Critical Hurricane Forecast and Sea Ice Monitoring Tool Abruptly Terminated

Date: June 26, 2025

• Abrupt Termination: The DoD will permanently terminate the processing and transmission of microwave data from its three weather satellites by no later than June 30, 2025. This decision was formalized on June 25, 2025, and communicated to users, including NOAA and the National Hurricane Center, on June 24 and 25, 2025, respectively.
• Severe Impact on Hurricane Forecasts: The discontinuation of SSMIS data will "severely impede and degrade hurricane forecasts for this season and beyond," affecting millions of Americans in hurricane-prone regions. This data is critical for understanding storm structure, estimating intensity, and accurately positioning storm centers, particularly when direct observations are scarce.
• Increased Risk of "Sunrise Surprise": Without SSMIS microwave data, forecasters face an "increased risk of a ‘sunrise surprise,’ the realization from first-light images that a system had become much better organized overnight, but it wasn’t recognized because structural details are so hard to discern from [infrared satellite]."
• Impact on Sea Ice Products: The SSMIS data is also essential for several sea ice products, including the "Near-Real-Time NOAA/NSIDC Climate Data Record of Passive Microwave Sea Ice Concentration" and the "Sea Ice Index." These products will cease processing after June 30, 2025, leading to a "gap in data availability."
• Rationale Unclear, Security Concerns Suspected: While the exact rationale for the abrupt termination is "not immediately clear," the decision "appears to have stemmed from Department of Defense security concerns."
• Alternative Data Sources Being Explored/Recommended (with caveats):AMSR2: For sea ice products, the AMSR2 instrument is recommended as an alternative, noting it has "better resolution than SSMIS and therefore provides more detailed information." However, AMSR2 data are "prototype and not yet fully intercalibrated with older data," which means "users will notice differences in sea ice extents."
• WSF-M: The DoD successfully launched a follow-on weather satellite, Weather System Follow-on Microwave (WSF-M), in April 2024. However, data from WSF-M is "not currently available to forecasters and it’s not clear if or when data access will be permitted."
• SSMIS Data Proven Critical for Model Simulation: A 2003 study on Hurricane Danny demonstrated that assimilating SSM/I (predecessor to SSMIS) data significantly improved hurricane simulations by "increas[ing] the moisture content over most of the Gulf of Mexico, but also strengthen[ing] the low-level cyclonic circulation, giving a better convergence field and reduced model spin-up time."

The Empathizing-Systemizing (E-S) Theory and its Relevance

The E-S theory is a central framework discussed in both sources, hypothesizing that individuals possess varying degrees of "empathizing" and "systemizing" cognitive styles.

• Systemizing: Defined as "(1) the drive to create and analyze psychological sets of logical rules, or “systems,” related to and constructed around things that occur in the world, and (2) the ability to intuit how systems work in the physical world." (Bolton et al., 2018). It involves identifying "lawful regularities in physical and other systems" and understanding cause-and-effect relationships ("if I do X, A changes to B. If Z occurs, P changes to Q"). There are six main types of systems: abstract, mechanical, natural, collectible, motoric, and social.
• Autism Spectrum Conditions (ASC): Individuals with ASC are hypothesized to be "inherently stronger at “systemizing” than they are empathizing" (Bolton et al., 2018). This manifests as a natural drive to "seek truth—a concept defined here as 'precise, reliable, consistent, or lawful patterns or structure in [some kind of] data' through psychological system-building." (Bolton et al., 2018). The concept of "hyper-systemizing" attempts to explain repetitive behaviors and a disinterest in socializing often observed in ASC, as "the social world, driven by emotions, is far less lawful than domains that include spinning objects or record keeping." (Bolton et al., 2018).

II. Psychological Profile of Meteorologists

The Bolton et al. (2018) study provides the first examination of meteorologists' personality and mental health relative to other physical scientists (engineers and physicists).

• Empathizing and Systemizing: Meteorologists in the study sample were found to be "higher in empathizing and systemizing" compared to engineers and physicists. While they were "the strongest systemizers" when compared to the combined group, they also showed the "highest group tendency for empathic expression." (Bolton et al., 2018). This suggests a unique "balancing of the E-S cognitive profiles within meteorologists," which is sensible given the profession's "orientation toward public service." (Bolton et al., 2018).
• Autistic Traits: Engineers and physicists reported "significantly higher autistic trait amounts" than meteorologists. Meteorologists scored comparably on the Autism Spectrum Quotient (AQ) to other STEM groups in previous research, but were lower than the engineers and physicists in this specific sample.

III. Weather Salience in Autism Spectrum Conditions

Bolton et al. (2020) introduce and explore the concept of "weather salience" in autistic individuals.

• Definition of Weather Salience: "the degree to which individuals attribute psychological value or importance to the weather and the extent to which they are attuned to their atmospheric environments" (Stewart 2009, quoted in Bolton et al., 2020).
• Key Findings:Increased Weather Salience in Autism: Initial findings suggest that "enhanced weather salience exists among autistic individuals relative to those without the condition" (Bolton et al., 2020). While statistically non-significant in most studies, autistic participants consistently showed higher weather salience scores.

Meteorology Matters discusses a study indicating that human influence on global climate, specifically stratospheric cooling, could have been detected as early as 1885, preceding the widespread use of automobiles. Researchers conducted an experiment using modern climate models and hypothetical 1860 measurement capabilities to identify this early "human fingerprint" on atmospheric temperatures. The study highlights that stratospheric cooling is a strong indicator due to its clear response to CO2 increases and minimal natural variability, making detection easier than with surface temperatures. The authors of the study emphasize the importance of continued observation of the upper atmosphere for monitoring climate change, especially given current budget cuts impacting climate research.

Meteorology Matters discusses an ongoing lawsuit in Rockland County, New York, challenging the accuracy of the 2024 Presidential and Senate election results, particularly concerning alleged missing votes for Kamala Harris and Diane Sare. The lawsuit, brought by SMART Legislation, seeks a full hand recount due to statistical anomalies and voter affidavits claiming uncounted ballots. A significant point of contention is the "de minimis" software updates to voting machines, which critics argue were untested and lacked transparency. One source further alleges a complex conspiracy involving Eaton, Palantir, and Starlink, claiming these entities manipulated election data remotely and erased digital footprints, suggesting a "vote-flipping algorithm" was in play that resulted in statistically improbable outcomes favoring Donald Trump. While the lawsuit will not overturn the national results, it aims to expose systemic flaws and influence future election integrity policies.

Environmental and safety concerns surrounding the Turkey Point nuclear power plant in Miami-Dade County, Florida, particularly its aging infrastructure and cooling canal system. A central issue highlighted is the hypersaline plume originating from the plant's cooling canals, which is threatening Miami's primary drinking water aquifer and the surrounding ecosystem. Environmental groups, such as Miami Waterkeeper, express alarm over the Nuclear Regulatory Commission's decision to extend the plant's operating license given its age and vulnerability to climate change impacts like hurricanes, sea-level rise, and extreme heat. While Florida Power & Light (FPL), the plant's owner, asserts the facility's safety and efforts to mitigate the plume, experts and activists suggest alternative cooling methods, like cooling towers, as more effective solutions to prevent further contamination and environmental damage.

Google DeepMind and Google Research's new initiative, Weather Lab, which aims to improve tropical cyclone prediction using artificial intelligence (AI). This platform features an experimental AI model that predicts various aspects of cyclones, including formation, track, intensity, size, and shape, up to 15 days in advance, with 50 possible scenarios. The article highlights the model's superior accuracy compared to traditional physics-based methods for both track and intensity predictions. Furthermore, it explains the collaborative efforts with organizations like the U.S. National Hurricane Center (NHC) to validate and integrate these AI-powered forecasts into official warnings and disaster preparedness. The text also emphasizes that Weather Lab is a research tool, and its predictions are experimental, advising users to refer to official meteorological agencies for critical information.

• Effective Shutdown of Climate.gov: The website is likely to cease publishing new content imminently. The "entire content production staff at climate.gov (including me) were let go from our government contract on 31 May," stated an anonymous former contractor. This signifies a de facto shutdown of new information dissemination.
• Targeted Elimination of Staff: The dismissals were highly specific, with former program manager Rebecca Lindsey describing a situation where a demand came "from above" to "rewrite parts of the contract to remove the team’s funding." Tom Di Liberto, a former NOAA spokesperson, noted, "They only fired a handful of people, and it just so happened to be the entire content team for climate.gov. I mean, that’s a clear signal."
• Political Motivation and Suppression of Science: The consensus among former staff is that the actions were politically motivated and aimed at restricting public access to climate information. Lindsey believed it was a "very deliberate, targeted attack," and stated that the administration is engaging in a "slow and quiet way of trying to keep science agencies from providing information to the American public about climate." Di Liberto explicitly states, "It’s clear that the administration does not accept climate science, so it’s certainly concerning."
• Loss of a Trusted, Non-Partisan Source: Climate.gov was recognized as an "extremely well-trusted source for climate information." Lindsey emphasized that the content was "specifically designed to be politically neutral, and faithful to the current state of the sciences," and that they "operated exactly how you would want an independent, non-partisan communications group to operate."
• Vulnerability to Misinformation and Propaganda: A significant concern among the fired staff is the potential for the administration to "co-opt climate.gov to publish its own anti-science content." Lindsey feared a "sinister possibility" of the administration providing "a content team from the Heartland Institute, leveraging our audience, our brand, our millions of people that we reach on social media every month. That’s the worst-case scenario." The contractor also worried about the site turning into "a propaganda website for this administration." The absence of staff to "pushback on misinformation" on social media accounts further compounds this risk.

Timeline of Main Events

• 1950-2016: Florida experiences an increase of approximately 25 extreme rain events annually.
• 1970-2020: Tide gauge observations are recorded to estimate sea-level rise rates for the eastern Gulf Coast.
• 1982-Present (implied up to Nov 2024): Storm tracks in the Atlantic basin are recorded in the International Best Track Archive for Climate Stewardship database.
• 1985-Present (implied up to Nov 2024): Marine heat wave data becomes available and is recorded.
• 1990s: Widespread marine heat waves spanning hundreds of miles begin to be recorded.
• 2006-2015: Florida experiences a decade without a single hurricane strike.
• 2017: Hurricane Harvey strengthens from a tropical depression into a Category 4 hurricane in two days before striking the Texas coast. This year also marks the beginning of an eight-year streak of major Gulf landfalls.
• 2017: Hurricane Irma hits the Gulf Coast with ferocious intensity.
• 2022: Hurricane Ian's wind speeds nearly double in roughly 22 hours before the storm makes landfall in Southwest Florida as a Category 4 hurricane, becoming the costliest hurricane in state history.
• 2023: Hurricane Idalia ravages the Big Bend area of Florida with a 10-foot storm surge.
• 2023: A severe coral bleaching event occurs in Florida, leading to significant coral mortality and prompting NOAA to extend their severity scale.
• 2023: Daily average sea temperatures at Buoy Key, Florida, reach their highest May levels in documented history.
• 2024: Atypical heat continues in the Caribbean throughout the year.
• October 2024: Hurricane Milton strengthens from a tropical storm to a Category 5 hurricane in 24 hours as it crosses the Gulf of Mexico northwest of the Yucatan Peninsula.
• October 2024: Hurricane Milton's historic rain floods inland neighborhoods in Pinellas and Hillsborough counties, including Clearwater and parts of North Tampa, with up to 17 inches of rain in five hours. Stormwater pumps fail in some areas.
• May 2025: More than 4,000 daily record high temperature reports occur across the United States, more than double the number of record lows.
• Early May 2025: A deadly Mid-Atlantic atmospheric river occurs, fueled by increased moisture from the marine heat wave.
• May 24, 2025: Sea temperatures near Buoy Key, Florida, reach 98 degrees Fahrenheit.
• May 25, 2025 (last weekend before May 29): Ocean temperatures near 98 degrees are recorded by a buoy in Everglades National Park.
• May 26, 2025 (last Sunday before May 29): Houston sets a new overall monthly record low overnight temperature of 82 degrees.
• May 27, 2025 (last Monday before May 29): Fort Lauderdale, Florida, records a low of 82 degrees, a record for May.
• May 29, 2025: Golf ball-size hail pummel Austin, Texas.
• May 30, 2025 (Last Thursday before May 31): Tampa experiences an 80-degree low temperature, its hottest May morning on record (since 1890). Downpours are expected from Louisiana to Georgia.