A complete application in a minute
Tailored resume and cover letter, ready to send.
University of California, Davis, in partnership with the USDA-ARS SAWS Research Unit, seeks a Junior Specialist or Assistant Specialist to support micrometeorology and hydrogeology research. The role centers on applying fiber-optic Distributed Temperature Sensing (FODTS) to measure detailed soil-plant-atmosphere temperature dynamics and subsurface conditions.
The successful candidate will participate in field campaigns across California’s Central Valley and mountainous regions, assist in data
The position of Specialist has a narrow focus in a specialized area and provides technical or specialized expertise (e.g., with instrumentation and research equipment or with social science research methods) in the planning and execution of a research project. The Specialist stays apprised of emerging issues and problems and maintains technical competence in the designated area(s) of specialization. Within this defined area and when appropriate, the Specialist is expected to provide leadership, facilitate teamwork and develop collaborative relationships with colleagues and to supply input into the planning of research and educational programs. Normally, Specialists do not have Principal Investigator (PI) status but may obtain permission by exception and/or collaborate with a PI in preparing research proposals for extramural funding. The Specialist is evaluated for merit and promotion using three basic criteria outlined below.
Join a dynamic, interdisciplinary research team combining expertise from the University of California, Davis, and the USDA Agricultural Research Service (USDA-ARS). We are seeking an enthusiastic Junior Specialist or Assistant Specialist to support cutting-edge micrometeorology and hydrogeology research led by Prof. Holly Oldroyd (UC Davis) and Drs. Scott Bradford and Gordon Osterman (USDA-ARS).
This position focuses heavily on the application of fiber-optic Distributed Temperature Sensing (FODTS) to measure high-resolution spatial and temporal temperature dynamics across the soil-plant-atmosphere continuum and subsurface environments. The successful candidate will contribute to groundbreaking work assessing evapotranspiration, micrometeorological fluxes, and managed aquifer recharge (MAR) processes across California’s Central Valley and in California Mountains.