For years, lightning safety has been the cornerstone of athletic weather protocols, and for good reason. But lightning is no longer the only environmental hazard athletic departments need to plan for. Air quality has become a regular part of the conversation, and departments that treat it with the same seriousness as lightning are better equipped to protect athletes, staff, and spectators.
Lightning safety protocols remain critical, and no athletic department should scale back its lightning monitoring. But lightning is just one of several environmental hazards that can affect outdoor practices and events. Heat and humidity, poor air quality, wildfire smoke, severe storms, and high wind all pose real risks to athletes, and each requires its own set of thresholds and response procedures.
Air quality in particular deserves the same proactive monitoring mindset that departments already apply to lightning. Just as a lightning strike within a certain radius triggers a clear protocol, elevated AQI or PM2.5 levels should trigger a similarly clear, well-rehearsed response. The hazard looks different, but the operational logic is the same: know the conditions, set thresholds in advance, and act on data rather than guesswork.
Air quality isn't a single metric. A complete picture typically includes:
Depending on the sophistication of an athletic department's monitoring setup, some or all of these can be tracked in combination, giving a more complete view of conditions than any single data point on its own.
A forecast is a starting point, not a guarantee. Air quality conditions can shift meaningfully between the time a forecast is issued and the time an event actually takes place, particularly during wildfire smoke season when wind direction and intensity can change quickly.
Regional air quality readings, the kind reported by national apps and websites, are also not necessarily representative of a specific venue. A monitoring station miles away may report conditions that differ from what's actually happening on a practice field or in a stadium.
This is where continuous, real-time monitoring becomes valuable. Rather than relying on a single forecast checked earlier in the day, athletic staff with access to current, on-site conditions can make decisions based on what's actually happening at kickoff, first pitch, or first whistle, not what was expected hours earlier.
Monitoring conditions is only useful if the information reaches the right people at the right time. This is where automated alerting becomes an operational advantage.
Athletic departments can establish specific thresholds for AQI, PM2.5, or other measured conditions, and configure automatic notifications that trigger the moment those thresholds are crossed. This removes the burden of having someone manually check a website or app throughout the day, which is easy to overlook during a busy game day or practice schedule.
Automated alerts also give athletic staff, coaches, athletic trainers, and administrators a single, common source of information. Instead of different people checking different sources and potentially reaching different conclusions, everyone is working from the same data at the same time. That consistency supports faster, more confident decisions, and reduces the chance of a delayed or inconsistent response.
Air quality monitoring works best when it's built into an athletic department's existing weather safety plan, not treated as a separate, ad hoc process. A well-structured plan should address:
This structure mirrors what many athletic departments already have in place for lightning and severe weather, which makes air quality a natural extension of an existing plan rather than an entirely new process. For departments building or refining these procedures, our NCAA weather safety guidelines resource offers additional detail on aligning protocols with recommended best practices.
Air quality doesn't operate in isolation, and neither should the tools used to monitor it. Lightning, heat, severe weather, wind, and air quality are all pieces of the same operational picture, and athletic departments benefit from viewing them together rather than through separate, disconnected systems.
A unified monitoring approach means athletic staff aren't toggling between multiple apps or sources to piece together current conditions. Instead, lightning proximity, heat index, wind speed, storm tracking, and air quality data can all live in one place, feeding into the same alerting and decision-making process.
That's the idea behind "beyond lightning": not replacing lightning safety, but expanding the same disciplined, data-driven approach to the full range of environmental hazards athletic departments face. Air quality is simply the latest, and increasingly necessary, piece of that broader strategy.