Tag Archives: storms

Wisconsin’s catastrophic flooding is a glimpse of the Midwest’s drenched future

An entire summer’s worth of rain has fallen across a broad swath of the Midwest in recent days. The resulting record floods have wrecked homes and altered the paths of rivers, in one case destroying a waterfall in Minnesota. The worst-affected region, southwest Wisconsin, has received more than 20 inches of rain in 15 days– more than it usually gets in six months.

Governor Scott Walker of Wisconsin declared a statewide emergency last week, mobilizing the Wisconsin National Guard to assist flood victims if necessary. The Kickapoo River in southwest Wisconsin rose to record levels — as high as six feet above the previous high water mark — producing damage that local emergency management officials described as “breathtaking.”

In the tiny Wisconsin town of Gays Mills, this is the third catastrophic flood in 10 years. After floods a decade ago, about a quarter of the residents left, and the town was partially rebuilt on higher ground. But this time around is even worse — with almost every home in the town damaged.

Is there a connection to climate change? Well, a warmer atmosphere can hold more water vapor, and the region’s main moisture source — the Gulf of Mexico — has reached record-warm levels in recent years, helping to spur an increase in precipitation intensity. Since the 1950s, the amount of rain falling in the heaviest storms has increased by 37 percent in the Midwest.

But there’s more to it than that. Decades of development have also paved over land that used to soak up rainwater. Earlier this year, Wisconsin took controversial steps to loosen restrictions on lakeside development.

Madison, home to the state’s flagship university, has seen the brunt of the flooding so far. The University of Wisconsin-Madison’s center that specializes in studying lakes is itself flooded. “This is what climate change looks like,” Adam Hinterthuer, the center’s spokesperson, wrote in a blog post. On Twitter, the center posted maps of recent floods alongside projections for the worst expected floods later this century. They matched remarkably well.

For Eric Booth, a climate scientist at the university, the whole thing is almost too much to comprehend. His research project on small stream water temperatures was washed away by the flooding. “The scale of what is happening is absolutely unbelievable to witness,” Booth wrote in an email. Booth’s own calculations showed that rainfall over the past 30 days is an approximately 1-in-1,000 year occurrence, assuming a stable climate. (That, obviously, isn’t a good assumption anymore.)

Flooding in the Madison area has boosted lake levels to all-time highs, reigniting a more than 150-year dispute between boaters (who like lake levels high to avoid damage to their boats), conservationists (who want to avoid damage to sensitive shoreline ecosystems and wetlands), and property owners downstream (whose land gets flooded when water is released too quickly). That conflict has creeped into Madison’s mayoral election, where candidates have called for a new lake management plan in the face of more frequent extreme storms.

By late this century, on a business-as-usual path, those storms could nearly double in frequency, according to University of Wisconsin research. As an editorial earlier this summer in the Des Moines Register said, “Climate change never feels more real than when you’re dragging wet carpet from a flooded basement.”

Originally from – 

Wisconsin’s catastrophic flooding is a glimpse of the Midwest’s drenched future

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From wildfires to floods, climate change keeps coming for Montecito, California

This story was originally published by Wired and is reproduced here as part of the Climate Desk collaboration.

Montecito came back to life on Friday. The 9,000-person town to the east of Santa Barbara had been empty since Tuesday, when mandatory evacuations forced residents out of their homes for the fifth time in four months.

This week, it was a channel of tropical moisture called the Pineapple Express, dumping bands of intense rain and triggering flash floods throughout Southern California. In January, it was a once-in-a-200-year storm that dropped half an inch of water in five minutes, unleashing massive mudslides that ripped houses from their foundations and killed 27. In December, it was the deadly Thomas Fire that incinerated 280,000 acres — the largest wildfire in California history.

To some, Montecito might just seem like a town hit by a string of superlatively bad luck. But to people crunching the numbers it looks less like an outlier and more like an inevitability of climate change. If you want to see what California looks like in the future, you don’t need a crystal ball. You just need to hop on the 101 and drive until you hit Montecito.

Of course, you’ll have to wait until the weather clears up. For the last few days, a plume of tropical moisture carrying as much water as the Mississippi River has been wringing out between 4 and 9 inches of water along the coast and in the foothills. According to Daniel Swain, a climate scientist at the University of California Los Angeles, that’s nothing unusual. In fact, it’s what he would call a “textbook” atmospheric river. So why all the fuss? “It’s not the strongest atmospheric river we seen in a long time,” says Swain. “But it’s aimed directly at these burn scar regions which are incredibly vulnerable to flooding and debris flows.”

He’s not exaggerating. If you look at a satellite image of the plume, it’s pointing straight at the 280,000-acre bullseye left behind by the Thomas Fire. That’s bad because fires destabilize the landscape. Without vegetation to hold back the soil, even a little bit of rain on the hills can have huge consequences. A lot of rain can turn things deadly, like it did in January. Slabs of boulders, rocks, downed trees, even wrecked cars careened down the slopes, carried by waist-high mudflows. More than 100 homes were destroyed. Power was out for days.

When the new round of evacuation orders came, the town was still recovering. On Thursday, Montecito sent an excavator out to clear areas where debris was still piled up from the last flow, to prevent creeks and other outflows from sending it further downstream. With the National Weather Service predicting this storm to be even worse, local officials went door to door to make sure people got out and stayed out until the flash flood and mudslide risks subsided. But the question evacuees were asking each other Thursday night wasn’t “when can I go home?” But, “how many more times is this going to happen?”

Obviously no one can know for sure. But the science suggests that every aspect of California’s drought-to-deluge cycle is intensifying in the face of climate change. Even the Pineapple Express.

“In a future world you do see an expansion of this subtropical jet, which drives these southern atmospheric rivers, based on the models we’re using” says Christine Shields, a climate scientist at the National Center for Atmospheric Sciences. “What that has meant in the projections is that these events become longer lived, carry more precipitation, and have a stronger impact.”

That’s because as the atmosphere warms up, it’s able to hold more and more water, known in weather-nerd circles as the Clausius-Clapeyron relationship. This doesn’t affect the total amount of rainfall, necessarily. That’s more a function of how long the storm sticks around, which can be affected by surface wind and other pressure dynamics. But more water in the atmosphere does mean more intense precipitation — higher rainfall rates. And that’s the one that matters in California. “In these areas decimated by wildfires you may only get 2 inches of rain, but those 2 inches fall in half an hour,” says Shields. “That could be devastating.”

Understanding climate change’s impacts on precipitation intensity is an area of active research, including by Swain’s group at UCLA. He couldn’t speak to their latest findings because they’ve already been accepted for upcoming publication. But he did note that as climate change deals out more extreme weather events, scientists have a stronger financial case for running the kind of computationally expensive models groups like his use to translate global scale dynamics into regional predictions. “The present event is a really good example of why details matter,” he says. “We got the strength right but if the position is off by even 100 miles, that’s a huge difference for who gets impacted.”

This time it might have been the people of Montecito, and this time the storm might have passed without turning the hillsides into a deathtrap. But that’s the thing about California; there’s always another drought and another fire and another flood around the corner. Which means in the Golden State, it’s always evacuation season.

Source – 

From wildfires to floods, climate change keeps coming for Montecito, California

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Hundreds of mayors stand up to Scott Pruitt over climate change.

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Hundreds of mayors stand up to Scott Pruitt over climate change.

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Ready or not, winter ‘bomb cyclone’ heads for East Coast

This story was originally published by Mother Jones and is reproduced here as part of the Climate Desk collaboration.

Much of the eastern United States has been assaulted by brutally cold temperatures over the last week. New Year’s Eve revelers in New York City rang in 2018 in 9 degree weather — the coldest midnight temperature since 1907.

And the worst is yet to come.

On Tuesday, the Washington Post reported that a “bomb cyclone” is expected to batter the East Coast later this week. A weather system only earns that name by dropping in pressure rapidly — at least 24 millibars over 24 hours — in a process called bombogenesis. Winds could kick up to 55 mph just off the coast of New England, a prospect that has prompted local weather stations to warn of hurricane-force winds.

In Boston, which is no stranger to cold weather and has suffered through brutally low temperatures this past week, the National Weather Service forecasts near-blizzard conditions, with just a quarter-mile of visibility.

But the snow won’t be limited to northern states. As far south as Georgia and Florida, forecasters are calling for potentially dangerous winter weather, with several inches of snow in some areas.

In late 2016, Mother Jones reported that climate change may be contributing to such weather events.

The theory — advanced by Rutgers professor Jennifer Francis and other scientists — is that the rapidly warming Arctic is affecting the jet stream in ways that can contribute to bone-chilling weather in other parts of the Northern Hemisphere:

To understand how it works, it first helps to think of the jet stream as a river of air that flows from west to east in the Northern Hemisphere, bringing with it much of our weather. Its motion — sometimes in a relatively straight path, sometimes in a more loopy one — is driven by a difference in temperatures between the equator and the North Pole. Southern temperatures are of course warmer, and because warm air takes up more space than cold air, this leads to taller columns of air in the atmosphere. “If you were sitting on top of a layer of atmosphere and you were in DC, looking northward, it would be like looking down a hill, because it’s warmer where you are,” explains Francis. The jet stream then flows “downhill,” so to speak, in a northward direction. But it’s also bent by the rotation of the Earth, leading to its continual wavy, eastward motion. As the Arctic rapidly heats up, however, there’s less of a temperature difference between the equator and the poles, and the downhill slope in the atmosphere is accordingly less steep.

That shrinking temperature difference is what wreaks havoc on the jet stream. “When the jet stream gets weaker, it meanders more,” explained Francis in an interview this week. “It wanders north and south and when it gets into one of these wandering and wavy patterns, that’s when we see these pools of cold air pulled southward.” Those pools of cold air are what vast parts of the country are experiencing right now.

The bomb cyclone is expected to leave bone-chilling cold in its wake — even colder than the last few weeks. Temperatures will likely drop 20 to 40 degrees below normal, the Washington Post reports. That means sub-zero in nearly all of New England — and lows reaching down into the 20s, if you can believe it, in Florida.

Seasoned experts over at the National Weather Service have tips for avoiding hypothermia. President Donald Trump simply suggests we “bundle up.”

Link:  

Ready or not, winter ‘bomb cyclone’ heads for East Coast

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The weather is throwing thunderstorm tantrums

Jerkstorm alert

The weather is throwing thunderstorm tantrums

By on Jun 21, 2016 5:05 amShare

Good news for thunderstorms that get a kick out of ganging up, flooding a few billion dollars worth of real estate, and tearing roofs off buildings: the climate is working in your favor.

Hoo boy, is it ever. Burning wood, coal, and oil generate fine aerosol particles that create perfect conditions for thunderstorm ragers, according to a new study published in the Proceedings of the National Academy of Sciences. Aerosol particles do this by delaying rainfall from anything from a few hours to a full day, causing clouds to grow bigger and bigger until the resulting storm is a puffed-up, roided-out monster.

Scientists have suspected the connection between aerosols and crazy weather for a while. Aerosol particles from Chinese factories, for example, have been implicated in the frat party storms of the Pacific Northwest. What makes this study different is its scale. The research team looked at satellite data from 2,430 different cloud systems gathered from geostationary satellites that track the same spot on the Earth’s surface all day, instead of just flying over the planet a couple of times the way other weather satellites do.

Think of these thunderstorms as tantrums that the weather is going to throw with more and more intensity until we get the hang of making energy without throwing fine particulate matter into the atmosphere. Even then storms won’t go away entirely, but at least they’ll be tearing up the town a lot less often.

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The weather is throwing thunderstorm tantrums

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Storms of My Grandchildren

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A Smarter Way to Rebuild After Hurricanes

Karen H.

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A Smarter Way to Rebuild After Hurricanes

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