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Filtering by: Creator Kentnesse, Laura E. Remove constraint Creator: Kentnesse, Laura E. Academic Affiliation Wood Science and Engineering Remove constraint Academic Affiliation: Wood Science and Engineering

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  • Women in Forest Sector Leadership: A Qualitative, Multi-country Study

    Creator:
    Larasatie, Pipiet
    Abstract:
    Generally presented as a preferred social norm based on both ethical considerations and legislative demands, gender equality has been highly encouraged in recent years. For instance, The United Nations Sustainable Development Goals for 2030 call out achieving gender equality and empowerment of women. However, although there are multiple efforts to...
    Resource Type:
    Dissertation
    Full Text:
    , Laura S. Kenefic, and Jessica E. Leahy. 2020. “An Adaptive and Evidence-Based Approach to Building

  • A comparative analysis of extracted fungal pigments and commercially available dyes for colorizing textiles

    Creator:
    Hinsch, Eric M.
    Abstract:
    With the resurgence in the interest of using natural textile dyes, a solution must be found that will overcome the limitations of traditional natural dyes. This solution must also be safer for both humankind and the environment than are synthetic dyes. This study compares the colorfastness of commercially available synthetic...
    Resource Type:
    Masters Thesis
    Full Text:
    Chen for her guidance through AATCC standard test methods; to Laura Scott and German Rodriguez for

  • Understanding the durability of Wood-based composites using fracture toughness

    Creator:
    Mahapatra, Sweta
    Abstract:
    Wood-based composites (WBCs) are an important sector of the US economy. For a WBC product to succeed, understanding its long-term durability, including seasonal variations in temperature and humidity, is critical. Durability is especially important WBCs because they are predominantly made from wood, which is a biological, hygroscopic material that is...
    Resource Type:
    Masters Thesis
    Full Text:
    approved: John A. Nairn Willie E. "Skip" Rochefort Wood-based composites (WBCs) are an important