LOIs for Solar Radiation Management

The Simons Foundation’s Mathematics and Physical Sciences (MPS) division invites applications for a new Solar Radiation Management program (SRM). The foundation strongly encourages applications from scientists in the global south and from investigators who may not have worked in SRM but have expertise that could bring new perspectives and skills to this field.

Basis for Awards

The Simons Foundation is launching an international collaborative research program designed to fill fundamental scientific knowledge gaps relevant to Solar Radiation Management. SRM is an emerging collection of approaches, including stratospheric aerosol injection (SAI), marine cloud brightening (MCB), and cirrus cloud thinning (CCT), designed to modify the Earth’s radiative balance and cool the planet. Although reducing atmospheric greenhouse gas concentrations is the only long-term strategy to mitigate climate change and other impacts, SRM might be able to ameliorate some of the negative impacts this century. However, SRM also may pose significant environmental and societal risks, including stratospheric warming, ozone depletion and changes in rainfall, thereby affecting water resources and agriculture. At present, not enough is known about SRM systems and their potential impacts to allow informed decision-making. This call aims to help fill key fundamental knowledge gaps in the science of SRM.

Priority areas for this call include:

• Environmentally benign materials discovery for SAI and CCT.
• Laboratory physicochemical characterization of SAI and CCT materials and their interactions with light, clouds, atmospheric trace gases and with themselves or ambient aerosols, with the aim to improve microphysical inputs to existing climate models.
• Approaches to minimize cirrus cloud formation, including from aircraft emissions.
• Assessments of near-field (<100 km) atmospheric turbulence and its impact on SAI and CCT interventions, primarily through modeling.
• Integration of improved representations of aerosols and turbulence into global-scale modeling, and characterization of global and regional impacts of novel materials for SAI and CCT.

Areas not within the scope of this program include social science research and in-situ field experiments involving aerosol release.

Proposals can be from individual investigators or small teams; the latter are not required to be from the same institution. Investigators can be either science/engineering faculty at Ph.D.-granting research universities or Ph.D.-level research staff members at nonacademic institutions. We will prioritize funding projects which have not been well supported through existing national programs. Proposals will be judged on scientific quality, potential for impact, potential for collaboration, extent of training graduate students and postdocs, and broadening participation domestically and globally.

Level and Duration of Funding

The program is anticipated to award $10M total per year over a five-year period. Proposal budgets should not exceed $500,000 per year, including indirect costs (limited to 20 percent modified total direct costs), for a period of three years. Allowable indirect costs to the primary institution for subcontracts are not included in the $500,000 budget threshold (see grant policies). Up to 20 awards will be funded although some of the original $10M may be held in reserve to award during a potential two-year renewal period after the initial three year award.

Eligibility Requirements

Applications may be submitted by established U.S. and foreign public and private educational and nonprofit institutes, research centers and national laboratories or the equivalent. Any entity must adhere to the 20 percent maximum overhead rate noted above.

As a part of the program obligations, awardees will be invited and expected to attend an annual meeting held at and paid directly by the Simons Foundation.

For complete program guidelines and application instructions, see the Simons Foundation's website.