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Fact Sheet Title Fact Sheet |
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Deep-water rose shrimp - Balearic Islands |
Parapenaeus longirostris - Balearic Islands (GSA 5) |
| Data Ownership | This document provided, maintained and owned by General Fisheries Commission for the Mediterranean (GFCM) , is part of GFCM Stock Status Reports data collection. |
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ident Block | ident Block | | Species List: | Species Ref: en - Deep-water rose shrimp, fr - Crevette rose du large, es - Gamba de altura, ar - إيربيان وردية أعماق المياه, zh - 长额拟对虾, ru - Креветка розовая глубоководная |
Fishery IndicatorsProduction: Catch |
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| ident Block Deep-water rose shrimp - Balearic Islands
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gfcm Sub Area |
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5 | Balearic Islands |
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Aq Res | Biological Stock: No
Value: Sub-Regional Reference year: 2019 |
Considered a management unit: An aquatic resource or fishery is
declared as [Fishery] Management Unit if it is
effectively the focus for the application of selected
management methods and measures, within the broader
framework of a management system. According to the FAO
Glossary for Responsible Fishing, "a Fishery Management
Unit (FMU) is a fishery or a portion of a fishery
identified in a Fishery Management Plan (FMP) relevant
to the FMP's management objectives." FMU's may be
organised around fisheries biological, geographic,
economic, technical, social or ecological dimensions ,
and the makeup and attribute of a fishery management
unit depends mainly on the FMP's management
objectives. |
Jurisdictional distribution: Jurisdictional qualifier (e.g.
"shared", "shared - highly migratory") of the aquatic
resource related with its spatial distribution. |
Environmental group: Classification of the aquatic
resource according to the environmental group (e.g.
pelagic invertebrate, or demersal fish) to which the
species belong. |
Reference Year: The Reference Year is the last year considered in the stock assessment and/or fishery status. |
| | | | Aq Res State Trend In overexploitation. [The GFCM methodology to provide stock status and management advice is described in the Appendix F of the Sixteenth Session of the Scientific Advisory Committee Report. See the Bibliography section.] Habitat Bio Climatic Zone: Temperate. Bottom Type: Soft bottom. Depth Zone: Slope (200 m - 1000 m). Horizontal Dist: Neritic. Vertical Dist: Demersal/Benthic. Water Area Overview Spatial Scale: Sub-Regional Water Area Overview | Water Area Overview Deep-water rose shrimp - Balearic Islands
gfcm Sub Area | 5: Balearic Islands |
| | | | Water Area Overview
| | | | Water Area Overview |
Water Area OverviewDeep-water rose shrimp - Balearic Islands Aq Res Struct Biological Stock: No Stock assessment in the GFCM area of application is often conducted by management units, based on GSAs. This method does not ensure that the whole stock is assessed, since stocks may cover several different management units. In some cases, when there is scientific evidence of a stock spreading through different GSAs, as well as information on species from different GSAs, existing information is combined across GSAs. This is then defined as a “joint stock assessment of a shared stock”. The GFCM recommends that when scientific evidence of shared stocks exists, joint stock assessments should be attempted. A number of activities aimed at achieving a better definition of stock boundaries are currently being conducted at the GFCM level. [The State of Mediterranean and Black Sea Fisheries, 2016] Exploit In the Balearic Islands, commercial bottom trawlers develop up to four different fishing tactics, which are associated with the shallow shelf, deep shelf, upper slope and middle slope, mainly targeted to: i) picarel, striped red mullet, common octopus and a mixed fish category on the shallow shelf (50-80 m); ii) European hake , Mullus spp., john dory and a mixed fish category on the deep shelf (80-250 m); iii) Norway lobster, but with an important bycatch of big European hake, Lepidorhombus spp., Lophius spp. And blue whiting on the upper slope (350-600 m); and iv) blue and red shrimp on the middle slope (600-750 m). The deep-water rose shrimp is a bycatch species mainly exploited on the upper slope. Fishery Indicators Type | Measure | Value | Unit | Time period |
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Production | Catch | 52.4 | tonnes | 2001 | Catch | 37.8 | tonnes | 2002 | Catch | 23.1 | tonnes | 2003 | Catch | 6.6 | tonnes | 2004 | Catch | 1.7 | tonnes | 2005 | Catch | 1.1 | tonnes | 2006 | Catch | 0.7 | tonnes | 2007 | Catch | 2.8 | tonnes | 2008 | Catch | 4.9 | tonnes | 2009 | Catch | 7.3 | tonnes | 2010 | Catch | 4.7 | tonnes | 2011 | Catch | 4.2 | tonnes | 2012 | Catch | 6.2 | tonnes | 2013 | Catch | 5.6 | tonnes | 2014 | Catch | 3.3 | tonnes | 2015 | Catch | 9.1 | tonnes | 2016 | Catch | 68 | tonnes | 2017 | Catch | 101.2 | tonnes | 2018 | Catch | 59.8 | tonnes | 2019 |
Bio Assess Data Data used include size composition of commercial trawl catches and official landings (2001-2019) and survey indices (2001-2017). Biological parameters were obtained from studies carried out in the area: growth from Guijarro et al. (2009) and length-weight relationship and maturity ogive from the DCF; M vector calculated from PRODBIOM. Assess Models Type: Age-structured XSA Both XSA and a4a were used. The final advice came from XSA. Y/R analysis and short-term forecasts were carried out. The assessment is an update from the previous year. Results The population parameters showed the highest values at the beginning and at the end of the data series, with very low values in the intermediate years; historical data showed that catches of this species are usually low, with important peaks in certain periods (e.g. 2000-2002 and 2017-2019). Both recruitment and SSB showed minimum values in 2005-2006, with a certain recovery since then until reaching maximum values in 2017-2018 and decreasing in the last year. Sci Advice Reduce fishing mortality; STF available. Sources FAO. 2021. General Fisheries Commission for the Mediterranean (GFCM). Report of the twenty-second session of the Scientific Advisory Committee on Fisheries, online, 22–25 June 2021. FAO Fisheries and Aquaculture Report No. 1347. Rome. https://www.fao.org/3/cb7622en/cb7622en.pdfReport of the Working Group on Stock Assessment of Demersal Species (WGSAD). Online, 18–23 January 2021. https://www.fao.org/gfcm/technical-meetings/detail/en/c/1412431/ Bibliography FAO. 2020. The State of Mediterranean and Black Sea Fisheries 2020. General Fisheries Commission for the Mediterranean. Rome. https://www.fao.org/3/cb2427en/cb2427en.pdfFAO. 2016. The State of Mediterranean and Black Sea Fisheries. General Fisheries Commission for the Mediterranean. Rome, Italy. https://www.fao.org/3/i5496e/i5496e.pdfFAO General Fisheries Commission for the Mediterranean/Commission générale des pêches pour la Méditerranée. Report of the sixteenth session of the Scientific Advisory Committee. St. Julian’s, Malta, 17–20 March 2014/Rapport de la seizième session du Comité scientifique consultatif. Saint Julien, Malte, Malte, 17-20 mars 2014. FAO Fisheries and Aquaculture Report/FAO Rapport sur les pêches et l’aquaculture. No. R1102. Rome. 2015. 250 pp. https://www.fao.org/3/i4381b/i4381b.pdfGeneral Fisheries Commission for the Mediterranean (GFCM) Stock Assessment Results (STAR). https://www.fao.org/gfcm/data/star/en/ |
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