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The EPSCoR MILES program builds Idaho's capacity to study complex social-ecological processes, especially those associated with water demand and valuation of ecosystem services. This research characterizes patterns and identifies social drivers of urban growth and ecological change, including valuable ecosystem services.
Visit them at https://www.idahoecosystems.org
The following description is the calculation of daily total residue loads using the non-parametric smearing method, see references below. 15 minute interval stages were converted to discharge values using the rating curve equation developed by T...
The following description is the calculation of daily phosphorus loads using the non-parametric smearing method, see references below. 15 minute interval stages were converted to discharge values using the rating curve equation developed by T....
Idaho, USA has a high percentage of federally owned land (over 60%), strong gradients in elevation and latitude, diverse landscape types and uses, the third fastest growing population in the United States, and is one of the most agriculturally...
A social survey was conducted in the Fernan Lake watershed in Idaho to understand how people interact with the landscape around them. Blue-green algae growth occurs naturally, but human activities can significantly increase the frequency of...
This dataset includes the interview questions and responses of 20 stakeholders when asked about river restoration. Stakeholders include scientists, interest groups, leaders, professionals, government and NGO employees, and activists; they are...