This guide includes detailed instructions for volunteers who are using the Water Reporter platform to collect and submit data for the Chesapeake Bay SAV Watchers Introductory Monitoring Program.

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The Methods Manual includes background information on SAV and the Chesapeake Bay SAV Watchers Monitoring Program, detailed protocol for the Advanced Monitoring Program (Tier 2), safety information, an updated SAV species guide, and many other resources.

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A pocket-sized SAV species identification guide that also includes a field packing list, protocol reminders, and reference photos of other macrophytes. For use in the field by volunteers participating in the Chesapeake Bay SAV Watchers Introductory and Advanced Monitoring Programs. This version is designed to be viewed on a phone or computer screen.

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A pocket-sized SAV species identification guide that also includes a field packing list, protocol reminders, and reference photos of other macrophytes. For use in the field by volunteers participating in the Chesapeake Bay SAV Watchers Introductory and Advanced Monitoring Programs. This version is designed for double-sided printing.

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This poster describes an indicator matrix developed by the Chesapeake Monitoring Cooperative. The matrix demonstrates the overlapping objectives between the Chesapeake Bay Program’s Management Strategies and volunteer monitoring groups. The matrix can enhance understanding and inspire more monitoring, which will be used for restoration across all Bay Program goals (i.e., clean water, abundant life, conserved lands, and engaged communities).

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The Chesapeake Monitoring Cooperative (CMC), as part of the Indicator Effectiveness Matrix objective, produced 12 factsheets describing 14 tidal water quality indicators. These indicators are part of the CMC's tidal water quality Quality Assurance Project Plan and Method Manuals. The factsheets are intended for nontraditional and volunteer monitoring groups to include as part of their water quality monitoring programs as education materials for their volunteers.

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Assessment of natural resource condition within Shenandoah National Park was carried out using the National Park Service Inventory and Monitoring Program Vital Signs ecological monitoring framework. The park was categorized into six reporting areas based on two altitudes and three major geology types underlying Shenandoah National Park. Thirty-one metrics were analyzed for 14 indicators grouped into four categories:

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This report card was produced in December 2015 by The University of Maryland Center for Environmental Science and represents a joint effort of graduate students and faculty in the Marine Estuarine Environmental Sciences program at the Appalachian Laboratory in Frostburg and the Integration and Application Network. The report card provides an assessment of stream health in the Upper Potomac Headwaters region upstream of Harpers Ferry, West Virginia.

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The Inner Hempstead Harbor report card is part of a larger effort to assess Long Island Sound health on an annual basis. The Long Island Sound and embayment report cards provide a picture of overall health. Bringing embayment report cards together with the Long Island Sound report card communicates a complete picture of ecosystem health in the area. The report card provides a geographically specific assessment of annual Inner Hempstead Harbor ecosystem health for 2013.

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The Long Island Sound Report Card was developed through a collaborative effort between the staff at the Long Island Sound Study and their Science and Technical Advisory Committee, Connecticut Department of Environmental Protection and New York Department of Environmental Conservation. The Sound was divided into 5 reporting regions; western and eastern narrows, western, central, and eastern Long Island Sound.

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