Molecular analyses of confiscated shark fins reveal shortcomings of CITES implementations in Germany

Abstract A three‐ton shipment of dry shark fins was examined by German customs in 2017 leading to the confiscation of 405 kg of potential CITES species. We analyzed a subsample of this material (115 specimens) using DNA sequence‐based identification and compared results to morphological screening of...

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Main Authors: Melany Villate‐Moreno, Jürgen Pollerspöck, Friederike Kremer‐Obrock, Nicolas Straube
Format: Article
Language:English
Published: Wiley 2021-06-01
Series:Conservation Science and Practice
Subjects:
Online Access:https://doi.org/10.1111/csp2.398
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spelling doaj-d8e2373a54214d8da5427ae3171025432021-06-01T11:23:09ZengWileyConservation Science and Practice2578-48542021-06-0136n/an/a10.1111/csp2.398Molecular analyses of confiscated shark fins reveal shortcomings of CITES implementations in GermanyMelany Villate‐Moreno0Jürgen Pollerspöck1Friederike Kremer‐Obrock2Nicolas Straube3Aquatic Ecology Ludwig‐Maximilians‐Universität München Munich GermanyStephansposching GermanyElasmOcean e.V. Langenfeld GermanyDepartment of Natural History University Museum of Bergen Bergen NorwayAbstract A three‐ton shipment of dry shark fins was examined by German customs in 2017 leading to the confiscation of 405 kg of potential CITES species. We analyzed a subsample of this material (115 specimens) using DNA sequence‐based identification and compared results to morphological screening of CITES species. We found a mixture of CITES regulated (4 of 11 species) and unregulated shark species. Our results demonstrate the difficulties of identifying CITES species morphologically in large fin shipments of mixed species composition. Correct identification of CITES species based on morphology alone may be hindered by missing characters or those altered by drying. We therefore suggest random molecular screening as a uniform approach for German customs authorities to check species composition and identify CITES regulated species in transit shipments.https://doi.org/10.1111/csp2.398CITEScustomsillegal tradeIUCN Red List of Threatened Specieslegislationmislabeling
collection DOAJ
language English
format Article
sources DOAJ
author Melany Villate‐Moreno
Jürgen Pollerspöck
Friederike Kremer‐Obrock
Nicolas Straube
spellingShingle Melany Villate‐Moreno
Jürgen Pollerspöck
Friederike Kremer‐Obrock
Nicolas Straube
Molecular analyses of confiscated shark fins reveal shortcomings of CITES implementations in Germany
Conservation Science and Practice
CITES
customs
illegal trade
IUCN Red List of Threatened Species
legislation
mislabeling
author_facet Melany Villate‐Moreno
Jürgen Pollerspöck
Friederike Kremer‐Obrock
Nicolas Straube
author_sort Melany Villate‐Moreno
title Molecular analyses of confiscated shark fins reveal shortcomings of CITES implementations in Germany
title_short Molecular analyses of confiscated shark fins reveal shortcomings of CITES implementations in Germany
title_full Molecular analyses of confiscated shark fins reveal shortcomings of CITES implementations in Germany
title_fullStr Molecular analyses of confiscated shark fins reveal shortcomings of CITES implementations in Germany
title_full_unstemmed Molecular analyses of confiscated shark fins reveal shortcomings of CITES implementations in Germany
title_sort molecular analyses of confiscated shark fins reveal shortcomings of cites implementations in germany
publisher Wiley
series Conservation Science and Practice
issn 2578-4854
publishDate 2021-06-01
description Abstract A three‐ton shipment of dry shark fins was examined by German customs in 2017 leading to the confiscation of 405 kg of potential CITES species. We analyzed a subsample of this material (115 specimens) using DNA sequence‐based identification and compared results to morphological screening of CITES species. We found a mixture of CITES regulated (4 of 11 species) and unregulated shark species. Our results demonstrate the difficulties of identifying CITES species morphologically in large fin shipments of mixed species composition. Correct identification of CITES species based on morphology alone may be hindered by missing characters or those altered by drying. We therefore suggest random molecular screening as a uniform approach for German customs authorities to check species composition and identify CITES regulated species in transit shipments.
topic CITES
customs
illegal trade
IUCN Red List of Threatened Species
legislation
mislabeling
url https://doi.org/10.1111/csp2.398
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