America Sizzles (why you don’t even want to think about leaving kids/pets in a vehicle)
“…As of 2003, 153 million Americans lived in coastal counties — an increase of 33 million since 1980— and 3.7 million lived within a few feet of high tide. The cost of the storms and the damage and destruction that follows will grow, unless we can create a much more resilient society…” – from a Time Magazine online article; details below.
“…Munich RE, the world’s largest reinsurer, found that weather-related loss events in North America have quintupled in the last three decades, growing faster than anyplace in the world..” – from a Huffington Post story; details below.
Doldrums of Summer. The 84 hour NAM model, courtesy of NOAA, shows heavy T-storms drifting from east to west across Texas into New Mexico and Arizona, helping to temporarily lower the wildfire risk. North of a sprawling heat ridge of high pressure a southbound cool front brings relief to the far northern tier states, setting the stage for a thundery tug-of-war from Saturday night into much of next week.
How Fast Can The Sun Heat A Car? Here is why you can’t leave kids (or pets) in a vehicle for even a blink of an eye. Details from NOAA: “…The sun’s shortwave radiation (yellow in figure below) heats objects that it strikes. For example, a dark dashboard or seat can easily reach temperatures in the range of 180 to over 200°F. These objects (e.g., dashboard, steering wheel, child seat) heat the adjacent air by conduction and convection and also give off longwave radiation (red in figure below) which is very efficient at warming the air trapped inside a vehicle. Shown (above) are time lapse photos of thermometer readings in a car over a period of less than an hour. As the animation shows, in just over 2 minutes the car went from a safe temperature to an unsafe temperature of 94.3°F. This demonstration shows just how quickly a vehicle can become a death trap for a child…”
1 Meteorologist, 1 Car 1 Super Hot Day – See What Happens. WeatherBug is one of our partners, and meteorologist Jacob Wycoff conducted an experiment to see how fast his car would heat up. I’m continually amazed by the number of people who believe it’s OK to leave kids or pets in a car for a few minutes while they run errands. Bad idea. Every year too many children succumb to the heat, strapped in car seats, their parents oblivious to the risk they’re in. Check out this must-see video clip from WeatherBug: “On average, 38 children die in hot cars each year from heat-related deaths after being trapped inside motor vehicles. Even the best of parents or caregivers can unknowingly leave a sleeping baby in a car; and the end result can be injury or even death. Not only are children often left in vehicles, but so are pets and the elderly!…”
27 Year Anniversary Of The July 18, 1986 Brooklyn Park Tornado. I still get goosebumps when I see this video, the 5 PM newscast on July 18, 1986, when a nearly stationary (white) tornado formed over the Springbrook Nature Center in Brooklyn Park. There were no watches or warnings in effect, but just enough instability to spin up an F-2 tornado. It’s still a minor miracle that nobody was injured or killed during this event, covered live by KARE-11 and Sky 11, the station’s chopper that flew around the tornado vortex, sending back incredible imagery that had the state and much of the nation spellbound. You can watch the entire newscast at TC Media Now. For the record, this is their description, not mine: “The weather event that made KARE and Paul Douglas world famous (and respected). While shooting overhead footage of the Minneapolis Aquatennial on a hot, muggy day on July 18, 1986, New11 pilot Max Messmer and photographer Tom Empy discovered and shot live video of a tornado moving through Brooklyn Park. Paul Magers, Kirstin Lindquist and Paul Douglas provided live coverage during some of the most vivid pictures of a tornado ever shot and broadcast live.”
90-Degree Days In The Twin Cities. On average MSP picks up about 14 days at or above 90 during a typical summer. Last year: 31, the record is 44 days back in 1988. Source: Twin Cities National Weather Service.
Keeping Your Cool – Retrograding Weather Systems – Why High Dew Points Increase Heat Risk. That’s a lot to jam into a 2:30 YouTube segment, but I’m going to give it a try. Here’s more on today’s installment of Climate Matters: “Just like we read left to right, most weather systems move left to right (West to East). Right now however, the weather pattern is out of whack, moving East to West, creating a monster tropical heatwave for a big chunk of the U.S. WeatherNation Chief Meteorologist Paul Douglas has more on the rare retrograde weather pattern and why it’s important to take the heat seriously, but not lose your sense of humor.”
Why Do We Sweat More In High Humidity? When there’s a lot of water already in the air (days with a dew point above 70F) your body has a much tougher time cooling itself naturally, by evaporating sweat off your skin. You’re more likely to overheat, with unpleasant and even dangerous implications. Here’s an excerpt of a good explanation of what happens from MIT’s School of Engineering: “When it’s humid, I’m drenched,” says Patricia Christie, a lecturer in MIT’s Experimental Studies Group who teaches The Chemistry of Sports. Some research studies do suggest that the human body sweats more as humidity increases, while others suggest that sweat eventually decreases. But what’s really sopping Christie is that the sweat’s just not evaporating as fast. Normally, the body cools itself by opening pores on the skin and releasing water and salts. As the water evaporates, it transfers the body’s heat to the air. Because water has a high latent heat, which is the heat required to change liquid water to vapor, this process usually carries away enough heat to do a good job of cooling the body.”It’s a fabulous system,” says Christie. But the rate at which water—or in this case, sweat—evaporates depends on how much water is already in the air. On dry days, sweat evaporates quickly, which means it also carries away heat faster. On humid days, when the air is already saturated with water, sweat evaporates more slowly…”
A Low-Tech Mosquito Deterrent. Forget chemicals, candles, even Skin So Soft – a simple fan may work wonders. Here’s a clip from a story at The New York Times (subscription may be required for full text) that caught my eye: “…But our friends had come up with a solution that saved us from having to deal with bug repellents or, worse, bites and itches. On a low table, they set up a small electric fan, perhaps 12 inches high, that swept back and forth, sending a gentle breeze across the grassy area where people were sitting. That was it. No citronella candles, no bug zappers, no DEET, nothing expensive or high-tech. Yet amazingly, it worked. As far as I could tell, no mosquitoes flew into the vicinity of the simulated wind; nobody was bitten…” (Photo credit here).
Why Do Mosquitoes Bite Some People More Than Others. Because, face it, some of us aren’t very sweet, right? Wrong answer. If you’re pregnant, have Type O blood, love to exercise, wear bright colors or just want to enjoy a beer in the great out of doors, you may be out of luck. Here’s a clip from an article at Smithsonian.com that delves into this question: “You come in from a summer hike covered with itchy red mosquito bites, only to have your friends innocently proclaim that they don’t have any. Or you wake up from a night of camping to find your ankles and wrists aflame with bites, while your tentmates are unscathed. You’re not alone. An estimated 20 percent of people, it turns out, are especially delicious for mosquitoes, and get bit more often on a consistent basis. And while scientists don’t yet have a cure for the ailment, other than preventing bites with insect repellent (which, we’ve recently discovered, some mosquitoes can become immune to over time), they do have a number of ideas regarding why some of us are more prone to bites than others…”
Photo credit above: “Blood type, metabolism, exercise, shirt color and even drinking beer can make individuals especially delicious to mosquitoes.” Photo by Flickr user Johan J. Ingles-Le Nobel.
Will The U.S. Embrace Earthquake Early Warning Systems? It may only be a few seconds, but that could be just enough time to save countless lives when The Big One strikes. Details in this excerpt from a story at Emergency Management: “In the minutes before a deadly tornado struck Moore, Okla., earlier this year, sirens wailed, warning of the imminent threat. That advance notice that gave residents extra time to take cover, and may have been the difference between life and death. But early warning technology isn’t restricted to tornadoes. California researchers are developing a similar system for earthquakes. While the technology makes sense to deploy in seismically active regions in the West, experts believe the system could be an even more important priority for the eastern states. Unlike the West Coast — which has many fault lines that break up the Earth’s crust and stunt how the quake’s energy is transmitted — the East Coast is made up of harder, less active and colder ground, which enables energy waves released by earthquakes to travel further...” (Photo credit: Shutterstock).
“Brown Ocean” Can Fuel Inland Tropical Cyclones. It’s been meteorological gospel: tropical systems weaken as they move inland, starved for moisture that only the oceans (or Gulf of Mexico) can provide. Right? Wrong. Scientists have discovered a new type of tropical storm capable of strengthening for a time over land. I had no idea. Here’s an excerpt from NASA: “In the summer of 2007, Tropical Storm Erin stumped meteorologists. Most tropical cyclones dissipate after making landfall, weakened by everything from friction and wind shear to loss of the ocean as a source of heat energy. Not Erin. The storm intensified as it tracked through Texas. It formed an eye over Oklahoma. As it spun over the southern plains, Erin grew stronger than it ever had been over the ocean. Erin is an example of a newly defined type of inland tropical cyclone that maintains or increases strength after landfall, according to NASA-funded research by Theresa Andersen and J. Marshall Shepherd of the University of Georgia in Athens. Before making landfall, tropical storms gather power from the warm waters of the ocean. Storms in the newly defined category derive their energy instead from the evaporation of abundant soil moisture – a phenomenon that Andersen and Shepherd call the “brown ocean.” “The land essentially mimics the moisture-rich environment of the ocean, where the storm originated,” Andersen said…”(Radar loop above: Weather Underground).
McCain, Flake Introduce Bill To Reduce Wildfire Risk. Azcentral.com has the story; here’s the intro: “U.S. Sens. John McCain and Jeff Flake of Arizona introduced a bill on Tuesday that would give federal agencies greater incentive to contract with companies to harvest trees and other vegetation that fuels wildfires. The Republican senators’ legislation comes in the wake of the deadly Yarnell Hill Fire, which killed 19 firefighters from the Granite Mountain Hotshots and destroyed more than 100 homes and buildings. That fire burned primarily on state and private land but was fueled in part by overgrown vegetation. The bill would grant the U.S. Forest Service and the Bureau of Land Management flexibility when holding funds in reserve to cover the cost of canceled contracts with timber companies and other businesses…” (Photo credit: Grand Junction, CO office of the National Weather Service).
Surviving The Inevitable Summer Power Outage. Here’s an excerpt of a story at Popular Mechanics with some interesting details and data nuggets: “Summer is blackout season – when heat waves bring on extra air-conditioning use, and extra air-conditioning use taxes the power grid and leads to rolling blackouts. And while the power grid in the U.S. is relatively stable—99.9 percent stable if you factor out weather-related outages, according to the Electric Power Research Institute—power outages are a year-round fact of life. A growing population, along with more homes that cover more area, has meant that hurricanes, wildfires, and other disasters impact more people and have led to a staggering increase in power outages. According to Dr. Massoud Amin, a professor of electrical and computer engineering at the University of Minnesota, 500,000 people per day in the U.S. lose power for at least two hours. Between 2005 and 2010 there were 272 power outages that each affected more than 50,000 people. In 2011 alone there were 136 weather-related power outages that snuffed out 178 million meters. The economic toll is equally intense, costing between $80 billion and $188 billion annually…”
Air Pollution Causes Millions Of Deaths Each Year. Why Do We Let It Happen? EmaxHealth has the story; here’s the introduction: “Air pollution that is implicated for a number of health issues including cardiovascular disease, stroke and respiratory ailments is found in a new study to kill more than 2 million people annually. The question is why do we let it happen? The finding, published in the Journal of Environmental Health, highlights the need for community and individual actions to protect human health that we should all take seriously. Smog that comes from the ozone layer contributes to premature death from inhalation of fine particulate matter resulting in inflammation – the root cause of disease…”
Here’s All The Evidence That Apple Is Making An Actual TV – And The Remote Will Likely Be Your Hand. Quartz has the story; here’s the intro: “Apple today tipped its hand on a number of likely features for its long-awaited television product. The new details suggest that Apple is actually working on an all-in-one television set, in addition to new features for its existing Apple TV set-top box. They also suggest that Apple will justify selling such a device by creating an integrated user experience not seen in other televisions.
Acquisition of gesture-based control company PrimeSense
The first reveal came from Apple reportedly offering $280 million for the Israeli company PrimeSense, which created the motion sensing technology first used in Microsoft’s Kinect sensor. PrimeSense’s technology, which “sees” everything in front of its sensor in three dimensions, can be used for everything from 3D scanning the insides of buildings to giving sight to industrial robots. But that’s not why Apple wants PrimeSense…”
Photo credit above: “Televisions won’t seem so commodified once Apple marks them up by 30%.” AP/Fang Yingzhong
What State Is At The Highest Risk For A Real “Sharknado”? Wait, you didn’t catch this movie on the SyFy Channel last week? I’ve seen a lot of things in my 40 year weather career, but a tornado brimming with sharks isn’t one of them. Not yet. Will climate change bring Sharknadoes to Florida in the years to come? We can only hope. Here’s a “story” from Film School Rejects that made me laugh.
And You Thought Your Beach Was Crowded. The U.K. is baking under intense heat as well; details from The Atlantic: “Crowds fill the beach near Brighton Pier during the hot, sunny weather in Brighton Southern England, on July 7, 2013.” (Reuters/Luke MacGregor).
Paypal Randomly Credits Man With $92,000,000,000,000,000. That’s 92 quadrillion dollars. Not a bad way to start the day. Gizmodo has the details; here’s the intro: “PayPal just made 56-year-old Chris Reynolds a quadrillionaire. Yes, a quadrillionaire. For a little while, anyway. When Reynolds opened his monthly email account update on Friday, he was pleasantly surprised with a balance of $92,233,720,368,547,800—922,337,203,685,478 times more than the $100 or so worth of transactions he usually does per month on PayPal. And very obviously some sort of mistake…”
Why Don’t Farmers Believe In Climate Change? Many farmers do acknowledge the science, at least the ones I’ve talked to in southern Minnesota. A natural cycle? We’ll see, but many of these farmers are seeing the effects of heavier summer rains and crazier extremes (“weather whiplash”) in their fields. They may not believe climate scientists, but they tend to believe their own eyes. Here’s an excerpt from Slate.com: “…When Iowa State University sociologists polled nearly 5,000 Corn Belt farmers on climate change, 66 percent believed climate change is occurring, but only 41 percent believed humans bore any part of the blame for global warming. It’s not just the Corn Belt: Farmers across the country remain skeptical about climate change. When asked about it, they tell me about Mount Pinatubo and weird weather in the 1980s, when many of today’s most established farmers were getting their starts. But mostly I hear about cycles in the weather, like the El Niño–La Niña cycle that drives big changes in North American weather. Maybe it’s because farmers are uniquely exposed to bad weather, whether too hot or too cold. Almost any type of weather hurts some crop; the cereals want more rain, but the sweet potatoes like it hot and dry…”
The Costs Of Climate Change And Extreme Weather Are Passing The High Water Mark. Time Magazine online has the story – here’s a clip: “Hurricane Sandy cost the U.S. some $70 billion in direct damages and lost economic output. This is, obviously, a lot of money — Sandy was the second most expensive hurricane in U.S. history after a small tropical storm called Katrina. Much of that cost was borne by the government — local, state and federal — and some of it was absorbed by those of us who lived in the storm’s path. But about $20 billion to $25 billion of the damage from the storm was eventually covered by the insurance industry. Much of that bill in turn was covered by the big reinsurers, the companies that take on insurance policies from primary insurance companies looking to spread out their risk. And if you were an insurance company affected by Sandy, you better hope you had a reinsurer behind you…”
Addressing Climate Change Grows Our Economy, Creates Jobs. I couldn’t agree more. Whatever jobs are lost in carbon-intensive energies will more than be replaced by non-carbon, non-polluting ways to keep the lights on, tapping something America does better than any country on the planet: innovation. Here’s a clip from Huffington Post: “…Over the last four years, we’ve doubled the electricity we get from wind and solar. We’ve seen dramatic increases — and dramatic savings — from efficiency in our automobiles, buildings and appliances. Along the way, we’ve created more than 3.4 million jobs in renewable energy, energy efficiency and related fields, and injected billions of dollars into our economy in clean energy investments and energy efficiency savings. These jobs are being created in every corner of our country. My organization, Environmental Entrepreneurs (E2), tracked more than 300 clean energy and clean transportation job announcements nationwide last year that are expected to create more than 110,000 made-in-America jobs — jobs growing next-generation biofuels in places like Iowa; jobs building solar panels in North Carolina and jobs creating next-generation battery technology in Michigan and California…”
Which Makes More Sense? It’s actually 97% of peer-reviewed, published climate scientists, worldwide. Credit here.
Welcome to the WeatherNation blog. Every day I sift through hundreds of stories, maps, graphics and meteorological web sites, trying to capture some of the most interesting weather nuggets, the stories behind the forecast. I’ll link to stories and share some of the web sites I use. I’m still passionate about the weather, have been ever since Tropical Storm Agnes flooded my home in Lancaster, PA in 1972. I’ve started 5 weather-related companies. “EarthWatch” created the world’s first 3-D weather graphics for TV stations – Steven Spielberg used our software in “Jurassic Park” and “Twister”. My last company, “Digital Cyclone”, personalized weather for cell phones. “My-Cast” was launched in 2001 and is still going strong on iPhone, Android and Blackberry. I sold DCI to Garmin in 2007 so I could focus on my latest venture: WeatherNation. I also write a daily weather column for The Star Tribune startribune.