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干湿分区制图:利用公民科学家监测干旱地区常年地表水流的范围。

Wet/dry mapping: using citizen scientists to monitor the extent of perennial surface flow in dryland regions.

机构信息

The Nature Conservancy, 1510 E. Fort Lowell Road, Tucson, AZ 85719, USA.

出版信息

Environ Manage. 2011 Mar;47(3):497-505. doi: 10.1007/s00267-010-9607-y. Epub 2011 Feb 10.

Abstract

Wet/dry mapping provides a low-cost, comprehensive snapshot for monitoring flow conditions in rivers with interrupted perennial (spatially intermittent) surface flow. When used in conjunction with more traditional point-specific stream flow or groundwater measurements, it provides a better understanding of hydrologic systems at the broad landscape or watershed scale. Through use of trained volunteers, we mapped reaches with surface water during the driest time of year to track annual variation in length and location of perennial flow. Data from 12 years of wet/dry mapping on the San Pedro River in Arizona, USA, showed 62 reaches with surface flow in every year, totaling 32% of the river length through the San Pedro Riparian National Conservation Area. They also show areas with high year-to-year variation in flow length, which indicate changes in local groundwater conditions and may provide early warning of ecological changes. Data and maps from this project have been useful for a wide variety of conservation, management, and research efforts.

摘要

湿地/旱地测绘为监测间歇性常年水流(空间间歇性)河流的水流条件提供了一种低成本、全面的方法。当与更传统的点状溪流流量或地下水测量结合使用时,它可以更好地了解广阔景观或流域尺度上的水文系统。通过使用经过培训的志愿者,我们在一年中最干旱的时间对有地表水的河段进行测绘,以追踪常年水流长度和位置的年度变化。美国亚利桑那州圣佩德罗河 12 年的湿地/旱地测绘数据显示,每年有 62 个河段有地表水,圣佩德罗河滨国家保护区的河道总长的 32%。它们还显示出水流长度具有很高的年际变化,这表明当地地下水位条件发生了变化,可能为生态变化提供早期预警。该项目的数据和地图已广泛用于各种保护、管理和研究工作。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/0683/3056014/28c35eeede37/267_2010_9607_Fig1_HTML.jpg

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