Extracting and Visualizing Wildlife Trafficking Events from Wildlife Trafficking Reports

Devin Coughlin, Maylee Gagnon, Victoria Grasso, Guanyi Mou, Kyumin Lee, R. Konrad, P. Raxter, Meredith L. Gore
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Abstract

Experts combating wildlife trafficking manually sift through articles about seizures and arrests, which is time consuming and make identifying trends difficult. We apply natural language processing techniques to automatically extract data from reports published by the Eco Activists for Governance and Law Enforcement (EAGLE). We expanded Python spaCy's pre-trained pipeline and added a custom named entity ruler, which identified 15 fully correct and 36 partially correct events in 15 reports against an existing baseline, which did not identify any fully correct events. The extracted wildlife trafficking events were inserted to a database. Then, we created visualizations to display trends over time and across regions to support domain experts. These are accessible on our website, Wildlife Trafficking in Africa.
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从野生动物贩运报告中提取和可视化野生动物贩运事件
打击野生动物走私的专家手动筛选有关缉获和逮捕的文章,这既耗时又难以确定趋势。我们应用自然语言处理技术,从生态治理与执法行动组织(EAGLE)发布的报告中自动提取数据。我们扩展了Python spaCy的预训练管道,并添加了一个自定义命名实体标尺,该标尺根据现有基线识别15个报告中的15个完全正确和36个部分正确的事件,而现有基线没有识别任何完全正确的事件。提取的野生动物走私事件被插入数据库。然后,我们创建可视化来显示随时间和跨地区的趋势,以支持领域专家。这些都可以在我们的网站上找到,非洲野生动物走私。
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