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EPA head promises 'total transparency' on geoengineering and contrails as weather conspiracy theories swirl

EPA head promises 'total transparency' on geoengineering and contrails as weather conspiracy theories swirl

NBC News10-07-2025
Greene added that Rep. Tim Burchett, R-Tenn., is a co-sponsor. Burchett has spread similarly bizarre claims about extreme weather.
In a statement, a spokesperson for Greene said the congresswoman "has long discussed this issue" and that the bill was not related to the Texas flooding. Burchett's office did not immediately respond to a request for comment.
Following Milton and Helene, the NOAA released a fact sheet in October 2024 to try to debunk 'weather modification claims' that swelled after those two storms decimated communities in Florida and North Carolina. In it, the agency said that it 'does not fund or participate in cloud seeding or other weather modification projects.'
Zeldin's nod toward more fringe explanations for extreme weather comes as the Trump administration has cut funding for climate change research and removed the website that hosted the government's climate assessments. President Donald Trump has called climate change a hoax, even as scientists have increasingly found strong evidence connecting the growing severity and frequency of extreme weather to global warming.
Decades of research into weather modification have at times become fodder for conspiracy theorists.
Between 1962 and 1982, NOAA was involved in a project called STORMFURY that sought to determine whether hurricane intensity could be modified. The research was unsuccessful at altering hurricane intensity and was discontinued. NOAA hasn't attempted similar research since, according to the fact sheet.
Cloud seeding is a weather modification technology currently in use. The practice has been around since the 1950s and typically involves spraying silver iodide into clouds to draw water out of the atmosphere and produce extra snow or rain. Currently, cloud seeding programs are primarily used in Western states to boost water supplies, and companies are required to file notices before implementing them.
'Cloud seeding doesn't make water; it helps clouds in marginal environments to release 5-15% more moisture. But in Texas, there was already 100% humidity, extreme moisture and storms. The clouds didn't need any help,' Cappucci said.
The spread of these claims has coincided with an uptick in threats directed at meteorologists.
While geoengineering is a legitimate scientific endeavor, claims about its ability to control major weather patterns or create severe weather are not grounded in reality. Most geoengineering options are theoretical and untested. Federal researchers have taken only a few small steps toward studying their feasibility, and atmospheric scientists say there is no evidence of any large-scale programs.
Last year in Alameda, California, a small-scale testing project of a form of geoengineering called marine cloud brightening by academic scientists was shut down after community outcry, despite researchers demonstrating that the actions were harmless.
Psychotherapist Jonathan Alpert explained that conspiratorial thinking usually spikes during moments of collective fear and uncertainty, especially during weather events in which people feel powerless.
'Conspiracy theories offer an emotionally satisfying narrative: they restore a sense of control by framing events as intentional acts by powerful agents rather than random, chaotic phenomena,' Alpert told NBC. 'In this sense, 'someone is doing this to us' feels more tolerable than 'no one is in control.''
However, while some view the EPA's move as an act of transparency, others believe it's merely the latest political maneuver to avoid critical environmental issues.
'Some people have 'questions' about whether birds are real — will that be your next project?' Rep. Don Beyer D-Va., said in response to Zeldin's Thursday morning
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What you need to know about derechos, an uncommon and destructive weather event
What you need to know about derechos, an uncommon and destructive weather event

The Independent

time17 hours ago

  • The Independent

What you need to know about derechos, an uncommon and destructive weather event

Prolonged wind events that unleash heavy rainfall and travel far distances sometimes qualify as derechos. Derechos can happen almost anywhere in the United States but are most common in the central and eastern regions of the country. Winds typically gust over 60 mph (97 kmh) and can cause damage comparable to tornadoes or hurricanes. Here's what you need to know about this uncommon form of extreme weather. What is a derecho? A derecho is a long-lived line of storms that often produces extreme wind damage, said Gino Izzi, a meteorologist at the National Weather Service's office in Chicago. Derechos can last eight hours or longer and travel hundreds of miles (kilometers) across the country with winds typically gusting over 60 mph (97 kmh). 'There's been instances where derechos have moved from Iowa all the way to Washington, D.C.,' said Izzi. Because of the intense straight-line winds and vast distances a derecho can travel, the damage they cause is sometimes comparable to the destructive forces of tornadoes or hurricanes. Hurricanes are low-pressure systems that form over tropical or subtropical ocean waters and have organized thunderstorm activity, according to the National Oceanic and Atmospheric Administration. Unstable air that is hot and humid is supportive of derecho formation. Derechos can happen any time of year, but July and early August are the prime time for this type of extreme weather, said Izzi. Derechos are an uncommon weather event and usually a small number occur each year, but Izzi said several years could pass without a recorded derecho. There are different types of derechos. Serial derechos tend to form with large, powerful storms and typically occur in early spring, fall and early winter. Progressive derechos are usually smaller and tend to form in summer as they feed off of hot, humid conditions. Hybrid derechos have characteristics of both serial and progressive types. Conditions that are favorable for derechos can also lead to small, embedded tornadoes, which are violently rotating columns of air that extend down from a thunderstorm and reach the ground. Derechos tend to produce much more widespread damage than tornadoes because they can produce a swath of damage that exceeds 100 miles (160 kilometers) in width, whereas the damage from violent tornadoes is typically less than a mile (1.6 kilometers) wide. Safety tips include using a radio to listen to the forecast, monitoring devices for severe weather alerts from the NWS and having access to a sturdy shelter. 'It can go from nice, calm weather to 100 miles per hour winds blowing down trees in literally a matter of minutes,' said Izzi. Where do derechos form? Derechos can happen almost anywhere in the U.S. but are most common in the central and eastern regions of the United States. Progressive derechos tend to favor the northern and central Plains eastward into the Midwest, Great Lakes, and Ohio Valley area. That is because domes of heat can form across central parts of the U.S. and derechos tend to form on the northern and northeastern flanks of the dome where there are high levels of atmospheric instability. This also tends to be where the jet stream winds are stronger. Humidity from crops like corn, also known as corn sweat, also magnifies how unstable the hot, humid air is. A 2003 derecho traveled from Arkansas through several southern states, including Alabama, Georgia and South Carolina. Two people died and 11 were hurt. A 2009 storm dubbed a Super Derecho by meteorologists traveled from western Kansas to eastern Kentucky. It caused several deaths and injuries and more than $500 million in damages by the time it had traveled more than 1,000 miles (1,600 kilometers). A 2020 derecho that traveled from eastern Nebraska across Iowa and parts of Wisconsin and Illinois reached wind speeds of a major hurricane. The National Weather Service's Storm Prediction Center reported winds approaching 100 mph (160 kph) in places. In Cedar Rapids, Iowa, residents emerged from their homes to find an estimated 100,000 trees had been snapped or torn out of the ground. In December 2021, a derecho in the Great Plains and Upper Midwest spawned at least 45 tornadoes, caused widespread damage and killed at least five people. Derechos can cause flash flooding Derechos can be associated with a slow-moving or nearly stationary band of thunderstorms. This could potentially lead to heavy rainfall and flash floods that can cause significant damage. Flash floods associated with a derecho that occurred July 4-5, 1969, caused Killbuck Creek in Ohio to rise more than 20 feet (6 meters) above normal level and at least two dozen fatalities, according to NOAA. ___ The Associated Press' climate and environmental coverage receives financial support from multiple private foundations. AP is solely responsible for all content. Find AP's standards for working with philanthropies, a list of supporters and funded coverage areas at

Rain bomb alert as mammoth weather system moves across Australia and temperatures plunge - as city records wettest day of the year
Rain bomb alert as mammoth weather system moves across Australia and temperatures plunge - as city records wettest day of the year

Daily Mail​

timea day ago

  • Daily Mail​

Rain bomb alert as mammoth weather system moves across Australia and temperatures plunge - as city records wettest day of the year

Rain and cold temperatures are expected for large parts of the country as an extensive wet weather system stretches from the west to the east coast of Australia. Wet weather lashed most of the country in the past week, with every state and territory recording widespread rain - the most so far for the year for many locations. A severe low-pressure system along with a cold front and significant trough developed across south-west Western Australia on Sunday. Perth experienced its wettest day of the year after it was hit with damaging winds, heavy rain, hail, and thunderstorms. The wet weather system is forecast to crawl eastwards on Monday, with Bureau of Meteorology forecaster Angus Hines warning it will bring inclement conditions. 'This front moves through the southern half of Western Australia and into South Australia on Monday with showers and plenty of hail,' he said. 'Showers will ease across the south-east, with a further 2-10mm. Patchy falls across much of South Australia, NSW and southern Queensland on Tuesday, with a chance of rain in Victoria and Tasmania.' Mr Hines explained the weather system would also bring with it colder air and snow for the mountains in NSW and Victoria. He added cold winds and patchy showers would continue, with light wet weather for most places south of a line stretching across the nation from Perth to Port Macquarie. A dry day is forecast for Thursday, but showers and cool winds are expected on Friday for the country's south-east. 'Some heavier falls or thunderstorms are possible, but we'll have to get closer to the time to confirm the details,' Mr Hines said. 'A rainband could form over north-east Queensland, and yet another rain-bringing front is just dusting its shoes by the door of the west coast heading into next weekend.' Weatherzone meteorologist Yoska Hernandez added a colossal low-pressure system, spanning nearly half the size of the country, would also bring chilly temperatures to southern and eastern parts of Australia this week. As the massive low drifts east, temperatures in Melbourne and Adelaide are expected to struggle to reach the mid-teens. Canberra may barely pass a maximum of 10C each day, with the mercury dropping to a frosty minimum of 0C on Thursday. Sydney's minimum temperatures will remain below 10C for the week, and reach chilly maximums in the mid-teens as well. The mercury is forecast to dip to a minimum of 3C in Hobart, with the days reaching a maximum temperature of between 11C and 13C. Sydney Monday: Partly cloudy. Winds up to 30km/h. Max 18C. Tuesday: Medium chance of showers. Winds up to 20km/h. Min 9C. Max 18C. Wednesday: Showers. Up to 10mm of rain. Winds up to 20km/h. Min 9C. Max 15C. Thursday: Showers. Up to 9mm of rain. Winds up to 30km/h. Min 9C. Max 16C. Canberra Monday: Showers. Winds up to 35km/h. Max 11C. Tuesday: Medium chance of showers. Winds up to 25km/h. Min 3C. Max 12C. Wednesday: Shower or two. Up to 5mm of rain. Winds up to 20km/h. Min 1C. Max 11C. Thursday: Slight chance of a shower. Up to 9mm of rain. Winds up to 25km/h. Min 0C. Max 12C. Melbourne Monday: Showers. Winds up to 30km/h. Max 15C. Tuesday: Shower or two. Min 6C. Max 13C. Wednesday: Shower or two. Winds up to 20km/h. Min 6C. Max 13C. Thursday: Medium chance of showers. Winds up to 20km/h. Min 4C. Max 13C. Adelaide Monday: Shower or two. Winds up to 20km/h. Max 14C. Tuesday: Shower or two. Winds up to 20km/h. Min 8C. Max 13C. Wednesday: Shower or two. Winds up to 20km/h. Min 6C. Max 14C. Thursday: Shower or two. Winds up to 20km/h. Min 6C. Max 14C. Brisbane Monday: Sunny. Winds up to 35km/h. Max 21C. Tuesday: Mostly sunny. Slight chance of shower at night. Min 8C. Max 21C. Wednesday: Shower or two. Winds up to 25km/h. Min 12C. Max 23C. Thursday: Partly cloudy. Winds up to 20km/h. Min 11C. Max 20C. Perth Monday: Showers. Up to 7mm of rain. Winds up to 30km/h. Max 14C. Tuesday: Slight chance of a shower. Winds up to 25km/h. Min 4C. Max 16C. Wednesday: Partly cloudy. Winds up to 20km/h. Min 4C. Max 18C. Darwin Tuesday: Partly cloudy. Slight chance of a shower in the evening. Min 21C. Max 31C. Wednesday: Partly cloudy. Slight chance of a shower. Min 21C. Max 31C.

Sharknado? The next generation of hurricane forecasters could be sharks
Sharknado? The next generation of hurricane forecasters could be sharks

The Independent

time4 days ago

  • The Independent

Sharknado? The next generation of hurricane forecasters could be sharks

Researchers are deploying an unlikely ally in the effort to improve hurricane forecasting. Three sharks fitted with sensors are swimming in warm Atlantic Ocean waters to collect critical hurricane data, a contrast to the National Oceanic and Atmospheric Administration's usual flying Hurricane Hunters in the skies. 'The ocean is so huge, so enormous, that it's just inaccessible to anything, for the most part,' Aaron Carlisle, a University of Delaware marine ecologist leading the effort, told The Washington Post. 'But by instrumenting the animals that live out there,' he said, 'you can basically turn them into these ocean sensors that are constantly collecting data.' The sharks are collecting information on water conductivity and temperature. Record sea surface temperatures have fueled particularly large and strong hurricanes in recent years. The temperatures are the result of a warming planet and human-caused climate change. It's unclear whether the sharks will ever get close to the cyclones. But, by monitoring the temperature, the scientists can better understand what the U.S. is in for each hurricane season, including where the hurricanes will go and if they're supercharged. Sharks, a keystone species and an apex predator, have a unique access to data that has been hard to get. Weather satellites are unable to see past the ocean's surface and the robotic gliders that scientists send to the continental shelf are effective but slow and expensive to maintain. The tags on the sharks have the ability to collect that data more efficiently. Two mako sharks are tagged to measure temperature, depth, and conductivity. A white shark has a satellite tag to help evaluate if the species could be a good candidate for similar tagging in the future. They may also test hammerheads and whale sharks. 'Sharks are faster than [robotic] gliders. They can stay out for longer periods of time,' Caroline Wiernicki, a shark ecologist and Ph.D student working with Carlisle, told The Post. 'So the hope is that we can have these sharks go out and work in concert' with existing monitors, she said. The research is being led by Carlisle and fellow University of Delaware professor Matt Oliver. They are working with the NOAA's Mid-Atlantic Regional Association Coastal Ocean Observing System – the regional arm of the agency's Integrated Ocean Observing System program. In the future, the plan is to tag dozens of sharks a year and feed that data into hurricane computer models. So far, Carlisle told The Post that one of the two sharks has relayed temperature data back to them, but the other has been swimming in water too shallow for the sensor to turn on. The researchers said that they chose the makos because they often return to the surface, allowing the tags to send the data to satellites for the scientists to retrieve. Able to reach swimming speeds of over 40 miles per hour, shortfin makos are the fastest sharks in the ocean. Following a review, NOAA said in 2022 that it would not list them as a threatened or endangered species. They are listed as endangered by the International Union for Conservation of Nature. Right now, one in three species of sharks and rays are threatened with extinction. Overfishing has driven global shark and ray numbers down by more than 70 percent since the 1970s, according to the International Fund for Animal Welfare. The charity notes that humans kill around 190 sharks per minute and 100 million sharks each year in commercial fisheries. The researchers explained to USA Today that they did not expect the sensors to have much harmful impact on their test subjects and that they undergo a thorough permitting and review process. 'We do everything we can to minimize the impact of puncturing the animals' fins,' Carlisle told The Post. 'We all love the animals, so we don't want to hurt them.'

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