Building successful business environments and economies amid climate change demands more than mere environmental responsibility. Rising sea levels, severe droughts, and extreme flooding pose threats to infrastructure, economic stability, and the very fabric of society itself.
To meet these challenges, business leaders must move away from an internal approach that emphasizes emissions reductions and green initiatives to appease investors and consumers. Instead, a holistic climate resilience strategy requires supply chain intelligence analysis as well as rethinking company strategies.
Climate Change as a Business Reality
Climate change poses not only an environmental risk; it is a real business concern that requires the attention of every firm’s leaders.
Changes to climate can have a dramatic effect on a firm’s operations and markets, from weather patterns shifting to carbon emissions regulations becoming costly, to regional shifts that affect water availability, energy costs, shipping routes, supply chains and customer demand for certain products - which must all be assessed and analyzed to understand any associated risks.
Investors, customers and staff increasingly expect businesses to reduce their environmental impact. Companies should publicly report on greenhouse gas emission reduction goals as well as investing in green technologies.
Short-term investments related to climate will only pay off once complementary investments have also been made - for instance alternative fuel cars require refueling stations while transoceanic natural gas terminals will only make sense if built to receive cargo and convert it back into gas form. Such complementary investments show how businesses have begun to recognize synergy within climate related projects.
Understanding Vulnerabilities
Building resilience involves understanding the potential impacts of climate change and variability on a system or resource, known as vulnerability assessment or RVA. To conduct an RVA, groups begin by compiling an inventory of asset-hazard pairs before considering their sensitivity (how likely a specific asset will be damaged) and adaptive capacity (its capability of adapting). Communities should then characterize risk for their most vulnerable assets - the probability that any given hazard will damage these assets and the possible amounts lost due to such damages.
An effective approach for this step involves assessing a community’s vulnerabilities using indices - data-driven measures of exposure, sensitivity and adaptive capacity that help identify where resources are particularly susceptible and the need for climate adaptation is greatest.
Communities often turn to consultants or architecture and engineering firms for assistance when conducting vulnerability assessments. These experts guide groups through unfamiliar concepts to document the most pressing potential climate risks within a region.
The Science Behind Climate Resilience
Businesses depend on a range of assets - buildings, water resources and ecosystems - constructed under conditions that have since changed substantially, but weren’t designed to deal with climate hazards such as heat waves, droughts or flooding. To build resilience into our valued assets requires adaption: changing how we design, build, create policy or invest in them - something adaptation aims to accomplish.
Adaptation can take many forms: physical or behavioral, short or long term, incremental or transformational. Examples of adaptation include moving buildings out of flood plains to increasing diameter of culverts that direct stormwater away from assets to decreasing water use during drought periods and even addressing nonclimate stressors that exacerbate climate hazards like population growth along vulnerable coastlines and changing drainage patterns to mitigate flooding risks.
Integrating “climate justice” into climate resilience calculations ensures those disproportionately affected by climate change are prioritized in adaptation and mitigation efforts, such as providing public housing with air conditioning or allocating funding for pre-disaster planning before more vulnerable communities, or offering social services to help people better cope with extreme weather.
Building Resilient Infrastructure
Climate change will intensify natural hazards like hurricanes, heat waves, and wildfires, necessitating us to redesign much of our infrastructure to withstand them more effectively. This may involve placing structures in less vulnerable locations, altering size or height specifications accordingly, using stronger materials in their construction or altering how they function altogether. Governments can help by passing regulations to prohibit development in vulnerable zones as well as mandating better construction practices or adding flood protection measures such as levees or seawalls for flooding prevention purposes.
Preparation also involves communicating risks to residents through maps, text alerts and evacuation routes. Engineers can design structures to reduce energy consumption through more environmentally sustainable building materials or through intelligent designs of structures.
Many improvements aren’t just beneficial to business; they’re often more cost effective than traditional repair methods. Some projects, however, such as those related to climate-related risks in existing infrastructure may require upfront investments; taking a risk management approach will ensure a positive return on investment is ensured. Cisco Lean Retail Architecture showcases how resilient stores can become by centralizing applications into data centers while protecting application layer redundancy from WAN to store services.
Supply Chain Resilience Amidst Climate Change
Recent global supply chain disruptions have demonstrated how vulnerable companies are to climate change. COVID-19 pandemic, Texas freeze and drought all made their mark, disrupting production, shipping and delivery systems and leading to delays, shortages and productivity losses for many companies.
Climate risks such as increasing floods and sea-level rise will only exacerbate an already difficult situation, placing many ports, roads, rail lines, canals, dams and airports at risk.
Solution: Strengthen supply chains against potential climate threats through physical strengthening of assets and creating resilience against changing weather patterns, as well as long-term strategies for diversifying sources, such as setting up parallel supply chains in different regions.
The government must assist businesses by providing clear frameworks and funding that enable them to invest in resilience. Furthermore, climate disclosure requirements and accompanying policies should ensure large businesses report any supply-chain disruption caused by extreme weather events or climate change.
Climate Adaptation Strategies for Operations
Business leaders must understand the climate risks affecting their operations - over what time frame and under which climate scenarios - so they can make informed decisions regarding investing in resilience. This requires them to assess risks to assets, people, and products - something known as adaptation - such as planting more trees to offset heat waves or flood defenses or designing new facilities more resiliently.
Companies must also assess how disruption to logistics routes or access to raw materials may have an effect on supplier production or provision. Any disruption can have serious repercussions for company results and should be carefully managed in order to maximize returns.
RILA and NOAA have joined forces to assist retail leaders in assessing climate information that they require for making business decisions and investing in resilience. For more information, contact Erin Hiatt, Vice President of CSR of RILA.
Investing in Natural Capital for Resilience
As more businesses recognize their reliance on nature, investment in natural capital has seen increased popularity. This phenomenon can be partially explained by initiatives like Paris Agreement and Sustainable Development Goals which emphasize accounting for ecosystem costs and benefits in business decision making processes. Investors are now seeking out information on companies’ natural capital strategies in order to make better choices.
This trend is further spurred on by businesses’ increasing recognition that nature-based solutions such as engineered wetlands can offer cost savings to businesses, while innovative debt instruments like green bonds are being used to channel private investment in nature-based resilience projects.
Assumptions that natural resources are free have created misaligning incentives for businesses to adopt more responsible, nature-first approaches to climate adaptation and sustainability. Effective regulations and communications strategies will be essential for speeding up uptake of nature-friendly solutions; for this to work successfully it requires trusted, robust, yet affordable natural capital measurement methodologies.
Community Engagement and Climate Resilience
Investment in community climate resilience is the surest path to saving lives, alleviating poverty and addressing underlying inequalities while reaping strong economic returns. Proactive investments can help communities, states, businesses and policies transitioning towards low carbon economies avert some future costs while supporting policies which facilitate their implementation.
Although mitigation of climate change receives most of the public’s focus, adaptation is just as critical. Adaptation encompasses actions taken to help societies adapt to climate change whether through gradual steps or more dramatic transformational programs; be they one-off actions or ongoing programs.
Research on community resilience building has focused heavily on understanding the roles played by various social factors that shape collective action for adaptation, such as social learning and people-place connections (Maclean et al. 2014). Unfortunately, due to how concepts of resilience have been presented in literature they often only address structural aspects without fully exploring their interconnections with social dynamics and interactions between structures and dynamics (Maclean et al. 2014).
In Conclusion
Building climate resilience in a retail business demands a comprehensive approach that moves beyond green initiatives and emissions reductions. It requires a holistic strategy that incorporates supply chain intelligence analysis, vulnerability assessment, resilience building, and community engagement. Business leaders must recognize the reality of climate change as a business concern, and understand the potential impacts on their operations and markets. Furthermore, they must invest in long-term strategies for diversifying sources, strengthening supply chains, and adapting to changing weather patterns.
Finally, investing in natural capital and community resilience can offer cost savings to businesses while supporting policies that facilitate their implementation. By prioritizing climate adaptation and investing in natural capital, businesses can not only build resilience against climate change but also contribute to a more sustainable future. The science behind climate resilience is constantly evolving, and businesses must be willing to adapt and commit to long-term strategies in order to mitigate the risks posed by climate change. As the world continues to grapple with the impacts of climate change, it is imperative that businesses take action to build resilience and safeguard their operations, their employees, and their communities.