Postdoctoral training serves as a valuable bridge between doctoral research and future career opportunities. The postdoc experience reinforces many of the skills learned in graduate school, such as technical writing and project management, while polishing expertise in a field of study or advancing cross-disciplinary connections. Often, postdoctoral research marks a defined transition from more individual, dissertation-focused projects to larger, multidisciplinary projects in which postdoctoral researchers collaborate with their peers in both leadership and supporting roles.

However, many postdocs do not receive adequate training in the skills necessary to perform collaborative research (1) or to make the transition to nonacademic positions (2). Furthermore, postdocs face intense pressure to be at their most productive during a brief, transitory, and often-isolating professional stage (3–5).

We believe postdoctoral consortia can help alleviate these challenges. These consortia—distributed collections of faculty researchers and postdoctoral scholars who prioritize professional development, career mentorship, and job placement while conducting research united in a common theme—can help to maximize the benefits of postdoc training periods while mitigating challenges, barriers to diversity, and disenchantment (6). Here, we present recommendations based on our experiences as part of a large, collaborative consortium, and we argue that more such arrangements are necessary. Federal funding agencies (e.g., NSF, NIH) would be wise to invest in, and institutional logistical support would allow for, the development of more interdisciplinary, cohort-based postdoctoral research programs moving forward.

 
31 co-authors from the Modelscape Consortium 2024, Collaborative consortia can boost postdoctoral workforce development, PNAS, Vol. 121 | No. 28

Extension Associated Contacts

 

Also of Interest:

 
closeup of ryegrass
Can We Use Cover Crops in Nevada?
Recognizing success may require a shift in perspective - from focusing solely on yield and annual profit to valuing soil health, water use efficiency, and sustainability.
G. McCuin, J.K. Solomon, J. Frey 2025, University of Nevada, Reno Extension, Blog posts
yarrow
Groundcover Plants for Southern Nevada: Viable Alternatives to Turfgrass
Groundcover plants are essential for keeping southern Nevada cool. While many desert residents are removing turfgrass to reduce water use, they should consider replacing it with the attractive, drought tolerant alternatives discussed in this publication.
McGue, L., Robinson, M.L., O'Callaghan, A.O. and Leas, L. 2021, Extension, University of Nevada, Reno, FS-21-93
cactus
Eating Cactus: Prickly Pear for Food
Documentation about prickly pear fruit such as harvesting and preparing, prickly pear pads, nutrition, and recipes.
Bishop, C., and McMurray, B. 2016, Extension, University of Nevada, Reno, FS-16-09
Nevada Consumers Willing to Pay More for “Nevada Grown” Labeled Native Plants
Appearance attributes are conveyed to the consumer through physical aspects of the product, such as color, size, and uniformity; while experience attributes are conveyed only through consumption or use of the product, such as the product's taste.
Cowee, M. and Curtis, K. 2007, Extension | University of Nevada, Reno, FS-07-17
Trees planted in an group and watered with drip irrigation separate from the lawn.
Watering Trees in Hot, Dry Home Landscapes
Droughts in the western U.S. are becoming more frequent and severe. They are particularly hard on our trees. Learn how to properly water your landscape trees, lower your monthly water bill and keep you home and landscape cool and livable.
Kratsch, H. and Jensen, C. 2023, Extension, University of Nevada, Reno, IP-22-02