9 research outputs found

    Negotiate like an MBA: How to conduct principled negotiations for library resources

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    Workshop Presentation: This workshop is designed to teach a framework for planning and conducting negotiations based on negotiation best practices found in the literature. Participants who are new to negotiating or those with negotiating experience but without formal training will find the content of this workshop useful. It should appeal to multiple audiences, people new to the field of e-resource management as well as experienced practitioners who desire more negotiation training

    The Locus Ceruleus in PTSD

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    NO ABSTRACT: This is 750 word encyclopedia entr

    Negotiations 101: How to Conduct Principled Negotiations for Library Resources

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    This Negotiations 101 workshop is focused on providing a better foundation for librarians tasked with negotiating on behalf of their library. While many librarians are responsible for leading or providing support for negotiations with vendors, quite a few receive little to no formal training for doing so. To address this challenge, this three-hour online training will provide an introduction to negotiating theory followed by an exercise where the participants will be split into two smaller groups to prepare for a negotiation that will then be executed. Following the negotiation, participants will reflect on the results from this exercise together as a group. ACRL and SPARC co-hosted this workshop

    Columbus State University Honors College: Senior Theses, Fall 2020/Spring 2021

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    This is a collection of senior theses written by honors students at Columbus State University during the Fall 2020 and Spring 2021 semesters.https://csuepress.columbusstate.edu/honors_theses/1002/thumbnail.jp

    Herbivore Influence on Post-Fire California Sage Scrub Plant and Soil Microbial Assemblages

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    California sage scrub (CSS) is an endangered, shrub-dominated, southern California ecosystem type threatened by increasing fire frequencies and conversion to non-native grasslands. As CSS harbors a rich endemic flora and fauna and is critical for maintaining key ecosystem services; significant attention has been focused on understanding how many key factors (N-deposition, drought, and competition with non-natives) influence post-fire CSS recovery. Unfortunately, few studies have examined the role of herbivores. For five years, we investigated the influence of herbivores on post-fire CSS succession by annually surveying plant assemblages in control (herbivores allowed access) and experimental (herbivore excluded) plots at the Bernard Field Station following a fire in May 2017. We found that herbivores reduce the cover of both invasive grasses and native shrubs, and negatively impact Artemisia californica survivorship. Consequently, post-fire plant restoration efforts should not discount the effects of herbivores. While native forb cover was elevated in plots that permitted herbivores, plots near the fire edge experienced increased herbivory pressure and lower cover of most plants. Despite modifications in plant assemblages, we did not observe differences in soil microbe abundances, fungi assemblage structure, or nutrient concentrations. We suggest that restoration practitioners consider caging ‘shrub regeneration’ areas to facilitate post-fire CSS recovery

    Herbivore Influence on Post-Fire California Sage Scrub Plant and Soil Microbial Assemblages

    No full text
    California sage scrub (CSS) is an endangered, shrub-dominated, southern California ecosystem type threatened by increasing fire frequencies and conversion to non-native grasslands. As CSS harbors a rich endemic flora and fauna and is critical for maintaining key ecosystem services; significant attention has been focused on understanding how many key factors (N-deposition, drought, and competition with non-natives) influence post-fire CSS recovery. Unfortunately, few studies have examined the role of herbivores. For five years, we investigated the influence of herbivores on post-fire CSS succession by annually surveying plant assemblages in control (herbivores allowed access) and experimental (herbivore excluded) plots at the Bernard Field Station following a fire in May 2017. We found that herbivores reduce the cover of both invasive grasses and native shrubs, and negatively impact Artemisia californica survivorship. Consequently, post-fire plant restoration efforts should not discount the effects of herbivores. While native forb cover was elevated in plots that permitted herbivores, plots near the fire edge experienced increased herbivory pressure and lower cover of most plants. Despite modifications in plant assemblages, we did not observe differences in soil microbe abundances, fungi assemblage structure, or nutrient concentrations. We suggest that restoration practitioners consider caging ‘shrub regeneration’ areas to facilitate post-fire CSS recovery
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