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Explanatory power vs. complexity in ecological forecasting - Management/Restoration - Photo (JPG)


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Explanatory power vs. complexity in ecological forecasting
Conceptual diagram illustrating the ideal balance between a model's complexity and its power to explain that complexity. Diagram from "Integrating and Applying Science" (pg. 104) - http://ian.umces.edu/press/publications/259/

Explanatory power vs. complexity in ecological forecasting Conceptual diagram illustrating the ideal balance between a model's complexity and its power to explain that complexity. Diagram from "Integrating and Applying Science" (pg. 104) - http://ian.umces.edu/press/publications/259/ diagram,management,model,ecology,forecasting,communication

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Explanatory power vs. complexity in ecological forecasting
Conceptual diagram illustrating the ideal balance between a model's complexity and its power to explain that complexity. Diagram from "Integrating and Applying Science" (pg. 104) - http://ian.umces.edu/press/publications/259/
Historical versus current flow regime through the Everglades wetlands A comparison of the current water flow in the Everglades (East to West), versus the historically North-South flow. Diagram from "Integrating and Applying Science" (pg. 144) - http://ian.umces.edu/press/publications/259/ diagram,communication,application,model,everglades,flow,wetlands Sampling sites in the everglades Conceptual diagram illustrating the sample locations in the Marine Monitoring Network used for the MLR models in the Everglades. Diagram from "Integrating and Applying Science" (pg. 145) - http://ian.umces.edu/press/publications/259/ diagram,everglades,application,communication,model,sampling,mlr, The steps of ecological forecasting Conceptual diagram illustrating the the continual steps in creating an ecological forecast (forecasting, tracking, assessment, and improvement). Diagram from "Integrating and Applying Science" (pg. 105) - http://ian.umces.edu/press/publications/259/ diagram,communication,integration,application,forecasting,assessment,improvement,effort Explanatory power vs. complexity in ecological forecasting Conceptual diagram illustrating the ideal balance between a model's complexity and its power to explain that complexity. Diagram from "Integrating and Applying Science" (pg. 104) - http://ian.umces.edu/press/publications/259/ diagram,management,model,ecology,forecasting,communication Interconnectivity of research, management and communication Conceptual diagram illustrating how research, management, and communication successfully come together in creating an ecological forecasting program. Diagram from "Integrating and Applying Science" (pg. 109) - http://ian.umces.edu/press/publications/259/ diagram,forcasting,communication,science,integration,application,management Geographic scaling of report cards Conceptual diagram illustrating the geographic scale of an environmental report card. The three assessments shown are that of the Chesapeake Bay on a national, regional, and local level. Diagram from "Integrating and Applying Science" (pg. 79) - http://ian.umces.edu/press/publications/259/ diagram,illustration,local,regional,national,chesapeake,bay,data,scale,report,card
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File information
Filename:iil_diagram_complexity_vs_explanatory_integrating_and_applying_science.png
Album name:dlevey / Management/Restoration
Keywords: diagram, management, model, ecology, forecasting, communication
Author Name:Jane Thomas
Author Company:IAN
Date created (MM/DD/YYYY):01/01/2010
Media Type:Raster Graphic
File Size:51 KB
Date added:Jan 10, 2012
Dimensions:1000 x 504 pixels
Displayed:37 times
Downloaded:4 times (Details)
IPTC Keywords:
URL:http://ian.umces.edu/imagelibrary/displayimage-7006.html
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