弥合保护古生物学和资源管理之间的差距:认识过去是未来的关键

G. Wingard, B. Stackhouse
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摘要

保护古生物学家面临的一个持续的挑战是如何将过去环境变化的信息传达给资源管理者,使他们能够将这些数据应用于当前的恢复工作。美国地质调查局的科学家们在与大沼泽地生态系统恢复(GEER)项目合作进行应用古生态学研究的25年中吸取了一些经验教训。第一步是在开始研究之前与资源经理进行对话。他们的目标和信息需求是什么?与科学家和决策者组成的团队一起参与GEER,共同制定沼泽地恢复成功的措施,使我们克服了第一个障碍。我们最初的研究表明,随着时间的推移,盐度和淡水流入发生了变化,但管理部门并没有立即看到如何利用这些信息,因此持续的沟通至关重要。通过参加会议和介绍我们的初步发现,管理团队提供了反馈,使我们开发了一种基于模拟的现代方法来估计过去的盐度,然后用于调整全系统的水文模型以反映过去的条件。最近,我们实现了另一个管理信息缺口——一套用于监测上游流量变化有效性的近岸河口区指标物种。同样,通过与管理人员合作确定需求,我们将近岸核心软体动物物种的分布数据与现代模拟数据集相结合,开发了一套指标物种。这些都是我们长期合作产生积极影响的几个例子。我们认为,推动保护古生物学研究在资源管理中的应用的关键是经常沟通,密切倾听管理层的意见,讨论如何应用古数据,并坚持不懈。我们必须弥合这些差距,因为过去是我们预测和规划未来变化的窗口。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Bridging the Gap Between Conservation Paleobiology and Resource Management: Recognizing the Past is the Key to the Future
A persistent challenge for conservation paleobiologists is communication of information on past environmental changes to resource managers in a way that allows them to apply these data to current restoration efforts. USGS scientists have learned a few lessons over 25 years of conducting applied paleoecology research in collaboration with the Greater Everglades Ecosystem Restoration (GEER) project. The first step is to engage resource managers in conversations prior to beginning research. What are their goals and information needs? Participation in GEER with teams of scientists and decision-makers working together to develop measures of success for Everglades restoration allowed us to overcome this first hurdle. Our initial research showed changes in salinity and freshwater influx over time, but how to use this information was not immediately apparent to management, so continued communication was critical. Through participation in meetings and presentation of our preliminary findings, the management team provided feedback that led us to develop a modern analog-based method to estimate past salinity, which was then used to adjust system-wide hydrologic models to reflect past conditions. Recently, we realized another management information gap — a set of indicator species for nearshore estuarine zones to monitor the effectiveness of upstream changes in flow. Again, by working with managers to determine needs, we combined distribution data of mollusk species in nearshore cores with our modern analog dataset to develop a suite of indicator species. These are a few examples of positive impacts from our long-term collaboration. We believe the key to advancing the use of conservation paleobiologic research in resource management is to communicate frequently and often, listen closely to management, discuss how paleo data can be applied, and be persistent. It is essential that we bridge these gaps because the past is our window to anticipating and planning for future change.
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