Publications by Ben Longstaff

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.

Integrating and Applying Science: A handbook for effective coastal  ecosystem assessment (Page 1)

Integrating and Applying Science: A handbook for effective coastal ecosystem assessment

Longstaff BJ, Carruthers TJB, Dennison WC, Lookingbill TR, Hawkey JM, Thomas JE, Wicks EC, Woerner J ·
10 May 2010

Vast areas of the globe's coastal zone have experienced significant declines in ecosystem health. Deteriorating water quality, loss and alteration of vital habitats, and reduced populations of fish and shellfish are some of the major changes recorded. Establishing and running an effective assessment program is a complex process that necessitates strategic collaboration and partnerships between many individuals and agencies.

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Chapter 10: Spatial analysis: Making maps and using spatial analyses

Kelsey RH and Longstaff BJ ·
2010

Although spatial analysis is technically a component of statistical analysis and environmental modeling, the important role it plays, or should play, in coastal assessment programs warrants specific attention in its own separate chapter. This chapter provides some of the basic principles for producing effective maps through to the process of undertaking complex spatial analyses.

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Chapter 11: Program design: developing a comprehensive data strategy

Lookingbill T, Sanders G, Carter S, Best B, Longstaff BJ, and Hawkey JM ·
2010

In this chapter, we describe the logistics of designing a monitoring program to obtain data within an integrated coastal assessment framework. We begin with the challenge of explicitly defining program goals and objectives, and describe the role of conceptual models and diagrams in facilitating this process. We next describe the selection of a subset of physical and chemical indicators for monitoring ecosystem status and trends.

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Chapter 5: Ecological indicators: assessing ecosystem health using metrics

Wicks EC, Longstaff BJ, Fertig BM, and Dennison WC ·
2010

Chapter 4 discussed how selecting an appropriate communication product can affect an audience and persuade opinions. This chapter discusses how using another tool, an indicator (Figure 5.1), not only can persuade opinions, but also can be used to evaluate the health of an ecosystem.

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Chapter 6: Ecological report cards: integrating indicators into report cards

Williams MR, Longstaff BJ, Wicks EC, Carruthers TJB, and Florkowski LN ·
2010

This chapter continues the discussion of ecological indicators but with the specific application of producing ecological report cards. It explains the reasons for producing report cards, the steps to produce indicators based on ecological thresholds, and the process of combining indicators into overarching indices. Ecological report cards, like the indicators that they are based on, are one of the most important products for directing data collection and analysis.

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Chapter 7: Ecological forecasts: building a predictive capacity to guide management

Jasinski DA, Longstaff BJ, and Wicks EC ·
2010

This chapter provides an overview of the process of developing, producing, and releasing an ecological forecast, which is supported by statistical analysis and models that underpin forecasts (see Chapters 8 and 9). Areas discussed in this chapter include why you may consider conducting ecological forecasting, some of the essential elements of a forecasting program, and some of the challenges you may face.

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Integrating and Applying Science: A practical handbook for effective coastal ecosystem assessment

Longstaff BJ, Carruthers TJB, Dennison WC, Lookingbill TR, Hawkey JM, Thomas JE, Wicks EC, and Woerner JL (eds) ·
2010

Vast areas of the globe's coastal zone have experienced significant declines in ecosystem health. Deteriorating water quality, loss and alteration of vital habitats, and reduced populations of fish and shellfish are some of the major changes recorded. Regardless of the differences between cultures, climate regions, and population pressures, integrated management and assessment is required to solve coastal environmental problems.

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Long-Term Trends of Water Quality and Biotic Metrics in Chesapeake Bay: 1986 to 2008 (Page 1)

Long-Term Trends of Water Quality and Biotic Metrics in Chesapeake Bay: 1986 to 2008

Williams MR, Filoso S, Longstaff BJ, and Dennison WC ·
2010

We analyzed trends in a 23-year period of water quality and biotic data for Chesapeake Bay. Indicators were used to detect trends of improving and worsening environmental health in 15 regions and 70 segments of the bay and to assess the estuarine ecosystem's responses to reduced nutrient loading from point (i.e., sewage treatment facilities) and nonpoint (e.g., agricultural and urban land use) sources.

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2008 Chesapeake Bay Report Card (Page 1)

2008 Chesapeake Bay Report Card

Ben Longstaff, Michael Williams, Caroline Donovan, Emily Nauman, Heath Kelsey ·
2 April 2009

This report card provides a transparent, timely, and geographically detailed annual assessment of 2008 Chesapeake Bay habitat health. This is the third year that the report card has been released. This report card rates 15 reporting regions of the Bay using six indicators that are combined into a single overarching index of habitat health. The overall health of Chesapeake Bay was poor in 2008, obtaining a grade of C-.

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