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AMS Announces 2027 Weather, Water, and Climate Honorees

AMS Announces 2027 Weather, Water, and Climate Honorees

The American Meteorological Society (AMS) has announced its 2027 honorees for contributions to weather, water, and climate sciences. Among the recipients are Jim Mather, recognized for his sustained service in atmospheric observational facilities, and David Nolan, awarded for advancing hurricane dynamics through theory, field measurements, and modeling. John Mitchell received the Syukuro Manabe Climate Research Award for his work on climate models assessing greenhouse gases and aerosols in human-caused climate change. The National Weather Service Paducah, KY, was honored for life-saving forecasts during historic high-impact weather events in Spring 2025. Jason Sippel earned the Charles L. Mitchell Award for his leadership in improving hurricane forecasting through NOAA reconnaissance observations. These awards highlight significant advancements in meteorology and climate science. Source time: Mon, 03 Aug 2026 11:00:00 GMT.
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AI System Enhances Tropical Cyclone Intensity Forecasts

AI System Enhances Tropical Cyclone Intensity Forecasts

A new AI system has been developed to improve the accuracy of tropical cyclone intensity forecasts. The system, known as AIFS-TC, corrects errors in the existing Artificial Intelligence Forecasting System (AIFS) by learning from past data. This approach significantly reduces the global wind-speed bias in forecasts, enhancing the ability to predict maximum wind speed and minimum central pressure. The system has shown promising results in tests, particularly in predicting rapid intensification events.
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NOAA Extends Contract with Spire for Hyperspectral Microwave Sounder Data

NOAA Extends Contract with Spire for Hyperspectral Microwave Sounder Data

The National Oceanic and Atmospheric Administration (NOAA) has extended its contract with Spire Global to continue evaluating data from the Hyperspectral Microwave Sounder (HyMS). This extension, valued at $3 million, will allow NOAA to assess the impact of hyperspectral microwave data on weather prediction across various atmospheric conditions. The HyMS technology offers high-vertical-resolution atmospheric profiling, which could enhance numerical weather prediction and complement existing observation systems.
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Understanding Cold Fronts: What They Are and How They Affect Weather

Understanding Cold Fronts: What They Are and How They Affect Weather

Cold fronts can bring significant changes to weather, including temperature drops, wind shifts, and precipitation. Learn what cold fronts are, how they form, and how to prepare for their impact.
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El Niño Strengthens, Keeping Atlantic Hurricane Season Quiet

El Niño Strengthens, Keeping Atlantic Hurricane Season Quiet

El Niño continues to intensify toward potentially record strength, limiting tropical development across the Atlantic even as peak hurricane season approaches. Strong wind shear, Saharan dust, and dry air are preventing tropical waves from organizing, despite warm ocean waters. Only two named storms have formed so far this season, while the Eastern Pacific remains highly active. Forecasters say the greatest near-term risk is localized storm development in the Gulf and Southeast, with updated El Niño forecasts expected later this month.
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Advancing Precipitation Prediction with AI and Physical Models

Advancing Precipitation Prediction with AI and Physical Models

Researchers and meteorologists are focusing on improving precipitation prediction using advanced physical models and artificial intelligence (AI). This effort involves collaboration among institutions such as the Climate Prediction Center in College Park, MD, NOAA's Weather Program Office in Silver Spring, and the University Corporation for Atmospheric Research in Boulder, CO. The initiative aims to enhance forecasting accuracy for extreme weather events, leveraging satellite data assimilation and cutting-edge computational techniques. Experts from universities like the University of Oklahoma and the University of Michigan are contributing to this research, which is expected to benefit both local and global weather prediction capabilities.
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ISS Astronaut Captures Image of Super Typhoon Dolphin from Space

ISS Astronaut Captures Image of Super Typhoon Dolphin from Space

NASA astronaut Anil Menon captured a striking photograph of a swirling typhoon in the Pacific Ocean from the International Space Station on August 2, 2026. The image, taken from the station's cupola, shows what appears to be Super Typhoon Dolphin, which had reached Category 5 strength earlier in the year. The storm has since been downgraded to a Category 3 and is expected to weaken further as it moves towards Japan's Okinawa island. Menon's photograph highlights the power of Earth's storms and the capabilities of modern astronaut photography.
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WMO Warns of Intensifying El Niño, Predicts Global Heat and Weather Shifts

WMO Warns of Intensifying El Niño, Predicts Global Heat and Weather Shifts

The World Meteorological Organization (WMO) has issued a warning about a strong El Niño event expected to intensify from next month. This development is likely to lead to above-normal temperatures and significant changes in rainfall patterns globally. The WMO's forecasts suggest that sea surface temperature anomalies could exceed 2.9 degrees Celsius in key regions, indicating a robust El Niño event. This phenomenon is occurring amidst record global temperatures and ocean heat, raising concerns about its potential impacts on agriculture, public health, and vulnerable communities. The WMO is enhancing coordination and climate information services to help governments, humanitarian agencies, and climate-sensitive sectors prepare for these impacts. WMO Secretary-General Celeste Saulo emphasized the importance of timely action to mitigate the effects of El Niño, noting that while forecasts are crucial, they alone cannot prevent disasters.
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Maryland Tornado Confirmation Process Explained by NWS

Maryland Tornado Confirmation Process Explained by NWS

The National Weather Service (NWS) employs a detailed process to confirm tornadoes in Maryland, focusing on post-storm damage surveys rather than relying solely on radar or eyewitness accounts. Tornadoes are classified using the Enhanced Fujita (EF) Scale, which has been in use since 2007. This scale rates tornadoes from EF0 (65-85 mph winds) to EF5 (over 200 mph winds) based on observed damage to structures, trees, and other indicators. Recent examples include a July 2026 tornado in Talbot County rated EF1 with 100 mph winds and another rated EF0 with 80 mph winds. The NWS Baltimore/Washington Weather Forecast Office, based in Sterling, Virginia, is responsible for confirming tornadoes in Maryland and nearby areas. The confirmation process can take hours or even days, depending on the extent of the damage and accessibility of affected areas. Residents are encouraged to provide photos and reports to assist meteorologists but should avoid hazardous areas while doing so. [Source: The BayNet, 2026-08-03 16:18...
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US Scientists Develop New Model for Predicting Hurricane Rapid Intensification

US Scientists Develop New Model for Predicting Hurricane Rapid Intensification

U.S. scientists have developed a new statistical tool to predict the rapid intensification of hurricanes up to five days in advance. This model, created by researchers at the National Science Foundation's National Center for Atmospheric Research (NSF NCAR), analyzes 55 storm and atmospheric variables, including sea surface temperatures and upper-level wind shear. The tool uses logistic regression and data from NOAA's Global Ensemble Forecast System, covering forecasts from 2019 to 2024. The model aims to provide longer warning times for coastal communities, potentially allowing more time for preparations such as evacuations and securing properties. This development comes in response to challenges faced in predicting rapid intensification, as seen in past hurricanes like Michael and Harvey, which caused significant damage due to unexpected strengthening.
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Hawaii Weather: Scattered Showers and South Swell Expected This Week

Hawaii Weather: Scattered Showers and South Swell Expected This Week

Hawaii is experiencing a mix of weather patterns this week, with mostly dry conditions on the leeward side of the islands and some cloud buildup on the windward slopes. Trade winds are weakening as a tropical system lingers west of the islands. Scattered showers are expected to favor windward and mountain areas of Maui through Thursday, while leeward areas remain mostly dry. East-facing shores are currently experiencing rough and choppy conditions, but these are expected to settle as the week progresses. A long-period south swell is forecast to arrive on Saturday, bringing modest wave heights to the south shore through Sunday. Source time: not specified.
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Denver to Experience 100°F Monday, Followed by 20°F Drop Tuesday

Denver to Experience 100°F Monday, Followed by 20°F Drop Tuesday

Denver, Colorado, is set to experience a significant temperature shift early this week. According to meteorologist Joe Ruch, Monday's high is expected to reach a scorching 100°F (37.8°C), marking one of the hottest days of the season. However, a cooling trend will bring relief on Tuesday, with temperatures forecasted to drop by 20°F, settling around 80°F (26.7°C). This shift is attributed to a weather system moving through the region, which will moderate the intense heat. Source time: not specified.