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.

Fort Monroe National Historical Park Natural Resource Condition Assessment (Page 1)

Fort Monroe National Historical Park Natural Resource Condition Assessment

Lookingbill T, Engelhardt K, Geraghty C, Hatchel N, Kitchen D ·
15 March 2018

Fort Monroe National Monument is located at the tip of the Virginia Peninsula in Hampton, Virginia. The site includes the largest stone fort built in the United States and was formally added to the National Park System in 2011, recognizing millennia of human interactions with this landscape. Natural resources within the 325-acre park boundary include an ecologically diverse and productive saltmarsh cordgrass wetlands within Mill Creek.

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Tennessee River Basin Report Card Methods Document (Page 1)

Tennessee River Basin Report Card Methods Document

Heath Kelsey, Dylan Taillie, Emily Nastase, Bill Dennison, Andrew Elmore ·
9 February 2018

The Tennessee River Basin Report Card was developed as a tool for prioritization and restoration decisions made in the Tennessee River Basin. The report card document is also meant to serve as an outreach tool for use by managers to highlight particular issues of importance when communicating conservation and restoration with the public. This methods document discusses how the report card was developed and how the grades were calculated.

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Data Interpretation and Synthesis Methods Manual (Page 1)

Data Interpretation and Synthesis Methods Manual

Caroline Donovan, Dylan Taillie, Alexandra Fries, Brianne Walsh, Emily Nastase ·
1 February 2018

Chesapeake Monitoring Cooperative's Data Interpretation and Synthesis Methods Manual is a step by step comprehensive guide to interpreting and communicating data for beginner and experienced monitoring groups alike. This manual was produced to be used in tandem with a hands on workshop that guides attendees through the process of interpreting their data.

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Using indicators for improved water resources management (Page 1)

Using indicators for improved water resources management

Bertule M, Bjørnsen PK, Costanzo SD, Escurra J, Freeman S, Gallagher L, Kelsey RH and Vollmer D ·
5 September 2017

This guide was developed to help basin managers, decision makers and other water resource management practitioners navigate an increasingly complex ‘jungle of indicators’. It provides scientific, technical and communication guidance on use of indicators for better basin resource planning and management.

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“This is your shield… this is your estuary” Building community and coastal resilience to a changing Louisiana coastline through restoration of key ecosystem functions (Page 1)

“This is your shield… this is your estuary” Building community and coastal resilience to a changing Louisiana coastline through restoration of key ecosystem functions

Carruthers TJB, Hemmerling SA, Barra M, Saxby TA, Moss L ·
30 March 2017

The coastal communities of Louisiana are highly vulnerable to coastal change, and the potential benefits of protecting, restoring, and enhancing intact ecosystems are particularly important. However, there is a current lack of synthesized information on potential benefits of ecosystem-based restoration options at a parish, basin, or coastwide scale.

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Building community and coastal resilience to a changing Louisiana coastline through restoration of key ecosystem functions (Page 1)

Building community and coastal resilience to a changing Louisiana coastline through restoration of key ecosystem functions

This is your shield... this is your estuary

Carruthers TJB, Hemmerling SA, Barra M, Saxby TA, Moss L ·
1 March 2017

The coastal communities of Louisiana are highly vulnerable to coastal change, yet the population has remained steady in the midst of highly dynamic environmental, social, and economic conditions. Adaptations in the form of social networks, mobility, and ingenuity have enabled Louisiana’s coastal communities to remain viable, although changed over time. Much of Louisiana’s coastal zone is outside of the current system of hard infrastructure (primarily levee) protection.

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