IAN is committed to producing practical, user-centered communications that foster a better understanding of science and enable readers to pursue new opportunities in research, education, and environmental problem-solving. Our publications synthesize scientific findings using effective science communication techniques.

Assessment of Coastal Management and Science Needs in South Florida (Page 1)

Assessment of Coastal Management and Science Needs in South Florida

Dennison WC, Nuttle W and Wicks EC ·
15 February 2007

Resource managers in South Florida recognize that they need to address threats to natural resources by taking action to restore and sustain ecosystems. The attention and resources formerly directed toward basic ecosystem research in South Florida are increasingly directed toward broader goals of a region-wide restoration effort.

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The role of the coastal ocean in the disturbed and undisturbed nutrient and carbon cycles: A management perspective (Page 1)

The role of the coastal ocean in the disturbed and undisturbed nutrient and carbon cycles: A management perspective

Le Tissier MDA, Buddemeier R, Parslow J, Swaney DP, Crossland CJ, Smith SV, Whyte HAY, Dennison WC, Hills JM and Kremer HH (eds) ·
1 November 2006

This report was published by the Land-Ocean Interactions in the Coastal Zone (LOICZ) project with the support of the United Nations Environmental Programme (UNEP) and the Global Environmental Facility (GEF). It provides new assessment tools for coastal management programs and discusses the key science outputs of the project. Science communicators at IAN worked with authors and designers to create nine figures for the 40-page report.

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Water quality in four regions of the Maryland Coastal Bays: assessing nitrogen source in relation to rainfall and brown tide (Page 1)

Water quality in four regions of the Maryland Coastal Bays: assessing nitrogen source in relation to rainfall and brown tide

Fertig BM, Carruthers TJB, Wazniak C, Sturgess B, Hall M, Jones AB, and Dennison WC ·
1 November 2006

Monitoring water quality and determining nutrient inputs is essential to assess ecosystem health. Partnering with the Maryland Coastal Bays Program and the Department of Natural Resources, this study focused on four regions in Maryland's Coastal Bays. These regions, St Martins River, Public Landing, Johnson's Bay, and Chincoteague Island, were found to be nitrogen 'hotspots' by the 2004 water quality assessment study.

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'Bar Cleaning' in Oyster Restoration

Kennedy VS, Meritt DW, Newell RIE, North EW, Paynter KT, Boesch DF ·
21 July 2005

Scientists with expertise in oyster biology, restoration, and management within the University of Maryland Center for Environmental Science met to discuss their diverse perspectives on bar cleaning and power dredging. They developed this consensus statement to offer the Center's best scientific advice to decision makers, managers, stakeholders and partners in oyster restoration.

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Redesign of Chesapeake Bay Program indicator structure and communication strategy: Goals, rationale and products (Page 1)

Redesign of Chesapeake Bay Program indicator structure and communication strategy: Goals, rationale and products

Ben Longstaff ·
1 April 2005

The Indicator Redesign Taskforce was assembled to provide a vision for the Chesapeake Bay Program indicators and the manner in which they are communicated. In doing so, the Indicator Redesign Taskforce is initiating and steering the necessary changes through the Monitoring and Analysis Subcommittee. This document describes the goals, approach and methods used to redesign the ecological indicators and outlines the communication strategy used to convey these changes to the public.

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A water quality assessment of the Maryland Coastal Bays including nitrogen source identification using stable isotopes (Page 1)

A water quality assessment of the Maryland Coastal Bays including nitrogen source identification using stable isotopes

Jones AB, Carruthers TJ, Pantus F, Thomas JE, Saxby TA and Dennison, WC ·
2 November 2004

This data report details the results of an intensive sampling effort by the Integration and Application Network in the Maryland Coastal Bays. A spatially explicit Water Quality Index was developed from standard water quality analyses and a relatively new stable isotope technique.

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