Biondo Monica V, Calado Ricardo
Fondation Franz Weber Bern Switzerland.
ECOMARE-Laboratory for Innovation and Sustainability of Marine Biological Resources, CESAM-Centre for Environmental and Marine Studies, Department of Biology Santiago University Campus, University of Aveiro Aveiro Portugal.
Ecol Evol. 2025 Aug 28;15(9):e72090. doi: 10.1002/ece3.72090. eCollection 2025 Sep.
Biodiversity loss is mainly driven by changes in land use and overexploitation, with the commercial trade of wildlife being a smaller but still important contributor to resource depletion and species decline. The trade-including live animals, plants, fungi, and derived products-is a major economic sector valued at US$145-220 billion annually. The European Union (EU) is a key market, importing wildlife products worth approximately €100 billion. While legal trade has surged, illegal wildlife trade remains a significant transnational crime, estimated at US$20 billion annually and threatening endangered species. Monitoring wildlife trade is challenged by species-level data gaps and inadequate regulation of many traded species, hindering conservation efforts and increasing biosecurity risks, including the transmission of zoonotic diseases. Global databases, like the United Nations Comtrade, provide insufficient species-specific details, limiting regulatory effectiveness. The EU's database Trade Control and Expert System (TRACES) offers a powerful, underutilized tool for wildlife trade monitoring. Originally designed for biosecurity, TRACES enables real-time tracking of wildlife imports across 90+ countries in 39 languages. It facilitates detailed data collection, cross-border information sharing, accurate species identification, automated processing, and enhanced risk assessment. However, studies indicate that significant gaps in species identification persist, which could be mitigated through stricter enforcement and data verification. A more effective use of TRACES is needed to reinforce the EU's leadership in sustainable wildlife trade regulation, protecting endangered species while promoting ecological integrity.
生物多样性丧失主要是由土地利用变化和过度开发驱动的,野生动物的商业贸易虽是资源枯竭和物种减少的一个较小但仍很重要的因素。这种贸易包括活体动物、植物、真菌及其衍生产品,是一个重要的经济部门,每年价值1450亿至2200亿美元。欧盟是一个关键市场,进口价值约1000亿欧元的野生动物产品。虽然合法贸易激增,但非法野生动物贸易仍然是一项重大跨国犯罪,估计每年达200亿美元,威胁着濒危物种。监测野生动物贸易面临着物种层面的数据缺口以及许多贸易物种监管不足的挑战,这阻碍了保护工作并增加了生物安全风险,包括人畜共患疾病的传播。像联合国商品贸易统计数据库这样的全球数据库提供的物种特定细节不足,限制了监管效力。欧盟的贸易控制和专家系统(TRACES)数据库为野生动物贸易监测提供了一个强大但未得到充分利用的工具。TRACES最初是为生物安全设计的,能够以39种语言实时跟踪90多个国家的野生动物进口情况。它有助于详细的数据收集、跨境信息共享、准确的物种识别、自动化处理以及强化风险评估。然而,研究表明物种识别方面仍存在重大差距,可通过更严格的执法和数据核查来缓解。需要更有效地利用TRACES来加强欧盟在可持续野生动物贸易监管方面的领导地位,保护濒危物种同时促进生态完整性。