** AWARDS ISSUED PRIOR TO JANUARY 20, 2025, WERE FUNDED UNDER PREVIOUS ADMINISTRATIONS AND MAY NOT REFLECT THE PRIORITIES AND POLICIES OF THE CURRENT ADMINISTRATION.** UPLAND COTTON IS THE MAIN SOURCE OF TEXTILE FIBERS WORLDWIDE, WITH A FOCUS ON IMPROVING THE QUALITY OF THESE FIBERS FOR YEARS. DESPITE ADVANCEMENTS, PROGRESS IN ENHANCING FIBER QUALITY HAS BEEN SLOW DUE TO COMPLEX FACTORS INFLUENCING THESE TRAITS. THE USE OF HIGH-TECH TOOLS LIKE THE HIGH-VOLUME INSTRUMENT (HVI) HAS MADE FIBER QUALITY ASSESSMENT MORE RELIABLE, YET THESE METHODS CAN OVERLOOK SPECIFIC FIBER ATTRIBUTES AND SUFFER FROM SAMPLING BIASES. TO ADDRESS THESE CHALLENGES, OUR PROJECT AIMS TO REFINE FIBER ANALYSIS TECHNIQUES, AIMING FOR GREATER ACCURACY AND EFFICIENCY. WE PLAN TO DEVELOP BETTER METHODS FOR EVALUATING COTTON FIBERS DIRECTLY, BYPASSING CURRENT LIMITATIONS AND IMPROVING THE PRECISION OF FIBER QUALITY MEASUREMENTS. OUR GOALS INCLUDE ENHANCING MICROSCOPY-BASED TECHNIQUES, CREATING FAIR SAMPLING PROTOCOLS, AND CONDUCTING GENETIC STUDIES TO PINPOINT QUALITY TRAITS, ALONGSIDE PROVIDING INTERDISCIPLINARY TRAINING FOR A PH.D. STUDENT. ULTIMATELY, OUR WORK SEEKS TO PRODUCE HIGH-QUALITY UPLAND COTTON GERMPLASM, BENEFITING BREEDERS, GROWERS, AND RESEARCHERS ACROSS VARIOUS SECTORS. THIS INITIATIVE RESPONDS TO THE COTTON INDUSTRY'S NEED FOR HIGHER CROP VALUE, AIMING TO MAKE FARMING MORE PROFITABLE, RESILIENT, AND SUSTAINABLE.