معرفی
Rafael Cuevas Uribe serves as an Associate Professor in the Department of Fisheries Biology at Cal Poly Humboldt, where he advances sustainable aquaculture through reclaimed water systems and germplasm conservation. His work bridges environmental stewardship with cutting-edge reproductive technologies for aquatic species.
His academic foundation includes:
- B.S. in Biology from Universidad de Guadalajara (2003)
- M.S. in Aquaculture/Aquatic Science from Kentucky State University (2006)
- Ph.D. in Wildlife and Fisheries from Louisiana State University (2011)
- Postdoctoral research at Kentucky State University (2011-2014) on reservoir ranching and reclaimed water applications
Cuevas Uribe's research program integrates four critical domains: reclaimed water aquaculture for resource efficiency, germplasm preservation via cryopreservation, aquaculture genetics for stock improvement, and reproductive biology techniques including artificial spawning and sex manipulation. His reclaimed water systems demonstrate safe contaminant thresholds for paddlefish and striped bass, while his vitrification protocols enable high-throughput sperm banking for marine and freshwater species. This work directly supports conservation aquaculture and circular economy models in fishery resource management.
Publication analysis reveals consistent focus on cryopreservation innovation—particularly vitrification for marine organisms—and reclaimed water applications. His 15 most recent articles span 2009-2019, with accelerating contributions to sperm banking protocols (2011-2017) and reclaimed water safety assessments (2014-2015), reflecting evolving priorities toward sustainable production systems.
He teaches core fisheries courses including Ichthyology (FISH 310), Aquaculture (FISH 370), Mariculture (FISH 375), Fish Diseases (FISH 471), Advanced Aquaculture (FISH 480), and Fish Physiology (FISH 311), providing students with both foundational knowledge and exposure to frontier reproductive technologies.
No scientific awards are documented in source materials. While teaching and research activities are detailed, specific information regarding graduate student mentorship, grant funding, laboratory facilities, or collaborative teams was not provided in the available text.
