Rutgers, The State University of New Jersey, is seeking Seasonal Agricultural Workers for the Rutgers Cooperative Extension Fruit IPM program. Under the guidance and direction of either the Sr. Program Coordinator/Program Associate of the Fruit IPM program at the Rutgers Agricultural Research and Extension Center off-Campus farm, these positions perform assistance to the IPM program with field and laboratory work. Among the key duties of this position are the following: Performs regular data collection (1-2 times per week per site), identifying pest presence, identifying beneficial arthropods, completing IPM reports for participating growers, mapping pest presence, entering data into a database, the use of GPS receivers and GIS databases where appropriate, and plant tissue and soil sampling when needed. Works in commercial blueberry fields, vineyards, and orchards and/or with honeybees. Shares duties on field research projects with entomology and plant pathology specialists. The New Jersey Agricultural Experiment Station ( NJAES ) is an integral component of Rutgers, The State University of New Jersey. The experiment station provides a diverse range of research, extension, and education programs that serve the people of New Jersey and the urban, suburban, and rural communities in which they live. Through its Cooperative Extension offices in all 21 New Jersey counties, dedicated 4-H agents, Extension specialists, Family & Community Health Sciences educators, and Agriculture and Natural Resources agents work to serve New Jersey residents in every area of the state. The Rutgers Cooperative Extension Fruit Integrated Pest Management ( IPM ) program is an educational/service program for commercial agriculture in New Jersey. Driven by environmental monitoring and field scouting, and relying on up-to date research, the program strives to help growers produce high quality fruit while minimizing inputs such as pesticides and fertilizers, and maximizing honey bee and pollinator health. The program seeks to optimize the use of reduced risk strategies, computerized phenology models of insects and diseases, mating disruption and other biological intensive management practices, and GIS technologies. The program works cooperatively with researchers, demonstrates new technologies and measures the impact of reduced risk IPM practices. The work is used to manage over $180 million of crop value, reduce the environmental impact of traditional agricultural systems, and minimize non-point source pollution.
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