Force Majeure Background
The force majeure doctrine emerges from tort and contract law. Also known as an “Act of God,” a force majeure event is generally an unforeseen event whose occurrence causes a party to breach a contract or act negligently. A force majeure event may be asserted as a valid defense in either scenario.
In environmental law, force majeure is an affirmative defense when provided for by statute or by EPA-issued CD. This article will focus on breach of CDs, since regulated entities have (marginally) more success in asserting a force majeure defense to a breach of CD.
EPA’s current force majeure provisions require an event be “beyond the [facility's] control.” Courts have considered a breaching party's force majeure defense invalid because of an event's foreseeability. U.S. v. Hampton Roads Sanitation Dep't, No. 2:09-CV-481, 2012 WL 1109030, at *8–9 (E.D. Va. Apr. 2, 2012). Solutions to the Force Majeure Problem will need to address this foreseeability issue as it pertains to climate change. Climate events are often thought of as classic force majeure events, but climate change will make storms, floods, and wildfires more frequent, and thus more foreseeable.
Analysis
Congress amend existing laws to mandate inclusion of language in force majeure provisions. Those mandates would specifically require a showing that an event: (1) is not “foreseeable” because EPA’s climate models could have reasonably predicted or forecasted it; and (2) is not a climate risk the applicant has acknowledged pursuant to law.
The first prong of this analysis scientific data to define “foreseeability.” Regulated entities would use EPA climate models to predict climate risks and reliably determine a climate event's force majeure eligibility. Entities can access a variety of EPA climate models through EPA’s website. One such model is the Locating and Selecting Scenarios Online (LASSO) model.
LASSO guides users step-by-step through the process of identifying climate change scenarios that are relevant to their purposes. Each step allows the user to define criteria to set parameters for a model, such as the time range, measurement of precipitation or temperature, and whether the model should account for predicted increases in greenhouse gases or greenhouse gas mitigation tactics, etc. LASSO then produces a wide variety of visuals, charts, and graphs that can help users predict their climate risks.
The second prong of this analysis for an entity's acknowledged climate risks. Acknowledged climate risks would categorically exclude related climate events from force majeure contention. This encompass all laws that impose obligations upon regulated entities to disclose the risks climate events pose to their operations, including for example, the Securities and Exchange Commission’s climate disclosure rules. See Enhancement and Standardization of Climate-Related Disclosures for Investors, 87 Fed. Reg. 21334 (to be codified at 17 CFR § 229.1502(a)).