The NMSU Cotton Breeding and Genetics Lab aims to accelerate genetic gain for complex traits in cotton, including yield, fiber quality, and tolerance to abiotic and biotic stresses. We integrate classical plant breeding with quantitative genetics, genomics, phenomics, and artificial intelligence to develop data-driven breeding strategies. By combining high-throughput phenotyping, QTL mapping, genome-wide association studies, and genomic prediction, we link genetic variation to agronomically important traits and translate these insights into improved, resilient cotton cultivars for the Southwest and beyond.

The NMSU Cotton Breeding and Genetics Lab is committed to serving cotton growers and breeders across New Mexico and beyond by developing improved germplasm tailored to regional needs. We actively engage with producers to understand their challenges and priorities, ensuring that our research translates into practical, field-ready solutions that support sustainable and profitable cotton production. We also strive to serve the broader scientific and local communities by contributing our expertise through peer review, workshops, and collaborative initiatives. As part of a diverse community, we are committed to fostering inclusive outreach and expanding access to science. We aim to inspire interest in plant breeding, genetics, and agriculture among students, growers, and stakeholders, promoting education, opportunity, and innovation across all communities.