Tropical storms and hurricanes pose one of the most serious meteorological threats to various regions, especially during the warmer months of the year. In recent years, technology has significantly improved warning and forecasting systems, making it easier for the population to prepare for these events.
Although the official hurricane season spans several months, its impact and risk are not uniform throughout the entire period or in all affected areas. With each season, unique cases and extreme events emerge that test both coastal communities and disaster surveillance and prevention systems.
Hurricane Erika: An unprecedented phenomenon in June
During the early morning hours of June 19, 2025, Hurricane Erick made landfall in the Mexican town of Santiago Pinotepa Nacional, Oaxaca, as a Category 3 storm on the Saffir-Simpson scale. This event was unusual, as such an intense cyclone had never before struck this region of Mexico in June, at the very beginning of the official hurricane season.
According to reports from the National Meteorological Service (SMN) and the National Water Commission (Conagua) , shortly after making landfall, Erick weakened to a Category 1 hurricane with sustained winds of 140 km/h, moving toward the north-northeast. Despite the system's destructive potential, authorities reported no significant damage in the first few hours, although they did recommend that the public remain attentive to official announcements.
Satellite images from the Cooperative Institute for Atmospheric Research (CIRA) and the U.S. National Hurricane Center showed the rapid intensification of the system and the complexity of its evolution. Erick reached Category 4 strength at sea, with gusts exceeding 230 km/h before weakening as it approached the coast.
Regional impacts and risk of tropical storms throughout the season
The hurricane season in the Atlantic and Pacific extends roughly from May 15 (Pacific) and June 1 (Atlantic) until the end of November. However, the likelihood of storm and hurricane formation varies considerably depending on the month and location.
In the early months, the areas most prone to tropical storm formation are typically the Gulf of Mexico and the Atlantic coasts of the United States. As the season progresses, especially between August and September, the risk increases and covers a much larger area, including the Caribbean Sea and the central and western Atlantic.
September represents the peak of activity, although even in November, when conditions tend to be less favorable, dangerous storms can develop. Historically, the most intense hurricanes to impact areas like Texas have occurred between July and September, so constant vigilance is essential throughout the season.
The evolution of these storms is controlled by factors such as sea surface temperature, atmospheric humidity, and global weather patterns like El Niño and La Niña. These elements influence the development, trajectory, and intensity of tropical cyclones.
Technological advances in tropical cyclone prediction
Tropical storm forecasting has advanced significantly in recent years thanks to a combination of scientific research and new technological tools. Artificial intelligence models, such as Google's Weather Lab , have proven to be as effective—or even more so—than traditional systems in predicting the formation, intensity, and trajectories of tropical cyclones.
These systems employ stochastic neural networks and international meteorological databases , allowing them to anticipate potential scenarios more than a week in advance. They also facilitate comparison between different models and integrate information from meteorological agencies, universities, and international organizations. Although AI-based predictions are still considered experimental, their usefulness grows year after year, aiding in more informed decision-making for governments and civil protection agencies.
Recent research has also highlighted the importance of a detailed understanding of the mechanisms of hurricane and tropical storm formation, including the role of tropical waves and their interaction with specific oceanic and atmospheric conditions.
Measures for prevention and protection against tropical storms
Protecting yourself from tropical storms and hurricanes requires not only monitoring the evolution of weather systems but also implementing preventative measures and having adequate resources. Specialized insurance policies can cover damage to homes and belongings caused by winds, rain, and high tides associated with these phenomena.
Authorities recommend reviewing insurance coverage, ensuring protection for both the home and its contents, and verifying that there are clauses for expenses related to cleanup or debris removal. It's also important to review mortgage-related policies to avoid being left unprotected in the event of a serious incident.
In the event of tropical storms or hurricanes , it is crucial to follow official recommendations: avoid crossing rivers or flooded areas, take extra precautions in mountainous areas due to the risk of landslides, and be alert for possible lightning strikes or urban flooding. Vigilance and preparedness are essential to minimize damage and ensure safety.
Advances in weather forecasting, combined with a culture of prevention and adequate insurance, are the best strategies for addressing the threats posed by tropical storms. Although each season presents challenges and uncertainty, the joint efforts of scientists, authorities, and citizens can make a difference in the face of these natural phenomena.