Post Doctoral Research Associate- Integrated forage crop/pasture/livestock
USDA-ARS
Application
Details
Posted: 06-Mar-24
Location: University Park, Pennsylvania
Type: Full Time
Salary: 72,553 - $94,317 per annum
Categories:
Research
Specialty:
Agronomy
Other
Salary Details:
Full federal government benefit package
Required Education:
Doctorate
The USDA, Agricultural Research Service, Pasture Systems and Watershed Management Research Unit in University Park, Pennsylvania, is seeking a POSTDOCTORAL RESEARCH ASSOCIATE (Research Animal Scientist/Research Agronomist), GS-11, for a TWO YEAR APPOINTMENT. Ph.D. is required. Salary is commensurate with experience ($72,553 - $94,317 per annum) plus benefits. Citizenship restrictions apply. The incumbent will conduct research to evaluate the use of animal and forage management strategies and novel forages in integrated pasture-crop-livestock systems to extend the grazing season, improve animal and plant productivity, and reduce environmental impact. Knowledge of animal science, grazing systems, and forage agronomy are desirable. Send CV, confirmation of PhD, educational transcripts, and references to Dr. Kathy Soder, USDA/ARS/PSWMRU, 3081 Enterprise Drive, State College, PA 16801 or Kathy.Soder@usda.gov.
USDA/ARS is an equal opportunity provider and employer.
Knowledge of integrated forage crop, pasture and livestock systems desirable.
Our mission is to support environmentally and economically sustainable farming in the northeastern U.S. by improving agroecosystem management. Major research efforts include: 1. Developing fundamental information for establishing, maintaining, and managing diverse forage and grazing lands, recognizing ecosystem services beyond the traditional forage, food, and fiber production to include emerging services such as carbon sequestration, greenhouse gas mitigation, and bioenergy production. 2. Developing fundamental information linking agricultural management with water quality and developing management practices and strategies that balance production and agroecological services. 3. Using experimental measurements, model development, and whole farm simulation to evaluate system interactions and improve farm management effects on air, soil, and water quality.