<?xml version="1.0" encoding="UTF-8"?><item href="/issues/2024-spring/understanding-cotton-plants.html" dsn="news"><item_date>03/29/2024 12:00:00 AM</item_date><category_header/><title>Understanding Cotton Plants</title><subheader/><description>College of Science faculty are working to increase the resiliency and productivity of cotton.</description><author>Heather Noel</author><photographer>Ahna Hubnik</photographer><image><img src="/sites/default/files/24-0061_cotton-research_0019_banner.jpg" alt="Brian Ayre and Roisin McGarry"/></image><thumbnail_image><img src="/sites/default/files/24-0061_cotton-research_0019_thumb.jpg" alt="Brian Ayre and Roisin McGarry"/></thumbnail_image><taxonomy-story-type/><taxonomy-cultural-story-category/><taxonomy-news-sections/><taxonomy-college-department>College of Science, Department of Biological Sciences</taxonomy-college-department><taxonomy-tags/><type>story</type><categories/><relationships/><main-content>
    
    
  
    College of Science faculty Brian Ayre and Roisin McGarry (pictured) are researching ways to increase the resiliency and productivity of cotton with a U.S. Department of Agriculture grant they earned based on their innovative project proposal and UNT's designations as a Hispanic- and Minority-Serving Institution. They are focusing specifically on cotton bast fibers, which develop in the phloem or "inner bark" of the plant's stem. Cotton bast fibers are an underutilized part of the cotton plant that could hold immense potential for industrial applications, such as an alternative to synthetic fiber derived from fossil fuels. Knowing more about these fibers can help cotton producers make informed decisions about the economic viability of the plant tissue and its possible applications.  

    
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