Rotational zoning systems (RZSs) have been applied as a spatial management tool for fisheries in developed countries. Fishing grounds are divided into numerous plots and assigned a cyclical periodicity for harvest. This is a distinct spatial management measure that differs from more common measures in the tropics, like periodic closures or marine protected areas. We find that biological prerequisites for rotational closures are tenuous for many tropical reef species, and they are likely to put stocks of threatened species at further risk. RZSs can be successful if enough is known about the biology and ecology of target species, if the rotational cycles are long enough to allow population recovery, and if there is enough technical capacity to plan, implement and enforce management measures. However, RZSs are likely to fail in small-scale fisheries in the Pacific Islands and low-income countries owing to a combination of modest technical capacity for planning and monitoring, weak enforcement, complex access rights to fishing grounds, and high numbers of fishers.
Journal article
Rotational zoning systems in multi-species sea cucumber fisheries
Beche-de-Mer: Information Bulletin, Vol.36, pp.3-8
2016
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Abstract
Details
- Title
- Rotational zoning systems in multi-species sea cucumber fisheries
- Creators
- Steven W Purcell - Southern Cross UniversityHampus Eriksson - University of WollongongMaria Byrne - University of Sydney
- Publication Details
- Beche-de-Mer: Information Bulletin, Vol.36, pp.3-8
- Identifiers
- 3779; 991012821480302368
- Academic Unit
- National Marine Science Centre; School of Environment, Science and Engineering; Marine Ecology Research Centre; Faculty of Science and Engineering
- Resource Type
- Journal article