建立美国机构间野生动植物贸易数据系统,以实现科学和政策目标

IF 7.7 1区 环境科学与生态学 Q1 BIODIVERSITY CONSERVATION
Jamie K. Reaser
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引用次数: 0

摘要

尽管美国鱼类和野生动植物(USFWS)执法管理信息系统(LEMIS)被广泛认为是全面野生动植物贸易数据的首选(Eskew 等人,2020 年;Watters 等人,2022 年),但几十年来,该系统的不足之处一直备受关注(GAO,1994 年;Reaser & Waugh,2007 年)。最近,Weissgold(2024 年)建议采取措施改进 LEMIS 的质量控制,这对准确的科学解释和政策应用十分必要。为实现这些目标而改进 LEMIS 的做法是值得称赞的,但却不符合 LEMIS 的预期功能。LEMIS 是一个由执法人员管理的执法信息系统。由于权力和管理的限制,该系统不可能被重新编程,以实现科学目标。为了更好地发挥 LEMIS 的监管功能,亟需提高 LEMIS 的数据质量。因此,这可以提高科学应用的潜力,但仍然存在很大的分析限制。LEMIS 数据是与美国野生动物进口有关的多机构数据的一个子集。根据总统行政办公室(如白宫,2024 年)颁布的整个政府、以科学为基础的方法,美国迫切需要建立机构间野生动物贸易数据系统(IWTDS),以实现环境、食品安全和人类健康领域的优先科学和政策目标。几十年来,政府会计官员(GAO,2010 年,2023 年)和机构间组织(如 Reaser 等人,2020 年)一直在呼吁建立这样一个系统。理想情况下,IWTDS 将由一个由具有丰富科学知识的信息官员组成的团队来管理,他们将共同服务于与美国活体野生动物和/或衍生品贸易有关的六个联邦机构:为了促进机构间野生动物进口数据的收集、访问、管理和分析,IWTDS 的政策、标准、格式和协议必须包括以下内容(1) 实现各机构特定贸易数据平台的互操作性;(2) 允许经认证的机构人员直接访问;(3) 集成一个警报系统,通知各机构在其权限范围内的野生动物物种预计何时何地进入美国;(4) 建立一个共享的术语和代码目录;(5) 在可行的情况下统一术语、代码和数据格式;(6) 利用自动输入和自动评估数据单元的应用程序,以高效率实现高数据质量;(7) 要求每年进行数据审计、清理和报告,以便在必要时对系统进行改进。IWTDS 可通过以下方式进一步加强,以满足不同机构的科学和政策需求:(1)通过软件支持该系统,促进数据分析并使其标准化;(2)根据监管机制和风险评估排名对单个物种进行标记和编码。为改进人畜共患病风险缓解工作,可将装运数据与检疫病原体检测结果和机构间自动预警系统联系起来,以检测高度关注的病原体。技术上更加完善的 LEMIS 数据库将成为 IWTDS 的组成部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Establish an US Interagency Wildlife Trade Data System to meet scientific and policy goals

Although widely regarded as the go-to for comprehensive wildlife trade data (Eskew et al., 2020; Watters et al., 2022), short comings of the US Fish & Wildlife (USFWS) Law Enforcement Management Information System (LEMIS) have been noted for decades (GAO, 1994; Reaser & Waugh, 2007). Most recently, Weissgold (2024) recommended measures to improve LEMIS quality controls necessary for accurate scientific interpretation and policy application. The temptation to improve LEMIS for such aims is laudable yet inconsistent with its intended function. LEMIS is a law enforcement information system managed by law enforcement staff. It was never envisioned as a platform for advancing scientific goals and it is unlikely to be reprogrammed for such purpose due to limitations of authority and administration. There is substantial need to improve LEMIS data quality to better its regulatory function. Consequently, this can improve scientific application potential, but substantial analytical limits will remain.

LEMIS data are a subset of the multiagency data relative to US wildlife importation. Consistent with the whole of government, science-based approach promulgated by the Executive Office of the President (e.g., The White House, 2024), the United States urgently needs to establish an Interagency Wildlife Trade Data System (IWTDS) to meet priority scientific and policy goals across the environmental, food security, and human health sectors. Calls for such a system have been made by the government accounting officers (GAO, 2010, 2023) and interagency bodies (e.g., Reaser et al., 2020) for decades.

Wildlife trade data are a fundamental resource for preventing species endangerment as well as mitigating invasive species and zoonotic disease risks. Ideally, IWTDS would be administered by a team of information officers with substantial scientific credentials who collectively serve the six federal agencies that have authorities relative to the US trade in live wildlife and/or derivatives: Customs and Border Protection (Department of Homeland Security), USFWS (Department of the Interior), Animal Health and Inspection Service (Department of Agriculture), Centers for Disease Control (Health and Human Services), the National Oceanic and Atmospheric Administration (Department of Commerce), and the Food and Drug Administration.

In order to facilitate interagency wildlife import data collection, access, management, and analyses, IWTDS policies, standards, formats, and protocols must: (1) enable interoperability of agency-specific trade data platforms; (2) allow for direct access by certified agency personnel; (3) integrate an alert system that informs the agencies when and where a wildlife species under their authority is anticipated to enter the United States; (4) establish a shared directory of terms and codes; (5) harmonize terms, codes, and data formats as feasible; (6) utilize applications that autoenter and autoassess data cells to achieve a high degree of data quality with efficiency; and (7) require an annual data audit, cleaning, and reporting process that leads to system improvements where necessary.

IWTDS could be further enhanced to meet varying agency science and policy needs by (1) supporting the system with software that facilitates and standardizes data analytics and (2) tagging and coding individual species in accordance with regulatory mechanisms and risk assessment rankings. To improve zoonoses risk mitigation, shipment data could be linked to quarantine pathogen test results and an automated interagency alert system for high-concern pathogen detection. A more technically sound LEMIS database would be an integral part of IWTDS.

This is a single-authored paper.

The author warrants no conflicts of interest. The opinions expressed herein are the informed views of the author and do not represent the policy or position of any institution.

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来源期刊
Conservation Letters
Conservation Letters BIODIVERSITY CONSERVATION-
CiteScore
13.50
自引率
2.40%
发文量
70
审稿时长
>12 weeks
期刊介绍: Conservation Letters is a reputable scientific journal that is devoted to the publication of both empirical and theoretical research that has important implications for the conservation of biological diversity. The journal warmly invites submissions from various disciplines within the biological and social sciences, with a particular interest in interdisciplinary work. The primary aim is to advance both pragmatic conservation objectives and scientific knowledge. Manuscripts are subject to a rapid communication schedule, therefore they should address current and relevant topics. Research articles should effectively communicate the significance of their findings in relation to conservation policy and practice.
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