Data Associated with A Simplified Approach to Stakeholder Engagement in Natural Resource Management: The Five-Feature Framework

This paper distills complex frameworks for stakeholder engagement to five main principles that scientists and natural resource managers can use in planning stakeholder engagement efforts. Many natural resource management professionals, including practitioners and scholars, increasingly recognize the need for and potential benefits of engaging stakeholders in complex decision-making processes, yet the implementation of these efforts varies wildly, reflecting great methodological and conceptual diversity. Given the dynamic and diverse natural resource management contexts in which engagement occurs and the often significant stakes involved in making decisions about natural resources, we argue that stakeholder engagement would benefit from a theoretical framework that is both agile and robust. To this end, five essential elements of stakeholder engagement are evaluated and organized to form the Five-Feature Framework, providing a functional and approachable platform with which to consider engagement processes. Aside from introducing and developing the Five-Feature Framework, this paper applies the framework as a measure to evaluate the empirical case-study literature involving SE in natural resource management in an effort to better understand the obstacles facing robust and genuine engagement in natural resource management. Our results suggest that the most basic principles of engagement are often absent from stakeholder engagement projects, confirming the need for a functional framework. The Five-Feature Framework can be used to plan flexible, adaptable, and rigorous engagement projects in a variety of contexts and with teams that have varying backgrounds and experience. By virtue of its simplicity and functionality, the framework demystifies stakeholder engagement in order to help natural resource professionals build opportunities for collaborative decision-making and integrate citizen values and knowledge into complex management issues

Community Engagement, Advocacy, and the Application of Science in the Boise River Basin

This poster was presented at the 2016 Idaho EPSCoR Annual Meeting, October 19-21, in Couer d\u27Alene Idaho

Resurrecting “Poor Man’s Purple”: A Transdisciplinary Study of Color-Shifted Pigments Used in an Encaustic Fayum Mummy Portrait of Ancient Egypt

During the Coptic period in Fayum Egypt, encaustic (i.e. wax) mummy portraits were painted onto wooden panels or linen and attached to the mummy trappings of the deceased. One such portrait, “32.6: The Bearded Man” (c. 170-180 AD), features an unidentified Roman-Egyptian displaying a purple clavi. The trace swath of purple in the portrait provides evidence as to the origins of the painting and the identity of the man. Nanoscale analysis of the pigment suggests a red organic material was color shifted using a metal salt to produce a “poor man’s purple” as opposed to the expensive murex purple traditionally reserved for the elite. It is the goal of this project to reverse engineer the pigment using organic material and metal salts available to the Roman-Egyptians in order to fabricate a purple pigment possessing a similar chemical composition to that within the portrait. Analytical comparisons of the original pigment to our synthesized specimens will allow the identification of the original materials used. Ultimately, our aim is to have an in depth understanding of materials and processes used to create the purple clavi, thereby providing further detail as to the provenience of “The Bearded Man” Fayum portrait

Microbial Supplements for Dairy Cows to Reduce Enteric Methane Emissions

This project uses the biotechnology of rumen-native Microbial Feed Supplements (M.F.S.) to decrease enteric methane emissions (E.M.E.) and analyze the use of this Climate Safe Agriculture (C.S.A.) tool. We aim to look at the impacts of usage on an environmental, economic, and social level. Dairy cattle contribute significantly to the amount of methane released into the atmosphere and current tactics to work on the effects are not long-term nor cost efficient solutions. This climate-smart solution aims to mitigate E.M.E. and develop an understanding for dairy industries and how they operate. This M.F.S. will be implemented and analyzed to determine its successes and side effects. Our role is to identify the social barriers and perceptions surrounding M.F.S. implementation and how to improve feasibility of its usage in the Pacific Northwest. With incentives for the dairymen, we will use data collection, interviews, surveys and more to determine the success of this practice, with the expectation to lead to a more environmentally and financially sustainable dairy agriculture

A simplified approach to stakeholder engagement in natural resource management: the Five-Feature Framework

We distill complex frameworks for stakeholder engagement into five main principles that scientists and natural resource managers can use in planning stakeholder engagement efforts. Many natural resource management professionals, including practitioners and scholars, increasingly recognize the need for, and potential benefits of, engaging stakeholders in complex decision-making processes, yet the implementation of these efforts varies wildly, reflecting great methodological and conceptual diversity. Given the dynamic and diverse natural resource management contexts in which engagement occurs and the often significant stakes involved in making decisions about natural resources, we argue that stakeholder engagement would benefit from a theoretical framework that is both agile and robust. To this end, five essential elements of stakeholder engagement are evaluated and organized to form the Five-Feature Framework, thereby providing a functional and approachable platform with which to consider engagement processes. Aside from introducing and developing the Five-Feature Framework, we apply the framework as a measure to evaluate the empirical case study literature involving stakeholder engagement in natural resource management in an effort to better understand the obstacles facing robust and genuine engagement in natural resource management. Our results suggest that the most basic principles of engagement are often absent from stakeholder engagement projects, which confirms the need for a functional framework. The Five-Feature Framework can be used to plan flexible, adaptable, and rigorous engagement projects in a variety of contexts and with teams that have varying backgrounds and experience. By virtue of its simplicity and functionality, the framework demystifies stakeholder engagement in order to help natural resource professionals build opportunities for collaborative decision-making and integrate citizen values and knowledge into complex management issues