CEDAR, GEM, and SHINE Postdoctoral Research | Apply Online

Opportunity Summary:

The CEDAR, GEM, and SHINE Postdoctoral Research grant opportunity (NSF Publication 06-584) was a National Science Foundation program designed to give early-career researchers modest, targeted funding to pursue independent research activities connected to three closely related space and upper-atmosphere research communities. Specifically, it supported work aligned with CEDAR (Coupling, Energetics, and Dynamics of Atmospheric Regions), GEM (Geospace Environment Modeling), and SHINE (Solar, Heliosphere and INterplanetary Environment). These programs sit within NSF's Geosciences Directorate, Atmospheric Sciences Division, under the broader scientific umbrellas of Aeronomy, Magnetospheric Physics, and Solar Terrestrial Research. The core idea was to strengthen the pipeline of new scientists by giving recent Ph.D. recipients room to shape and lead a small research effort of their own choosing while staying tied to the scientific priorities of these established NSF communities.

In practical terms, the opportunity focused on the linked nature of different regions of the near-Earth space environment and how they interact. CEDAR generally centers on the upper atmosphere and ionosphere, including how energy and momentum move through atmospheric regions and how those regions couple to space. GEM emphasizes the modeling and understanding of the geospace system, especially the magnetosphere and its dynamics, with strong interest in simulation, theory, and data-model comparisons. SHINE addresses the Sun-to-Earth system from the solar atmosphere outward into the heliosphere and interplanetary space, focusing on the sources and propagation of solar wind structures and transients that ultimately drive space weather effects. Although each of these programs had its own separate solicitation, this postdoctoral mechanism served as a shared commitment across the three to support researchers early in their careers and to encourage innovative, self-directed projects that fit within one or more of these topical areas.

The award mechanism was a discretionary NSF grant in the science and technology/research and development category. The solicitation anticipated around six awards, with an estimated total program funding level of about $320,000. Individual awards had an indicated floor of $80,000, and there was no cost-sharing or matching requirement, which is typical for many NSF research grants. The opportunity was posted March 4, 2009, and used a recurring annual deadline pattern described as the first Monday in February. The original closing date listed was February 1, 2010, after which the opportunity was archived (archive date September 19, 2010).

Eligibility rules were written to keep the focus squarely on postdoctoral-stage researchers and to prevent multiple submissions by the same individual in a single year. The researcher being supported needed to have earned a Ph.D. (or equivalent) within the previous three years, or be expected to hold a postdoctoral research position by the time an award would be made. The supported researcher could appear on only one proposal submitted to this solicitation in any given year. NSF also signaled a preference for the postdoc to be listed as the sole Principal Investigator when the host institution allows postdoctoral researchers to serve as PIs on grants. If institutional policy did not allow that, the solicitation allowed the advisor to be the sole PI while requiring the postdoctoral researcher to be explicitly named in the budget's Senior Personnel section, ensuring the proposal clearly identified the early-career scientist as the central supported individual.

Administratively, the sponsoring agency was the National Science Foundation, with the CFDA number 47.050 (Geosciences). The solicitation referenced grants.gov support for applicants who had trouble accessing the announcement or linking to it electronically. Overall, the program was essentially a small, competitive NSF postdoctoral research support track tied to the CEDAR, GEM, and SHINE communities, aimed at helping new Ph.D.s launch independent lines of space-atmosphere and solar-terrestrial research while remaining connected to the established scientific networks and priorities of these programs.

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