORCID2, Gislason Henrik1, Rijnsdorp Adriaan D.3, 4
Affiliation(s) 1 : DTU Aqua, DK-2920 Charlottenlund, Denmark.
2 : IFREMER, Channel & North Sea Fisheries Res Unit, Boulogne, France.
3 : IMARES Wageningen UR, Ijmuiden, Netherlands.
4 : Wageningen Univ, Aquaculture & Fisheries Grp, NL-6700 AP Wageningen, Netherlands.
Source Reviews In Fisheries Science & Aquaculture (2330-8249) (Taylor & Francis Inc), 2014 , Vol. 22 , N. 2 , P. 156-174
DOI 10.1080/23308249.2014.899557
WOS© Times Cited 27
Keyword(s) catchability, fishing mortality, fishing power, fisheries management, fleet capacity, technological development
Abstract Many marine fish stocks are overexploited and considerable overcapacity exists in fishing fleets worldwide. One of the reasons for the imbalance between resource availability and fishing capacity is technological development, which continuously increases the efficiency of the vessels—a mechanism referred to as “technological creep.” We review how the introduction of new and more efficient electronic equipment, gear design, engines, deck equipment, and catch-handling procedures influences the capture efficiency (catchability) of commercial fishing vessels. On average, we estimate that catchability increases by 3.2% per year due to technological developments, an increase often ignored in fisheries management. The documentation and quantification of technological creep improves the basis for successfully integrating the effects of technological development (and catchability changes) in fisheries management regulations and policies. Ways of counteracting the undesired effects of technological creep are discussed as are the potential management benefits from improved fishing technology. Specific suggestions are given on the selection, application, and tuning of fisheries management tools that can be used to improve the balance between harvesting capacity and resource availability.
Full Text
File Pages Size Access
19 3 MB Access on demand
Author's final draft 44 758 KB Open access
Top of the page