The Heat Policy Called for a Tub. There Was No Tub.

Arizona State University had a heat policy that called for an immersion tub in multiple places. There was no tub when hockey player Matthew Mayich collapsed during an August 20 outdoor workout, according to exercise physiologist Doug Casa in Grist’s October 5 reporting. Athletic staff used iced towels, cool water and a garden hose before paramedics took him to the hospital. The gap between a written provision and an available piece of equipment is the central preparedness question here: what could staff actually put to work when an athlete fell?

Mayich remained on life support at the time of the report. His family’s lawyer described his condition as exertional heat stroke, but Grist could not independently corroborate that diagnosis. Casa considers heat stroke very likely, while saying he needs more information to be certain. That distinction matters when assessing the treatment response. Research described in the article identifies cold-water immersion as the most effective treatment for heat stroke; towels and a hose cannot simply be assumed to provide equivalent cooling. The missing tub raises a concrete question without settling Mayich’s diagnosis or responsibility for his condition.

Other questions remain disputed. Teammates alleged that the workout lasted longer than the university reported and that staff violated heat guidelines; the guest trainer’s attorney disputed descriptions of its intensity. ASU has announced an independent review, while Mayich’s family wants a broader investigation of events on the field and possible rule violations. Those findings are still ahead. What the reporting already makes difficult to defend is evaluating readiness by the existence of a policy alone. A provision cannot cool anyone until the equipment and response it describes are available.

Georgia offers a useful counterexample to the idea that heat precautions are inevitably paperwork. In 2012, its high school athletic association required schools to measure wet bulb globe temperature and adjust practice lengths accordingly. Football teams also had to limit practices during their first five days so players could gradually acclimatize. Researchers found that heat-related illness fell dramatically within three years, Grist reports. This is historical experience, but it gives the current debate something more useful than another promise to take heat seriously.

The measures perform different jobs. Wet bulb globe temperature accounts for wind, sunlight and radiant heat as well as temperature and humidity, making it a better measure of heat stress than an ordinary forecast. Requiring the reading to alter practice length connects observation to a decision. Acclimatization addresses a separate problem: adaptation requires repeated, gradually increasing exposure. Casa explains that simply arriving in a hot place does not accomplish that. A calendar can count days in Arizona; it cannot establish what an athlete’s body has adapted to.

Emergency cooling supplies another layer when prevention is insufficient. Discussing Korey Stringer’s 2001 death, Casa estimated that sufficient cooling would have taken well over an hour with air conditioning, compared with about 25 minutes in an ice bath. The point is not that Georgia’s rules guarantee safety or resolve the ASU investigation. It is that preparedness can be organized around identifiable actions: measure conditions, change the activity, build exposure gradually and have effective treatment ready. Georgia’s reported improvement gives that approach substance. A school’s useful answer is what a heat reading changes, not merely whether someone recorded it.

In Marshall, North Carolina, Beacon of Hope has a more tangible answer to an emergency planning question: its new solar-and-battery microgrid backs up the food bank, thrift store and laundromat, including freezers and coolers. The installation is the first of 26 planned across western North Carolina, funded by a $5 million state grant, according to Grist’s October 5 report with Blue Ridge Public Radio. Twenty-four are intended for essential facilities; two will be mobile. One installation is in place, and the rest represent a funded rollout rather than 26 operating systems.

The function matters because Beacon already provides weekly food assistance to about 1,600 families. Keeping its appliances running preserves the ability to operate a service people use before a disaster as well as afterward. The connection to athletic heat protection is practical: equipment earns its place by enabling a particular protective action. An immersion tub supplies rapid cooling; backup power keeps essential equipment operating through a grid interruption. These are different hazards and responsibilities, but both allow readiness to be assessed through what people can actually do.

Communications require the same attention to use. William Walker’s weekly two-way radio check-ins help participants become comfortable speaking and verify that their equipment works. The system does not require a cell network or internet connection—an important feature after Helene disrupted regional communications. Familiarity is part of the capacity being built: a working radio is more useful when its owner has practiced reaching other people. The Saturday conversations may concern birthdays and weddings, but they also exercise an emergency function before anyone needs it urgently. Preparedness sometimes sounds remarkably like ordinary neighbors talking.

Beacon’s batteries can store an estimated 68 kilowatt-hours, enough to keep lights and appliances running for at least a day without sunlight or grid power, Grist reports. That is a meaningful buffer, with a defined duration rather than unlimited autonomy. Organizers hope to expand beyond the 26 planned microgrids, but additional state or federal funding has not been committed. The installed system demonstrates a capability; its estimated operating time and the expansion funding gap define how far that capability can currently extend.

Access changes the calculation again. After Helene, volunteers in Swannanoa checked on medically vulnerable residents who had been unable to evacuate and sought essentials including insulin and bottled oxygen. That work grew into Swannanoa Communities Together. The group now plans renovations with accessible bathrooms, wheelchair ramps and changing stations, assisted by an accessibility consultant. These improvements remain planned. Their importance is concrete: designing a place to provide emergency help requires considering the people who must enter and use it. Electrical capacity alone does not answer that question.

Taken together, these examples suggest a useful way to question a school or community’s preparedness: what action will conditions trigger, what equipment is available, who can use it and how long can it operate? Georgia’s practice rules show how measurement can change behavior; North Carolina’s projects show how services and communications can gain backup capacity. The missing immersion tub in the ASU account leaves an unresolved investigation alongside a plainly relevant equipment gap. The practical standard is demanding because it is specific. Preparedness should be explainable as something people can put to work, with its limits visible before the emergency arrives.