The Department of Defense (DoD) sought an evaluation of methods that resulted in an improved ability of DoD installations and planners to work with surrounding communities to develop and implement strategies and investments that improve infrastructure climate resilience. Evaluations and explorations that include technological solutions to identify gaps in installation climate resilience, were invited to submit proposals for demonstration projects following the completion of the study. DoD installations rely on surrounding communities for electricity, water, roads, and telecommunications. There is a need and opportunity to coordinate with communities to build resilient infrastructure for mutual benefit.

Aging infrastructure is susceptible to changing climate and related weather events. Current climate conditions as well as anticipated future changes in the climate may result in increased threat to the mission, increased maintenance costs, or increased capital costs due to unexpected disruptions and infrastructure failures.

ESTCP sought proposals that in Phase I assessed the impact of current and future climate change and related weather events on DoD installation infrastructure as well as surrounding community infrastructure (including access roads, gas/oil pipelines, water infrastructure, energy power grid, etc.). These examinations should have helped improve visualization and quantification of future climate impacts, and/or visualization and quantification of potential climate mitigation and adaptation measures on both DoD and community infrastructure. In addition, the analysis should help inform strategies, methodologies, models and/or investments and improvements to reduce or mitigate potential impacts of climate change on infrastructure integrity, both on DoD installations and within surrounding communities.

Proposers were encouraged to partner with subject matter experts from within the government, academia and/or the private sector. Wherever possible, proposers were encouraged to design studies that would effectively integrate with existing DoD planning tools (including DCAT, DRSL, Advana, System Master Planner/New Zero Planner (SMPL/NZP) Tool, etc.) to ensure maximum effectiveness and ease of transition to end users.

Because of mission-critical dependencies outside the fence line, platforms that allowed for safe, secure collaboration with communities surrounding DoD installations were essential to meet this emergent challenge. Of particular interest in Phase I were projects that addressed the following elements:

• Climate modeling technologies that generate higher fidelity depictions of the likely impact of future climate conditions and to better visualize localized effects climate impacts may have on installation and community natural and built infrastructure.
• Simulation technologies and tools that allow installations to visualize and better understand how climate resilience tactics and strategies may improve climate resilience of existing installation and community built and natural infrastructure. (For example, visualizing the impact of incorporating green infrastructure for maximum resiliency improvement, or the improved resiliency that may be achieved through deployment of secondary seawalls).
• Models, measures, metrics, and methodologies that measure baseline climate resilience, monetize the effects of future climate impacts on mission, and enable risk/reward modeling of climate resilience mitigation strategies are required to measure the potential impact of future climate resilience projects, effective economic analysis, and investment prioritization.
• Efficient approaches to identifying, prioritizing, and implementing mitigation and adaption measures to climate impacts on installation and surrounding community infrastructure
• Studies that demonstrate ways to share and integrate data efficiently and securely among communities and installations, to better inform both installation and community-based investments.
• Approaches and tools for logistics planning for potential supply chain disruptions such as delivery disruptions, lack of mission critical commodities, increased competition for resources as a result of climate change.

Recommendations that include technological solutions that address the above elements may be invited to submit Phase II proposals for demonstration projects following the completion of the Phase I efforts. Pre-proposals were requested for Phase I only.

Funded projects will appear below as project overviews are posted to the website.