During the last days, various tropical depression systems have captured the attention of meteorologists and emergency services in Mexico and in several areas of the Atlantic and Pacific basins. In this context, the National Hurricane Center (NHC) and Mexican organizations such as the CONAGUA and National Meteorological Service (SMN) They have issued reports and alerts to inform the population about the risks associated with these phenomena.
Tropical Depressions Two and Three have been protagonists in the Gulf of Mexico and the southeastern coast of the United States, bringing with it torrential rains, sustained winds, and the threat of flooding and landslides. Regional authorities have resorted to preventive measures, such as suspending classes and activating civil protection protocols, to mitigate damage and protect vulnerable populations from adverse weather events.
Formation and trajectory of Tropical Depression Two
La Tropical Depression Two originated in the Bay of Campeche, located at about 210 kilometers east of Veracruz, MexicoThis atmospheric system, which was moving west-northwest at approximately 11 km/h, reached maximum sustained winds close to 50 km/hDuring its development, alerts were issued for the coastal strip between Boca de Catán and Tecolutla, covering densely populated areas such as Tampico.
The phenomenon was gaining intensity, with the expectation that it would soon become the Tropical Storm Barry. Meteorological authorities highlighted the possibility of heavy rains, frequent electrical discharges and gusts of wind in states such as Veracruz, San Luis Potosí and Tamaulipas. In addition, the risk of mudslides e Flash floods, especially in mountainous areas and rural areas of northeastern Mexico.
Impacts in Mexico: alerts and recommendations
The influence of these tropical depressions resulted in heavy rains which ranged from 75 and 150 mm in states like Veracruz, Tabasco, Chiapas, Oaxaca, Guerrero and CampecheWinds with gusts of up to 1000 feet were reported. 70 km/h and high waves, especially in coastal areas. Civil Protection and the authorities of each state were advised to remain attentive to official warnings and exercise extreme caution in flood-prone areas or fragile facilities.
Tropical storm watch zones were established and the danger of overflowing of rivers and streams, as well as fallen trees and damage to weak structures due to winds. Emphasis was also placed on monitoring for possible landslides in mountainous areas and the importance of early evacuation if necessary.
Evolution and status of Tropical Storm Barry
La Tropical Depression Two evolved into Tropical Storm Barry, making landfall on Sunday night. After entering the continent, the system weakened, but its effects lingered with intense rains—reaching up to 8 inches (200mm)— mainly in San Luis Potosí and TamaulipasThe threat of Flash floods In urban and rural areas, the number of deaths increased, and there was an emphasis on maintaining emergency protocols in the event of possible river flooding and power outages.
This year's hurricane season has been particularly active, with NOAA forecasts predicting an above-average number of named storms and hurricanes in the Atlantic. Weather monitoring is expected to continue to increase in the coming months, amid the potential for the formation of new hurricane systems.
Tropical Depression Three and its evolution in the United States
La tropical depression number 3 was detected in the southeastern United States, with heavy rainfall forecast for South Carolina and nearby coastal areas. The NHC warned about Flash floods and the possibility that this system would reach the category of tropical storm, being identified as ChantalSome areas, especially near Edisto Beach and Little River, remain under a storm surge watch, and preparations have begun to address storm surge and significant surf.
The expected rains could reach up to 15 centimeters in some places, raising concerns about flooding and damage to infrastructure.
Recent tropical depression activity has tested emergency systems and community response capacity in both Network Meteorology as in neighboring countriesConstant monitoring and rapid dissemination of weather alerts remain key to reducing the impact of these phenomena on the population and their property.
