James Blauth

James Blauth is a Professor of Biology at the University of Redlands with a distinguished career spanning plant genetics and ecological restoration, particularly in desert ecosystems.

His educational background includes:

• Ph.D. in Plant Genetics from Cornell University
• B.A. in Biology from Dartmouth College

Blauth's research spans Plant Genetics, Ecological Restoration, and Desert Ecology. He has conducted significant work on genome mapping in Capsicum species and potyvirus resistance, later transitioning to desert habitat restoration in Joshua Tree National Park. His interdisciplinary approach integrates field research with laboratory studies on plant-microbe interactions, particularly rhizobia and mycorrhizas, to develop practical revegetation strategies for disturbed washes.

Analysis of his publications reveals a clear evolution from foundational genetic research in the 1990s to applied ecological restoration in the 2000s. Early work focused on molecular genetics and genome evolution in Solanaceae, while recent publications emphasize service learning and field-based solutions for desert conservation, demonstrating how basic genetic principles inform real-world restoration ecology.

No major scientific prizes, fellowships, or medals were listed in the provided information.

Blauth has secured substantial funding including NSF Research Opportunity Awards and Merck-AAAS grants totaling over $230,000 to support undergraduate research. His mentoring approach integrates students directly into fieldwork, as evidenced by co-authorship on publications and conference presentations about desert restoration projects. This hands-on model has created sustained research opportunities for undergraduates in ecological field studies.

He leads an active research team conducting fieldwork in Joshua Tree National Park, where they've transplanted native seedlings and study plant-microbe symbioses for revegetation. This work involves collaboration with national park services and ecological restoration societies, focusing on woody legumes, rhizobia, and arbuscular mycorrhizas to restore disturbed desert washes through applied ecological science.