Reframing Resilience as a Systems Strategy, Not a Response Tactic
Jonathan advises and assists in integrating climate change mitigation and adaptation into planning, project development and management. His expertise spans sustainability, hazard risk reduction, environmental policy, project management and community engagement.
Jonathan excels at communicating technical subjects to varied audiences and building capacity, ultimately creating positive outcomes for climate, communities and the environment.
Katherine Zitsch is a Water Policy Expert partnering with the Metro Atlanta Chamber and Georgia Water Planning & Policy Center to address Georgia's specific water challenges. Her work centers solutions accounting for interconnectedness, including water, energy, agriculture and forestry.
Previously, she served as Head of the Atlanta Regional Commission’s Natural Resources program and Director of the Metropolitan North Georgia Water Planning District.
John Asbell is an experienced customer operations & external affairs professional with a demonstrated history of successful business results in the utilities industry. John has leadership experience in sales, customer service and public relations including Call Center, Key Account Management, Human Resources as well as Economic Development, Government & Community Affairs.
Regional leaders from the Atlanta Regional Commission, Georgia Power and water policy sectors unpacked what true resilience means in the age of intensifying climate disruptions. Their core message: resilience is not a metric—it’s a systems function. The session emphasized shifting from reactive recovery to proactive systems design, demanding structural coordination across sectors like energy, water, infrastructure and economic development.
Resilience Is Not an Outcome—It’s a Design Principle
Panelists rejected the idea of resilience as a post-disaster evaluation. Instead, they defined it as a continuous condition built into how systems operate. Power outages, for example, are rarely isolated—they ripple into healthcare, manufacturing and water delivery. This interdependence makes resilience a complex challenge that touches infrastructure, regulation, policy and even cultural expectations. True resilience means preparing for specific threats before they occur, not just measuring how quickly systems bounce back.
Georgia’s Regulated Utility Model as a Resilience Asset
Georgia’s vertically integrated utility structure was highlighted as a strategic advantage in resilience planning. Through Integrated Resource Planning (IRP) updated every three years, Georgia Power projects future demand and climate shifts enabling investments decades in advance. Battery storage, nuclear upgrades and storm-hardened transmission systems were cited as examples of how this long-term vision supports systemic resilience—something deregulated markets often struggle to achieve due to short-term financial pressures.
Hurricane Idalia: A Case Study in Operational Resilience
Hurricane Idalia demonstrated the dividends of proactive investment and coordination. Despite 1.5 million outages, over 95% of Georgia Power customers were restored within two weeks thanks to mutual aid agreements, tree-trimming cycles and transformer stockpiling.
This success illustrated how consistent, disciplined operations—not flashy new technologies—often make the biggest difference in extreme weather scenarios.
While energy utilities benefit from centralized planning and political alignment, water systems are far more fragmented. Atlanta’s water challenges stem not from scarcity but from legacy siting decisions and inconsistent planning. As the region grows and sectors like data centers and green hydrogen increase water demand, the lack of integrated cross-jurisdictional planning is emerging as a critical vulnerability. Unlike the power sector, water utilities often lack the mandate to align with state economic priorities.
Economic Development and Resource Capacity Must Be Linked
Georgia’s pro-business reputation is a double-edged sword. While economic development is aggressive, infrastructure planning—especially water—has not kept pace. Panelists warned that resource constraints are often an afterthought in site selection and incentive programs. Without early alignment between economic and infrastructure planning, the state risks attracting industries it cannot support in a climate-resilient manner.
Businesses rely on reliable infrastructure but are rarely involved in the planning that makes it possible. Panelists called for more structured engagement from the private sector including regional resilience alliances or working groups. Bridging the cultural divide between public planning and private investment will be critical to embedding resilience into the region’s growth narrative.
Distributed Systems Offer Flexibility—but Face Barriers
Decentralized strategies like rooftop solar or onsite water reuse were praised as future-proof solutions particularly for isolated communities. However, financing, permitting and integration into legacy systems remain obstacles. The panel agreed that distributed infrastructure will be vital for resilience—but only with regulatory reform and sustained investment.
Resilience must be a core element of municipal planning—but currently it isn’t. Most cities lack the frameworks, funding and staff to make resilience a priority across land use, housing and infrastructure. As green technologies scale, the need for trained labor will increase. Embedding resilience in workforce development and capital planning was highlighted as a critical next step for regional leadership.
Cultural Shifts Create New Expectations—and Opportunities
Population growth in the Southeast is driving demand not just for infrastructure but for reliability and accountability. Migrants from other regions bring higher expectations of service quality. If engaged strategically, these new voices could strengthen the political mandate for resilient investments—provided institutions are ready to listen and adapt.
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