Assistant or Associate Professor of Phytopathology in Controlled and Space Environments

Classification

Title:

Ast/Aso Prof

Classification

Minimum Requirements:

Candidates for this rank shall hold the highest degree appropriate to their field. A candidate shall be expected to demonstrate successful experience pertinent to the position they are being recommended and have demonstrated qualities relevant to the goals of the academic unit in which they will be employed.

Job Description:

The Institute of Food and Agricultural Sciences is creating an environment that affirms community across all dimensions. If an accommodation due to a disability is needed to apply for this position, please call  or the Florida Relay System at  (TDD) or visit Accessibility at UF .

Duties and Responsibilities

This is a 12-month, tenure-accruing position that is 70% research (Florida Agricultural Experiment Station) and 30% teaching (College of Agricultural and Life Sciences) located at the Mid-Florida Research and Education Center (MREC), Institute of Food and Agricultural Sciences (IFAS), University of Florida, based in Apopka. This assignment may change in accordance with the needs of the unit. Tenure will accrue in the Department of Plant Pathology.

The UF/IFAS Mid-Florida Research and Education Center (MREC) in Apopka, Florida serves as a hub for research, teaching, and Extension programs supporting Florida's controlled environment agriculture ornamental, landscape, space biology and industries. This variety of faculty, staff and programs provides a unique setting for interdisciplinary work within the MREC campus, with colleagues on the main UF campus and with faculty at other Centers around the state.

Expected Duties

The successful candidate will develop a nationally and internationally recognized, extramurally funded, research and teaching program in specialty crops pathology in controlled environment structures (greenhouses, vertical farming, container farming, high tunnels, and screen/shade houses) and space environment, with emphasis on advancing knowledge of plant disease epidemiology. Particular emphasis will be placed on addressing to the unique challenges of managing plant health in Bioregenerative Life Support Systems (BLSS) that support human habitats in space, including those relevant to the International Space Station, lunar, and Martian missions.

Collaboration with colleagues across Florida, nationally, and internationally is expected.

The research program will address fundamental and applied questions critical to sustaining plant health in controlled‑environment and space‑based agricultural systems.

Key research areas will include:

Plant-Pathogen Dynamics in Closed and Space‑Analog Environments

* Pathogen biology with emphasis on the survival, growth, and dispersal of plant pathogens in controlled environment structures, and under microgravity and other extraterrestrial conditions relevant to space environment.

* Conduct research on the effects of microgravity and extraterrestrial conditions on plant resistance mechanisms, pathogen virulence, and disease development.

* Investigate the aerobiology of globally dispersed plant pathogens as analogs for transport, persistence, and exposure risks on planetary surfaces and in closed habitats.

* Develop and implement advanced diagnostic tools and methodologies for the early detection, identification, and monitoring of plant pathogens in controlled environments and space habitats.

Pathogen Management Strategies

* Investigate novel pathogen and disease management strategies suitable for controlled and space environment systems, including soil-less and soil‑based plant production systems.

* Develop integrated pest management (IPM) frameworks tailored to the unique biological, physical, and operational challenges associated with maintaining plant health in controlled and space environment systems.

The incumbent will engage in scholarly activities related to instruction, including teaching graduate and undergraduate courses. Primary instructional responsibilities will include the development and delivery of a plant pathology graduate level course Applied Epidemiology in Controlled and Space Environments (an updated version of PLP
6404, 3 credits, online, asynchronous delivery with office hours, with an in-person bootcamp option for hands-on training; one offering per year). The course will have an undergraduate section. It is expected the faculty member also develops a graduate course with an undergraduate section on Plant Health in Controlled and Space Environments (3 credits, online, asynchronous delivery with office hours, one offering per year).

Faculty are encouraged to support and participate in the CALS Honors Program, distance education, and international education.

The faculty member is expected to publish research results in national and international refereed and non-refereed journals, present results at professional meetings, and collaborate with interdisciplinary faculty and industry partners to address emerging plant pathology challenges in closed and controlled…