December 3, 2020 – Four Twenty Seven Report. More frequent and severe extreme events driven by climate change pose a significant threat to nations around the world and understanding who and what is exposed to climate hazards is essential to pricing this risk and preparing for its impacts. This new report and underlying analytics assess sovereign exposure to floods, heat stress, hurricanes and typhoons, sea level rise, wildfires, and water stress based on the only known global dataset matching physical climate risk exposure to locations of population, GDP (Purchasing Power Parity) and agricultural areas within countries.
Globally, increasingly severe climate conditions impose growing pressure on populations and economies. The implications on economic growth, welfare, production, labor, and productivity are large, with potential material impacts on sovereign credit risk. However, assessing sovereign climate risk presents significant challenges. While most approaches to quantifying future climate risk exposure for sovereigns measure the average exposure over the entire territory of a country, this doesn’t capture whether the populated or economically productive areas are exposed to extremes. Likewise, averages of exposures to several climate hazards can mask extreme exposure to a particular hazard in a certain area of a country.
We’ve mapped the co-occurrence of hazards and exposures, explicitly factoring in the spatial heterogeneity of both climate hazards and people and economic activities across a country. This new report, Measuring What Matters – A New Approach to Assessing Sovereign Climate Risk, provides an analysis of the data. We find that all nations face meaningful risks despite their variation in size and resources. Explore sovereign climate risk in the interactive map below, based on both total and percent of a nation’s population, GDP (PPP) and agricultural areas exposed to climate hazards in 2040.
*Erratum: In Table 1 of a previous version of this report the “Agriculture Area at High Risk” column was said to be in units of 1 billion hectares. However, it is in units of 100 million hectares.
This joint report provides a comprehensive analysis of the ways in which climate risks affect sovereign risk, demonstrating new empirical evidence of how climate risk and resilience influence the costs of capital. It also explores the implications for Southeast Asia in particular, where countries are highly exposed to climate change risks and their economic consequences. Lastly, the report outlines five policy recommendations based on these findings. The report was a collaboration between the Centre for Sustainable Finance at SOAS University of London, the Asian Development Bank Institute, the World Wide Fund for Nature Singapore and Four Twenty Seven.
“Climate Change and Sovereign Risk” outlines six transmission channels through which climate change affects sovereign risk and in turn the cost of capital, providing examples of each and explaining how they’re connected. It uses empirical analysis to demonstrate the significant impacts of climate risk exposure on the cost of capital. Using a sample of 40 developed and emerging economies, econometric analysis shows that higher climate risk vulnerability leads to significant rises in the cost of sovereign borrowing. Premia on sovereign bond yields amount to around 275 basis points for economies highly exposed to climate risk. This risk premium is estimated at 113 basis points for emerging market economies overall, and 155 basis points for Southeast Asian economies.
To further explore these channels, the report provides a closer look at Southeast Asia, a region with significant exposure to climate hazards such as storms, floods, sea level rise, heat waves and water stress. Physical risks are expected to considerably affect economic activity, international commerce, employment and public finances across Southeast Asian countries. Transition risks will be prominent as exports and economies become affected by international climate policies, technological change and shifting consumption patterns. The implications of climate change for macrofinancial stability and sovereign risk are likely to be material for most if not all countries in Southeast Asia.
The report highlights the need for governments to climate-proof their economies and public finances or potentially face an ever-worsening spiral of climate vulnerability and unsustainable debt burdens. It outlines five policy recommendations, emphasizing the importance for financial authorities to integrate climate risk into their risk management processes and for governments to prioritize comprehensive climate vulnerability assessments and work with the financial sector to promote investment in climate adaptation.
The report was originally posted by SOAS University of London.
While real estate investment trusts (REITs) can manage the current physical risks of climate change, increased asset exposure to climate hazards will pose greater challenges. In its sector in-depth, REITs Can Manage Climate Risk, Investments Needed to Address Growing Challenges, Moody’s Investors Service leverages Four Twenty Seven’s climate risk data to assess climate risk for 15 rated US REITs.
REITs are most exposed water stress in regions such as California and the Southwest while heat stress puts strains on operating costs in California, the mid-Atlantic and several Northeast locations. For the REITs assessed in the report, hurricane and sea-level rise risk pose less severe threats than they do in some coastal markets. pose modest influence in comparison to heat and water stress for most property locations. Floods pose a modest risk to most assessed REITs.
The analysis found that factors such as the power to pass improvement costs to tenants and local government investment in resilience can mitigate these growing risks. While insurance has traditionally been another risk mitigation technique, these growing changes demand larger capital investments. Asset-level resilience measures can help protect properties from the the impacts of hazards and reduce increased operating costs.
Moody’s subscribers can read the full report here.
Increasing physical climate hazards affect the operations and costs of nuclear plants due to their water needs and reliance on critical equipment. In its report, Nuclear Operators Face Growing Climate Risk but Resiliency Investments Mitigate Impact, Moody’s Investors Service leverages Four Twenty Seven’s physical climate risk data to explore the exposure of nuclear power plants to climate hazards, including heat stress, water stress, flooding and hurricanes.
The analysis found that nuclear power plants are vulnerable to increasing frequency of extreme weather conditions such as flooding and storm surge, due to their need for water cooling which means many plants are adjacent to large bodies of water. Technology and equipment required for safe plant operation are susceptible to damage and nuclear plants along the East Coast and the Gulf of Mexico are particularly exposed to floods from sea level rise.
Clustered in the Midwest and eastern part of the U.S., market-based plants face less risk of hurricanes or sea level rise than regulated/cost-based plants. However, they face increased heat stress and water stress which can reduce plants’ cooling capacity. The credit impact for market-based plants can be more significant than the regulated plants that are more easily able to make-up costs through rate recovery programs.
Nuclear plant operators face physical and economic risks due to extreme events driven by climate change, and operators and owners will have to consider these risks and explore increased resilience options, as they approach license expiration and renewal processes between 2030 and 2050.
The relationship between race and climate change is too often ignored. The recent protests for racial justice and police reform call attention to the fact that racism is still deeply embedded in our institutions and public policies. In the United States, people of color are disproportionately affected by polluting industries and climate change. A long legacy of racist housing policy and weak environmental protections contribute to this disproportionate exposure, coupled with systemic issues related to public health, education and wealth.
As part of our commitment to help raise awareness of the nexus between racial equity and climate change, this article will provide a brief overview of environmental injustice issues in the U.S., as well as highlight the disproportionate impacts of climate change on Black communities and people of color.
Disclaimer: We are aware that the history of environmental justice in the U.S. is deep and complex, and this short piece cannot do justice to the complex web of issues and suffering imposed on minorities. We hope this blog post provides an entry point for identifying organizations and researchers with greater expertise and a long history of commitment to environmental justice.
Housing Discrimination and Environmental Injustice
The disenfranchisement of Black communities and other people of color in the United States includes discrimination in terms of access to education, public transportation, recreation, employment, healthcare and housing. Environmental racism is just one manifestation of this oppression and is particularly evident in housing and development.
Black communities and other people of color have been relegated to neighborhoods that have greater exposure to environmental pollution and toxicity than primarily white neighborhoods. Housing and lending policies have historically limited options for Black communities and people of color and concentrated these communities in locations with higher exposure to environmental hazards. In the 1930s, federal housing policy actively and intentionally contributed to segregation, subsidizing development for middle to low-income white households and prohibiting people of color from purchasing those homes. Relegated to live only in certain areas, entire minority communities were then “redlined,” labeling home buyers’ mortgages as too risky to insure. “Threat of infiltration of negro[s]” and “Infiltration of: Negroes” were often listed as reasons for giving a community a low grade, and for deeming the community as “hazardous.”
In America, where homeownership is the single most important source of equity- and wealth-building, Black households have historically been shut out of higher-value neighborhoods and have been systematically prevented from benefiting from the upward mobility and financial resources that accompany homeownership. Factors like redlining, disenfranchisement and the operation of toxic facilities in Black neighborhoods means that homes in majority Black neighborhoods are valued at half the price of homes with non-Black residents. Lack of opportunity to build equity through home ownership is a key reason that African American wealth equals just 5% of white wealth in the U.S.
Furthermore, as of 2019 over 30 million Americans live in areas where water infrastructure has violated safety standards. For example, in rural and primarily Black Lowndes County, Alabama, only around 20% of the population has a sewer system—the others have pipes deploying raw sewage into their yards. Navajo Nation residents rely on water contaminated by uranium mining, and infections and cancer are rampant in these communities. Lack of access to safe water leads some residents to drive for hours to obtain safe water, which in turn hampers education and work efforts, further perpetuating inequities. There is a nationwide trend in lack of enforcement and regulation around safety standards for drinking water, and often low-income, Black, Indigenous and other people of color who lack political clout endure the most severe impacts. In 2017 the American Society of Civil Engineers rated the U.S. drinking-water infrastructure as a D, estimating a need for $1 trillion investment in the next 25 years to prevent further erosion of pipes.
After decades of discriminatory housing policies and inequitable development, Black communities are still disproportionately exposed to pollution and environmental toxins, leading to detrimental health impacts which are often compounded by lack of access to suitable healthcare. This disproportionate exposure has been well-documented since the 1980s when a nationwide study by The United Church of Christ Commission on Racial Justice found that race was the strongest determinant of the location of commercial hazardous waste sites. Nationally, “African Americans are 75 percent more likely than Caucasians to live in fence-line communities—those next to commercial facilities whose noise, odor, traffic or emissions directly affect the population.”
Disproportionate Exposure to Climate Impacts and Climate Justice
While climate justice has multiple dimensions, at its core it refers to the understanding that those who are least responsible for climate change suffer its gravest consequences. Globally this manifests in developing countries experiencing the worst impacts of climate change, while their industrialized counterparts bear the responsibility for the carbon emissions responsible for worldwide climate impacts. From an intergenerational perspective, today’s younger generations are inheriting the consequences of older generations’ actions related to climate change, with Greta Thunberg a vocal advocate for generational justice.
Climate justice also manifests through racial inequity, in particular in the U.S., where the impacts of climate change will not be distributed evenly. While Black communities and other people of color bear the greatest health costs of industrial activity and of physical climate hazards, they also bear less responsibility for the greenhouse gas emissions causing the climate crisis. While individuals within these communities can be highly resilient, confronting social and economic disparities daily, these communities also often lack the resources to adequately prepare for and respond to the health impacts of pollution and physical impacts of climate change.
Flooding in the United States disproportionately affects Black residents, as Black neighborhoods are often in low-lying floodplains, with impermeable surfaces and a lack of effective flood protection infrastructure. In many cases, nearby chemical sites, refineries and other industrial infrastructure are also located in flood zones, multiplying the risks of exposure to toxic chemicals during storms. While many middle-income white households face difficult decisions about whether to permanently leave their home in the floodplain, not everyone has the economic freedom to make such decisions. In many cases, Black residents and other people of color do not have access to the transportation or the savings to evacuate at a moment’s notice, let alone permanently relocate.
The overexposure of Black neighborhoods to flood risk, alongside the lack of resilience investment in these communities, also leads to disproportionate vulnerability to the impacts of storms. During Hurricane Katrina, Black individuals were among those that were least likely to evacuate, with access to transportation being a key factor. The city’s four largest public housing buildings, primarily occupied by Black residents, were permanently closed after incurring storm damage. Four of the seven zip codes enduring the costliest flood damage due to Hurricane Katrina were at least 75% Black and the community most damaged by Hurricane Harvey was 49% nonwhite. This is a common trend across the nation.
These statistics, stem partially from a history of inequitable funding. In 1965 Hurricane Betsy hit New Orleans, causing the most damage in New Orleans East and the Lower Ninth Ward, which are primarily Black neighborhoods. This catalyzed investment in levees to protect New Orleans from flood waters, but these investments went primarily to predominantly White neighborhoods which were not as damaged and already had some flood protection infrastructure. This distribution of funds foreshadowed the unequal distribution of impacts when Katrina hit decades later.
Sea level rise
Global sea levels have risen by about eight inches over the past century, with the rate of rise increasing recently. In responding to sea level rise, jurisdictions tend to take one of two approaches: invest in adaptation measures to keep the water out, or abandon an area to the rising seas. Studies show that low-income minority neighborhoods are more likely to be abandoned while higher-income predominately white neighborhoods tend more often to be protected. One reason for this is decision-making that relies only on financial indicators. Resilience investments driven by cost benefit analysis focusing only on the property values, rather than looking at social and cultural characteristics of a community, further contribute to the inequitable impact of climate change.
Relatedly, as the risks of sea level rise become more evident there is an increased risk of “blue-lining” – a term used by Tulane Professor Jesse Keenan, to express its connection to redlining. Many Black and low-income populations that did not receive investment in sound sewage and drainage systems due to redlining experience the worst impacts of flooding today. As banks and investors learn about exposure to floods and sea level rise, they are increasingly hesitant to offer funding to these neighborhoods. Yet without investment, communities are unable to improve their infrastructure and build resilience, further reinforcing the cycle of racial injustice.
Research in Miami-Dade County, Florida found a positive relationship between price appreciation and elevation in most study cities. This shift can potentially lead to ‘climate gentrification’—another term coined by Prof. Keenan, as minority populations migrate towards more exposed areas. For example, in Miami’s higher elevation, traditionally minority neighborhoods such as Liberty City and Little Haiti, rising property values are making homes unaffordable for residents, reflecting the new preference for high elevation. This combination of being priced out of higher elevation neighborhoods and property values decreasing in more exposed coastal areas may further contribute to the cycle of disproportionate exposure to sea level rise among Black populations and other minority residents.
According to the World Resources Institute’s data, 20% of the U.S. currently experiences “high” or “extremely high” water stress, and this number is expected to increase significantly by midcentury. Population growth will further threaten drinking water supplies, and the impacts will be uneven. In 2014 the water table in Fairmead, an unincorporated town in California’s Central Valley with majority Black and Latino residents, dried up and the citizens had to rely on donations and emergency relief for drinking water. Many of Fairmead’s residents are farmers, relying on water for their livelihoods as well as for human consumption, and water for irrigation comes from private wells that are only a few hundred feet deep. While these farmers cannot afford to drill deeper wells, nearby corporate farms can afford to drill wells up to 1,000 feet deep and are thus less affected by the dwindling water table. Climate change will exacerbate existing inequities around water access, particularly for Black and Indigenous communities.
Extreme heat kills more residents annually in the U.S. than any other climate hazard. Temperatures can vary by as much as 20ºF between neighborhoods due to the urban heat island effect. The hottest neighborhoods tend to be disproportionately covered in concrete and home to low-income and Black residents. Research shows that these urban development trends are connected to the history of racist housing policies. Residents in low-income and Black communities are also less likely than middle-income and white populations to have well-insulated homes, access to consistent air-conditioning or cool, safe public gathering spaces. Meanwhile, the asthma, heart disease and other chronic illnesses precipitated by exposure to air pollution, increases the health risks of extreme heat.
Due to a history of segregation and systematic economic oppression Black communities are consistently relegated to areas most exposed to flooding and extreme heat, while at the same time lacking resilience investment and access to educational, health and transportation resources to effectively prepare for and respond to disasters. Investing in equitable climate change adaptation is one facet of pursuing climate justice. Equitable adaptation requires involving community members in every step of decision-making and reviewing adaptation options based on the exposure and vulnerability of the community in question, as well as the potential for downstream impacts on others. We discuss this subject in our blog on equity as a cornerstone of adaptation.
Introduction: Why Climate Risk Matters for Asset Owners
In the world where quarterly corporate reporting makes it feel like financial markets are ruled by short-termism, asset owners stand out in contrast, managing their portfolios with horizons in the decades and even longer. With trillions in assets under management and the long-term well-being of their beneficiaries and other stakeholders as their goal, asset owners’ risk management practices must be robust. This includes the consideration of factors beyond traditional financial metrics. While their long horizon allows asset owners to withstand short-term volatility, their portfolios may be exposed to higher levels of other risks, including those posed by a changing climate, which is not necessarily accounted for in asset prices.
Additionally, regulatory actions like the EU Action Plan on Sustainable Finance, growing global support of the Task Force on Climate-related Financial Disclosures (TCFD), and groups like the Network for Greening the Financial System, whose members include 42 central banks and supervisors, are pushing investors of all stripes to take physical climate risks into account, warning of dire systemic consequences if climate risks continue to go unpriced.
With climate risk moving from the fringes of finance to center stage, the challenge is to translate climate models and climate data into actionable intelligence for financial decision-making. Climate models are complex, incorporating information from many disciplines of earth science, and their outputs are unwieldy. However, when transformed into indicators at appropriate scales and timeframes, climate data provides essential forward-looking information for financial decision-makers.
Assessing Exposure to Inform Risk Management
Evaluating an asset’s exposure to physical climate hazards is challenging, yet also an essential first step in managing climate risks. Four Twenty Seven’s Physical Climate Risk Application (Application) allows investors to assess exposure to floods, sea level rise, hurricanes & typhoons, heat stress and water stress at the asset and portfolio levels. Asset owners leverage hazard exposure scores to identify regional and sectoral trends as well as specific hotspots. Flexible viewing options and digestible data provide insight for portfolio risk assessments and due diligence processes. Armed with climate risk data at decision-relevant scales, asset owners can begin to manage their risk.
Climate Data for Portfolio Management
Real estate, infrastructure, agriculture, timber and other real assets have long been an integral component of an asset owner’s portfolio due to their returns and the diversification they offer to the overall fund. However, many real assets are highly vulnerable to physical climate risks. These risks manifest in direct and indirect ways, including increased costs, reduced revenues, and decreased asset value.
Asset owners use Four Twenty Seven’s Application to evaluate forward-looking physical climate risk exposure. For example, the portfolio-specific summary table in Figure 1 provides a snapshot of exposure and serves as the starting point for the analysis of physical climate risks. In this portfolio, hurricanes & typhoons, earthquakes, heat stress and water stress are the most prevalent hazards.
While asset owners frequently emphasize the hazards they view as most financially material—for instance floods, hurricanes, and sea level rise—heat stress and water stress can also have material financial impacts. For instance, a major heat wave across Europe in the summer of 2019 demonstrated how increasing temperatures can cause business disruptions and raise operating costs. Absent retrofits to address climate risks in European real estate, the total increase in energy bills for commercial buildings could potentially cost $300 billion (£457 billion) by 2050. Water stress, another potentially overlooked risk, can threaten the long-term operations of assets like thermal power plants that rely on large amounts of water for cooling. For example, Moody’s found that 11 major U.S. utilities representing over $31 billion in rate base have extreme risk to water stress, which has already caused some power utilities to retire capital-intensive generation facilities early.
In addition to providing an entry point for further analysis, metrics in the summary table are useful for risk reporting. As reporting requirements develop, outputs from the Physical Climate Risk Application will empower asset owners to effectively describe asset exposure, communicate how risks are being managed, and characterize their portfolios’ overall climate risk and resilience strategies.
Asset owners can also identify exposure hotspots, explore sectoral trends, and dive deeper into the exposure of individual assets. Figure 2 shows the same portfolio ranked by highest flood risk score. Floods can raise costs, cause business disruption, and decrease asset values.
Using the data in Figure 2, asset owners can consider shortening their holding periods for assets with the highest levels of exposure, ensure that they have appropriate insurance coverage, and evaluate if coverage or premium prices may rise in the future. As the climate changes, insurers’ risk tolerances may also reach their limits and they may seek to exit markets. It is thus essential for asset owners to monitor the evolving landscape. Beyond evaluating potential changes to insurance, asset owners can also use this data as an entry point for engagement with a building manager, to better understand the site’s flood history and investigate if the asset has flood defenses.
Institutional investors understand that, over the typical commercial real estate hold period of seven to ten years, the next buyer of their building is likely to be concerned by climate risk as well. The Application equips asset owners with the exposure data they need to make sure their portfolios are resilient to climate risks and continue to provide the returns they need and expect from the asset class.
Climate Data for Due Diligence
Beyond analyzing portfolios of existing holdings, the application’s real-time scoring allows asset owners to quickly incorporate physical climate analysis into their due diligence processes for new acquisitions. In addition to providing easily digestible, high-level screening results, granular climate data allows clients to continue to invest, for example, in valuable coastal markets with known exposure. Figure 3 shows exposure of nine facilities in Tokyo, where the combination of storm surge and sea level rise could cause $1 trillion (100 trillion yen) in damages in a 1-in-100 year storm. Because the sea level rise (and flood) data featured in the Application is at a scale of 90 x 90 meters, investors do not need to eliminate entire markets from their investment strategies. Rather than exiting a profitable market, asset owners can use the Four Twenty Seven Physical Climate Risk Application to selectively invest in assets with lower exposure.
Asset owners often use Four Twenty Seven data to set their own internal thresholds for further due diligence. Using the detailed site information, as shown in Figure 4, as well as the downloadable scorecard, analysts can quickly understand which hazards to investigate further.
Some investors require further due diligence for any assets that receive “High” or “Red Flag” scores. Deal teams may be tasked to investigate asset-specific features that would make it more resilient to specific climate hazards, such as freeboard above base flood elevation, onsite power generators, or water efficiency measures.
Real assets, whose time horizon of returns aligns well with the investment goals of asset owners, are exposed to physical hazards, which will continue to become more frequent and severe. Exploring asset-level climate hazard exposure is the first step to analyzing and ultimately managing physical climate risk. As regulation around climate risk rapidly evolves, mandates to monitor and report these risks will also expand. Equipped with a detailed understanding of their portfolio holdings’ exposure, asset owners are empowered to make better-informed investment and risk management decisions, ultimately enhancing the resilience of their portfolios to physical climate risk.
Four Twenty Seven offers on-demand physical climate risk scoring for real assets and other climate risk datasets for investors to assess their risk across asset classes. Learn more about Four Twenty Seven’s data or reach out to schedule a demo.
The planet has just finished its hottest decade on record, leaving municipalities and businesses wondering how best to prepare for the future. As climate change increases the frequency and intensity of both extreme weather events like storms and heat waves, and chronic stresses like drought and sea level rise, the past is no longer an accurate prediction of the present.
While Canada’s latitude and geography makes it less exposed to widespread threats such as heat stress and hurricanes, its exposure to water stress and floods, alongside its economic dependency on water-heavy industries such as extraction, refining and manufacturing, does present significant risks. From striving to keep their residents safe, to supporting regional businesses, maintaining economic prosperity and minimizing costs, there are many reasons that municipal leaders need to understand and prepare for climate impacts.
This article outlines how climate risk presents economic risks to municipalities, as well as the investors with assets in the jurisdictions, and describes case studies of economic risk exposure in Canadian cities.
Why it Matters
Climate change poses economic risks to municipalities by impacting key companies, reducing the tax base, and affecting the budget. When companies that make up significant portions of a municipality’s economy — by way of revenue, taxes and employment —are disrupted by climate change, this has negative implications for the municipality. If these events happen repeatedly, it’s likely that jobs and, potentially the population, will decline, reducing the municipality’s revenue from taxes.
For example, low snowfall and a record dry summer in 2013 and 2014 led to reduced hydropower generation in Canada’s Northwest Territories, with implications for businesses with high power demands such as manufacturing and mining. These industries make up significant portions of Canada’s economy and an increase in water stress is likely to have enduring impacts.
Extreme weather events also lead to increased costs for municipalities in the form of emergency relief and rebuilding. For example, in Spring 2019 thousands were evacuated during flooding in Eastern Canada due to high snow melt combined with heavy rainfall, with costs expected to be in the hundreds of millions. At the time there was relatively low overland flood insurance coverage, so there were significant uninsured costs. These events also disrupt transit infrastructure, with implications for commutes and regional business operations.
Increasing expenditures on emergency relief can have implications for municipalities’ other budget items, debt reserves and ultimately their ability to repay loans. Likewise, persistent regional disruptions can have material impacts on businesses with key assets in the area.
Read the full article at Public Sector Digest.
The increasing frequency and severity of extreme weather events and chronic stresses driven by climate change have particular implications for the utility sector. In it’s report, US Regulated Electric Utilities Face Varied Exposure to Climate Hazards, Moody’s Investors Service leverages Four Twenty Seven’s physical climate risk data to explore the exposure of regulated electric utilities to climate hazards, including heat stress, water stress, flooding and hurricanes.
The analysis found that heat stress will likely have the greatest impact on utilities in the Midwest and southern Florida, reducing power grids’ efficiency and increasing expenditures. The Western U.S., specifically the Rocky Mountain states and California, is the region most exposed to long-term water stress. Since many electric utilities depend on water for cooling, water stress is typically credit negative for utilities.
In other areas of the country utilities are exposed to extreme rainfall and flooding, which are responsible for many power outages. However, regulation and flood insurance help to reduce the credit impacts of floods. Along the East Coast and the Gulf of Mexico’s coastal areas, increasingly severe hurricanes and storm surges will threaten key infrastructure assets such as transmissions substations and power plants. While hurricanes can lead to substantial costs and disruptions for utilities, the states in these regions often have credit-supportive regulation, allowing utilities to recoup costs after these events.
Utility companies across the U.S. are exposed to a variety of physical climate risks that threaten to damage or destroy utility infrastructure, increase operating expenses and affect their credit. These risks, however, can be mitigated with resilience investments by utility companies and by regulation and adaptation in jurisdictions in which they operate.
To learn more about Four Twenty Seven’s climate risk data, check out our solutions for investors, banks and corporations or read our report on Assessing Exposure to Climate Risk in U.S. Municipalities.