As a former graduate research assistant at the University of Florida IFAS 🐊🌱, specializing in lettuce breeding and genetics, I honed my skills in developing heat-tolerant leafy greens for the dynamic Florida market 🌞🥬. My thesis project focused on understanding and mitigating temperature-related losses due to climate change.My journey extends beyond academia, encompassing diverse experiences in field crop production, greenhouse, and controlled environment agriculture 🚜🏡. I've delved into various systems, from traditional to hydroponics, vertical farming, and innovative setups, contributing to a comprehensive understanding of horticultural practices.Beyond research, my recent roles involve consulting to troubleshoot unique issues in field and controlled environment agriculture, emphasizing problem-solving in greenhouse crop and ornamental plant production 🌿💡. My passion lies in integrating plant breeding techniques, best management practices, and advanced production methods to foster resilient agricultural systems amid climate change and food security challenges.I'm enthusiastic about exploring the vast potential of controlled environment agriculture for both local and global food production 🌎🌱. My broader interests extend to leveraging plant breeding for applications in bioplastics, textiles, and cutting-edge products 🌿👩‍🔬.Eager to connect with fellow enthusiasts in horticulture and agriculture, I believe in our generation's ability to create sustainable processes that benefit society today and leave a positive impact on future generations 🌱🌍. Adaptability is central to horticultural success, and I'm committed to advancing crop breeding with environmentally sound practices 🌿🔄. Let's collaborate for a greener and more resilient future! 🌱🌐