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Welcome, everyone, to the Meteorology Matters

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podcast. Today, we're embarking on a really crucial

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discussion, digging deep into an event that has

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left so many people asking some profound questions.

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And we're here to try and give you the insights

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you need to understand it fully. We are focusing

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on the catastrophic flash flood that struck the

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Texas Hill Country back on July 5th, 2025. This

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wasn't just a severe weather event. It was a

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truly devastating human tragedy. It claimed an

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astonishing number of lives. lives, including,

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very sadly, many children. It just raises these

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critical questions about our forecasting capabilities,

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the communication channels that are supposed

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to keep us safe, and frankly, the state of our

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preparedness. How could something like this,

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this catastrophic unfold, even though warnings

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were issued, were those warnings actually sufficient?

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Or was there some kind of fundamental breakdown

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somewhere else in the chain of public safety?

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To help us navigate these incredibly complex

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and often heartbreaking layers, we have an expert

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with us today, someone who can really connect

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the intricate dots and provide some invaluable

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context for these challenging events. We're going

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to unpack this recent tragedy, hopefully giving

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you a much clearer picture of what really transpired.

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And remember, you can find more in -depth discussions

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just like this one by searching Rob Jones Hurricane

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over on YouTube. You'll also find the Meteorology

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Matters podcast playlist right there. And please

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be sure to follow meteorologist Rob Jones on

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Instagram. That's Meteorologist and also on TikTok

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at TV Meteorologist. The nightmare unfolds in

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the Texas Hill country. Let's start, if we can,

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by just confronting the immediate devastating

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human impact of this truly horrific event. The

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images, the personal accounts coming out of the

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Texas Hill Country are just gut wrenching. We're

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talking about widespread destruction and a profound

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loss of life. As of the recent reports, at least

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37 people are confirmed dead across Texas because

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of these floods. And maybe the most heartbreaking

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part of this toll It includes 14 children. Just

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try to imagine the terror, the desperation. Search

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efforts have been agonizingly slow, really arduous,

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and they're still ongoing for over two dozen

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children reported missing from Camp Mystic. That's

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a well -known Christian summer camp right there

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in Kerr County. The thought of those young lives

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just so abruptly and tragically cut short, it's

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almost unbearable. And the sheer scale of the

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environmental destruction is almost impossible

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to really comprehend. The Guadalupe River in

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Kerrville, you know, typically it's this tranquil

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waterway just meandering through the landscape.

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It transformed into just an unimaginable torrent.

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It rose an astonishing 26 feet. 26 feet. Yeah,

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that's a staggering eight meters. in just 45

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minutes before daybreak on that Friday. Think

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about that for a second. A literal wall of water

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moving with incredible speed and just this almost

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unfathomable ferocity. Unbelievable power. Sweeping

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away everything that stood in its path. It devoured

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homes, vehicles, the very landscape itself, the

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scene left behind in the wake of this deluge.

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It's just a stark, chilling testament to that

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raw power. Homes and vehicles, once firmly rooted,

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they were simply ripped from their foundations,

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carried violently downstream, ending up as just

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mangled debris miles away. Trees, once strong

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and vibrant, found twisted, splintered along

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the flooded riverbanks. In some cases, entire

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structures just reduced a little more than rubble.

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We've seen images, haven't we, of buildings missing

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entire front walls? Yeah, just gutted. Exposing

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their interiors. Or that pickup truck tossed

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onto its side like a toy. Utterly powerless against

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that force. And the personal accounts, the stories

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from those who lived through it or desperately

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searching for loved ones, they're truly agonizing.

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13 -year -old Eleanor Lester, she was a camper

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at Camp Mystic. She described the site as being

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completely destroyed. She vividly recounted the

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chaos, the sound of helicopters landing, carrying

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people away to safety, and the terrifying experience

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of girls, including herself, just holding onto

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a single rope for dear life to cross a whipping

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bridge with the raging water swirling, thrashing

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around their legs. Then there's the harrowing

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story of Erin Burgess, who found herself clinging

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precariously to a tree with her teenage son.

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Just holding on. Watching in horror as her boyfriend

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and their beloved dog were tragically swept away

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by the relentless raging currents. And Barry

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Adelman shared how his family, I mean, encompassing

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generations from his 94 -year -old grandmother

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to his 9 -year -old grandson. The whole family.

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They were forced to seek refuge in the attic

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of their three -story house, water steadily engulfing

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the lower floors, rising with just terrifying

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speed. Unimaginable. The human toll, the emotional,

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the physical trauma. It's truly immense. It will

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resonate for years to come. What's immediately

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striking from those accounts, as heartbreaking

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as they are, is that undeniable element of surprise.

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This catastrophic event, it didn't just happen,

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it unfolded right in the middle of the night.

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Right, while people were sleeping. Exactly. Catching

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countless residents and campers completely off

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guard, many asleep, unaware of the danger. And

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it happened in a region that... tragically, is

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profoundly historically susceptible to these

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kinds of events. The Texas Hill Country, as many

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folks there know all too well, is often and aptly

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called Flash Flood Alley. I've heard that term

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many times. And it's not just a catchy nickname.

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It's a stark geological and hydrological reality

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defines the region. The terrain there is characterized

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by these rugged steep hills and relatively narrow

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river basins and canyons. OK. So that means is

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when you get significant rainfall instead of

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soaking slowly and harmlessly into the ground,

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especially parched ground, the water rushes rapidly

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down those inclines. It funnels and concentrates

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with incredible speed into those constricted

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riverbeds. This natural setup creates the perfect

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conditions for extremely fast -rising, violent

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flood waters, often with very little warning

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for those in their path. The challenges facing

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search and rescue efforts after something like

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this are just immense, bordering on insurmountable

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in some spots. Rescue crews both local and federal

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they're deploying every single tool every resource

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they have helicopters boats high -tech helicopters

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surveying specialized boats navigating really

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treacherous currents Drones giving those invaluable

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aerial views all operating under extremely harsh

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often dangerous conditions, right? We've heard

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reports around 850 people rescued so far, which

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is just a powerful testament to the heroic tireless

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efforts of these teams Absolutely, but the ongoing

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search for victims for those still missing It's

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made exponentially harder by several factors.

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It happened over a major holiday weekend, the

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Fourth of July weekend. Ah, right. Lots of visitors.

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Exactly. Many people traveling, visiting, vacationing.

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It makes it incredibly hard to estimate precisely

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how many individuals might be missing or where

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they might have been. Then you've got the sheer

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volume of debris, the altered landscape, the

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continued high water levels. Yeah. It all impedes

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recovery. Must be incredibly difficult work.

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Governor Greg Abbott has publicly pledged authorities

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will be relentless in their pursuit, vowing to

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find every one of them. And Homeland Security

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Secretary Kristi Noem also promised significant

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federal resources from the current administration

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to aid in these vital efforts. It's an undertaking

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of truly massive scale. And the human toll, both

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lives lost and lives just irrevocably altered,

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it's profound, deeply tragic. So given that scale

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of devastation we've just talked about and that

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undeniable element of surprise for so many people,

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the crucial question that pops up almost immediately

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is this. What did meteorologists know? And importantly,

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when did they know it? This isn't just about

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raw weather data. It's fundamentally about the

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flow of critical information from the science

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side to those who can actually act on it. What

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did the forecast really say in the hours leading

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up to this catastrophe? And here's where the

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story gets some important nuance, I think. Initial

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reports, analysis, they confirmed that both private

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forecasting companies like AccuWeather and the

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National Weather Service did send out warnings.

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Warnings about the potential for flash flooding

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many hours before the devastating torrent really

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hit. Right. That's a key point. It wasn't a complete

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surprise in the meteorological sense. So we're

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not talking about a total absence of warning

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here, which is a critical distinction, right?

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Absolutely. For instance, the National Weather

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Service. Specifically, the San Angelo office,

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they cover Kerr County. They issued a series

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of flash flood warnings in the early hours of

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Friday morning. And then, as the meteorological

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situation clearly escalated, got more intense,

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they followed up with something pretty rare and

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highly significant. Flash flood emergencies.

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That's the highest level of warning. Right. That

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designation isn't used lightly at all. It's a

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particularly strong urgent alert. It signifies

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an imminent, life -threatening situation. A clear,

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unequivocal signal that extreme danger was unfolding

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right then. You've really hit on a vital point

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there about nuance. While the devastation that

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unfolded was, yes, unprecedented in its immediate

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impact and scale, the forecast, in terms of identifying

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the potential for a truly significant event,

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was actually, relatively speaking, quite good.

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Okay, so not a total miss then? Not a total miss,

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no. And that's a crucial takeaway. Forecasters

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had for days identified the risk for what they

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internally called a lower probability but much

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higher impact flood event overnight. Lower probability,

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higher impact. That specific phrasing tells you

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they were aware of a lurking severe threat. Even

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if the odds were uncertain, the potential consequences

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were clear in their minds. Let's really dig into

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the specifics, though. What was predicted versus

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what actually happened? Because the numbers,

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they paint a stark picture, but they also highlight

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the forecasting challenge. Earlier in the week,

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initial NWS forecasts for the Hill Country predicted

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widespread rain totals, maybe four to eight inches.

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OK, four to eight inches. Then a flood watch

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was issued through early Friday morning. It cautioned

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for more general widespread rain, one to two

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inches, but critically, it also highlighted a

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narrow band where three to five inches were possible,

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and it warned that this would likely lead to

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flooding. So potential for three to five inches

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and likely flooding. Right. Now, contrast those

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predictions with the brutal reality. The hardest

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hit area around Kerr County received widespread

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totals of 10 to 15 inches of rain. 10 to 15?

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And in some highly localized spots, that number

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soared, exceeding an astonishing 18 inches. Think

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about this. In some places, four months worth

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of rainfall came down in just four hours. Four

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months in four hours. That's almost impossible

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to imagine. It's an almost unfathomable amount

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of water in such compressed time, and it far

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exceeded even the higher end of those initial

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predictions. So while the exact extreme intensity

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and the precise localized bullseye of this unprecedented

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deluge were incredibly difficult to pinpoint

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with absolute certainty days in advance, and

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that's a common challenge in meteorology, pinpointing

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the exact location of the heaviest rain. Forecasters

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were absolutely absolutely diligently watching

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for specific atmospheric conditions that could

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lead to such catastrophic deluges. They were,

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for example, keenly observing for training storms.

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You mentioned that earlier. Right, like cars

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on a train track. Exactly, where individual thunderstorms

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repeatedly regenerate and pass over the exact

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same area, each dropping a fresh load of rain.

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They were also meticulously tracking a mesoscale

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convective vortex, often just called an MCV.

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MCV, OK. This is a weak, swirling, low -pressure

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system in the atmosphere. maybe 20 or 30 miles

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across, but it can act like a pinwheel circulating

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vast amounts of tropical moisture and effectively

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pumping it into an area. So it concentrates the

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moisture? Precisely. These are the kinds of systems

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that, if they stall over one region, can dump

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immense sustained amounts of rain. Forecasters

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at the San Angelo Weather Service office, for

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instance, they even specifically wrote in their

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internal discussions on Thursday afternoon about

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the potential for torrential rainfall and flash

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flooding if a weak system converged with the

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extremely moist air mass already in place. They

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acknowledged the uncertainty, though, stating,

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and this is a direct quote, still, these features

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are so weak and the interaction so complicated,

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if and where this band develops remains uncertain.

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But despite that uncertainty, the concern for

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a very severe event was undeniably there in their

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internal discussion. Right. They saw the ingredients

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for prison. They did. And as the early morning

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hours of Friday progressed, the picture rapidly

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became much clearer and far more dire. By 4 a

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.m., it was absolutely evident that the rainfall

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was far, far more intense and widespread than

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even the escalated initial projections. This

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critical real -time understanding led to a stark

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and unequivocal Facebook post at 4 .26 a .m.

00:12:43.600 --> 00:12:46.500
from the San Angelo meteorologist, a desperate,

00:12:46.899 --> 00:12:49.080
urgent public warning. What did it say? It said,

00:12:49.120 --> 00:12:52.960
in bold, this is a life situation, six to ten

00:12:52.960 --> 00:12:55.159
inches of rain has fallen and an additional three

00:12:55.159 --> 00:12:57.059
to four inches is expected through daybreak.

00:12:57.179 --> 00:12:59.860
Wow, very direct. Extremely direct. This was

00:12:59.860 --> 00:13:02.299
a clear urgent warning issued as the most dangerous

00:13:02.299 --> 00:13:04.980
phase of the event was actively unfolding. So

00:13:04.980 --> 00:13:07.059
if we analyze the forecasters actions purely

00:13:07.059 --> 00:13:09.220
in terms of their meteorological responsibilities,

00:13:09.539 --> 00:13:11.480
they did precisely what they were supposed to

00:13:11.480 --> 00:13:13.500
do within the limits of scientific prediction.

00:13:13.919 --> 00:13:16.179
They identified the initial risk, diligently

00:13:16.179 --> 00:13:18.779
tracked the system as it developed, and crucially

00:13:18.779 --> 00:13:21.039
escalated their warnings in real time. time as

00:13:21.039 --> 00:13:23.659
the unprecedented magnitude of the rainfall became

00:13:23.659 --> 00:13:27.019
terrifyingly evident. So the forecast, while

00:13:27.019 --> 00:13:29.399
obviously not predicting 18 inches in one spot

00:13:29.399 --> 00:13:31.779
days out. Right, that's incredibly difficult.

00:13:31.840 --> 00:13:34.100
It was relatively good in flagging the danger

00:13:34.100 --> 00:13:37.340
and escalating warnings, especially considering,

00:13:37.460 --> 00:13:40.360
as we'll discuss, the pressures the NWS is under.

00:13:40.580 --> 00:13:43.480
The science of the deluge. Why so much water?

00:13:43.659 --> 00:13:45.759
Okay, that brings us right to the heart of the

00:13:45.759 --> 00:13:48.370
meteorological forces at play here. We've discussed

00:13:48.370 --> 00:13:50.629
the devastating impact, the fact that warnings

00:13:50.629 --> 00:13:53.370
were issued. But to really understand the sheer

00:13:53.370 --> 00:13:55.389
force unleashed that morning, we need to delve

00:13:55.389 --> 00:13:58.539
into the atmosphere itself. What were the extraordinary

00:13:58.539 --> 00:14:00.740
atmospheric ingredients that lined up to create

00:14:00.740 --> 00:14:03.159
this catastrophic downpour? This wasn't just

00:14:03.159 --> 00:14:05.320
a normal thunderstorm, clearly. Oh, absolutely

00:14:05.320 --> 00:14:08.000
not. This was a convergence of multiple powerful

00:14:08.000 --> 00:14:10.720
factors and almost perfect atmospheric alignment

00:14:10.720 --> 00:14:13.080
that created truly extraordinary conditions.

00:14:13.879 --> 00:14:16.220
A set of meteorologists would describe as exceptionally

00:14:16.220 --> 00:14:19.320
rare. First and foremost, the sources of moisture

00:14:19.320 --> 00:14:21.659
fueling this event were just incredibly abundant

00:14:21.659 --> 00:14:24.240
and intensely potent. You had these powerful

00:14:24.240 --> 00:14:27.000
deep plumes of moisture streaming continuously

00:14:27.000 --> 00:14:29.500
northward, directly from the warm waters of the

00:14:29.500 --> 00:14:31.320
Gulf of Mexico. Like an open spigot, really.

00:14:31.440 --> 00:14:33.899
It's pumping it in. Exactly. But there was another

00:14:33.899 --> 00:14:36.700
equally critical element adding to the saturation,

00:14:37.120 --> 00:14:39.659
the lingering remnants of tropical stormberry.

00:14:39.820 --> 00:14:41.720
Berry. That was days earlier, wasn't it? We were

00:14:41.720 --> 00:14:44.700
in Mexico. It was. The system had officially

00:14:44.700 --> 00:14:47.220
dissipated over northeastern Mexico about five

00:14:47.220 --> 00:14:50.179
days prior. But it left behind this intensely

00:14:50.179 --> 00:14:53.620
moist, highly unstable air mass. This residual

00:14:53.620 --> 00:14:56.279
moisture slowly wafted north. northward, right

00:14:56.279 --> 00:14:59.320
into Texas, effectively preloading the atmosphere

00:14:59.320 --> 00:15:02.700
over the region, like a giant invisible sponge

00:15:02.700 --> 00:15:05.220
already saturated to its absolute limit before

00:15:05.220 --> 00:15:07.600
the main event even started. And to compound

00:15:07.600 --> 00:15:10.740
this already precarious situation, sea surface

00:15:10.740 --> 00:15:12.720
temperatures in the Gulf of Mexico had been running

00:15:12.720 --> 00:15:15.039
significantly above average for months leading

00:15:15.039 --> 00:15:17.159
up to this. Warmer water means more evaporation,

00:15:17.340 --> 00:15:19.779
right? Precisely, which translates directly into

00:15:19.779 --> 00:15:22.139
more water vapor being infused into the atmosphere,

00:15:22.460 --> 00:15:24.820
essentially more fuel for any potential storm.

00:15:24.649 --> 00:15:27.470
And as if that wasn't enough, even more moisture

00:15:27.470 --> 00:15:29.570
was pulled in from the Pacific Ocean to the West,

00:15:29.889 --> 00:15:31.669
adding yet another layer to this atmospheric

00:15:31.669 --> 00:15:34.049
cocktail. So moisture from the Gulf, remnants

00:15:34.049 --> 00:15:37.200
of berry. and the Pacific. Yes. All of these

00:15:37.200 --> 00:15:39.960
factors combined to create an atmosphere so primed

00:15:39.960 --> 00:15:42.480
for massive rainfall that it was frankly astonishing.

00:15:43.139 --> 00:15:45.580
Then you had the actual mechanics, the training

00:15:45.580 --> 00:15:48.980
storms and that mesoscale convective vortex MCV

00:15:48.980 --> 00:15:52.240
we mentioned. This weak swirl only about 20 to

00:15:52.240 --> 00:15:54.820
30 miles across. It didn't just circulate tropical

00:15:54.820 --> 00:15:57.000
moisture. It acted like that pinwheel or conveyor

00:15:57.000 --> 00:15:59.259
belt. Instead of moving quickly and allowing

00:15:59.259 --> 00:16:01.799
storms to pass, it stalled almost completely.

00:16:01.820 --> 00:16:04.679
Just sat there. pretty much, causing storms to

00:16:04.679 --> 00:16:07.179
repeatedly regenerate over the exact same area,

00:16:07.879 --> 00:16:10.100
continuously wringing out moisture again and

00:16:10.100 --> 00:16:13.639
again, over and over. As one meteorologist vividly

00:16:13.639 --> 00:16:16.000
put it, it was a weather system without a road

00:16:16.000 --> 00:16:18.200
to get away from the Lone Star State. Why didn't

00:16:18.200 --> 00:16:21.039
it move? Because the crucial upper level winds,

00:16:21.139 --> 00:16:23.440
the powerful steering currents of the jet stream,

00:16:24.120 --> 00:16:26.799
they just weren't present in that area to push

00:16:26.799 --> 00:16:29.159
this moisture laden system away. It was essentially

00:16:29.159 --> 00:16:32.870
stuck in place, relentlessly dumping rain. The

00:16:32.870 --> 00:16:35.309
sheer, almost unimaginable amount of moisture

00:16:35.309 --> 00:16:37.629
contained within that column of atmosphere was

00:16:37.629 --> 00:16:40.590
staggering. Total atmospheric moisture readings

00:16:40.590 --> 00:16:43.850
in this region were recorded in the top 0 .5

00:16:43.850 --> 00:16:46.110
% of historical observations for this time of

00:16:46.110 --> 00:16:48.429
year, the top half percent. Top half percent,

00:16:48.470 --> 00:16:51.110
that's incredible. It is. To try and grasp that

00:16:51.110 --> 00:16:53.990
scale, consider this. If you could condense all

00:16:53.990 --> 00:16:56.330
the water vapor above just a single square inch

00:16:56.330 --> 00:16:59.250
of ground, it would have amounted to 2 .25 inches

00:16:59.250 --> 00:17:01.230
of liquid water. Two and a quarter inches of

00:17:01.230 --> 00:17:03.070
water just held in the air above every square

00:17:03.070 --> 00:17:06.299
inch. Exactly. That is an extraordinary amount

00:17:06.299 --> 00:17:09.119
of potential rainfall, far exceeding what's typical,

00:17:09.799 --> 00:17:12.619
truly priming the atmosphere for a deluge of

00:17:12.619 --> 00:17:15.880
historic proportions. Imagine that massive sponge

00:17:15.880 --> 00:17:19.099
constantly being squeezed out over the same tiny

00:17:19.099 --> 00:17:22.539
spot, then immediately dipped back into an overflowing

00:17:22.539 --> 00:17:25.079
bucket of water, only to be squeezed out again,

00:17:25.460 --> 00:17:27.880
each squeeze delivering more catastrophic rain.

00:17:29.079 --> 00:17:31.599
overlay all of these extraordinary atmospheric

00:17:31.599 --> 00:17:33.980
conditions with the unique local geography of

00:17:33.980 --> 00:17:36.220
the Texas Hill Country. Back to Flash Flood Alley.

00:17:36.420 --> 00:17:38.599
Back to Flash Flood Alley, exactly. Known for

00:17:38.599 --> 00:17:41.440
it for a very serious reason. The rugged hills

00:17:41.440 --> 00:17:43.839
carved by ancient rivers, the narrow winding

00:17:43.839 --> 00:17:46.859
river basins. It means when water falls, it doesn't

00:17:46.859 --> 00:17:49.960
soak in well. It rushes down quickly, accelerating

00:17:49.960 --> 00:17:51.980
and concentrating as it flows into the valleys.

00:17:52.500 --> 00:17:54.539
And to make matters even worse, the area had

00:17:54.539 --> 00:17:56.799
been experiencing significant drought conditions

00:17:56.799 --> 00:17:58.779
in the months prior. So the ground was hard.

00:17:58.890 --> 00:18:02.309
Dry, parched, hard ground acts like concrete,

00:18:02.490 --> 00:18:04.750
as one senior meteorologist described it. It

00:18:04.750 --> 00:18:07.730
has very little capacity to absorb water. So

00:18:07.730 --> 00:18:10.430
virtually all of that immense rainfall immediately

00:18:10.430 --> 00:18:13.390
becomes rapid runoff, dramatically intensifying

00:18:13.390 --> 00:18:15.970
the flood potential. And it's vital, I think,

00:18:16.089 --> 00:18:18.269
to connect this event to the broader context

00:18:18.269 --> 00:18:21.059
of our changing climate. The climate change link.

00:18:21.839 --> 00:18:24.400
Yes. Meteorologists and climate scientists consistently

00:18:24.400 --> 00:18:27.019
explain that a warmer atmosphere, influenced

00:18:27.019 --> 00:18:30.200
by human -caused climate change, can indeed hold

00:18:30.200 --> 00:18:32.880
significantly more moisture, more water vapor.

00:18:32.960 --> 00:18:35.519
This doesn't necessarily mean we'll see more

00:18:35.519 --> 00:18:38.019
rain events everywhere all the time. But when

00:18:38.019 --> 00:18:40.079
they do occur, they have the potential to be

00:18:40.079 --> 00:18:42.519
far more severe, more intense, more concentrated

00:18:42.519 --> 00:18:45.299
in localized areas. They can tap into what Shel

00:18:45.299 --> 00:18:47.980
Winkley of Climate Central aptly turned a historic

00:18:47.980 --> 00:18:50.809
level of moisture. Brett Anderson of AccuWeather

00:18:50.809 --> 00:18:53.029
echoed this, noting a warmer atmosphere holds

00:18:53.029 --> 00:18:55.390
more moisture and we're observing much more total

00:18:55.390 --> 00:18:57.630
atmospheric moisture globally in recent years.

00:18:58.130 --> 00:19:00.210
So more fuel available when these events happen.

00:19:00.650 --> 00:19:03.829
Yeah, exactly. So while this was roughly a once

00:19:03.829 --> 00:19:06.029
in a generation event in terms of its intensity,

00:19:06.289 --> 00:19:08.549
it unfortunately fits a pattern consistent with

00:19:08.549 --> 00:19:11.450
climate change projections. A former chief scientist

00:19:11.450 --> 00:19:14.190
for NOAA, the National Oceanic and Atmospheric

00:19:14.190 --> 00:19:18.529
Administration, Ryan Mao, he calculated Get this.

00:19:19.150 --> 00:19:22.589
An astonishing 120 billion gallons of water.

00:19:22.730 --> 00:19:26.670
Billion. With a B. 120 billion gallons dropped

00:19:26.670 --> 00:19:29.710
on Kerr County alone in just a few hours. That

00:19:29.710 --> 00:19:32.309
number is just staggering. It speaks volumes.

00:19:32.410 --> 00:19:35.140
It really does. The communication chasm. Warnings

00:19:35.140 --> 00:19:37.160
versus preparedness. Okay, so we've established

00:19:37.160 --> 00:19:39.920
the atmosphere was primed almost unprecedentedly

00:19:39.920 --> 00:19:42.799
so and that meteorologists did see the significant

00:19:42.799 --> 00:19:45.839
risk and issued warnings escalating them as needed

00:19:45.839 --> 00:19:48.500
even if the absolute peak rainfall was hard to

00:19:48.500 --> 00:19:50.680
nail down beforehand. But here's where it gets

00:19:50.680 --> 00:19:53.619
really well perplexing and critical. If those

00:19:53.619 --> 00:19:56.000
warnings were sent then why? Why were so many

00:19:56.000 --> 00:19:57.799
people especially those children at the summer

00:19:57.799 --> 00:20:00.279
camps caught so utterly by surprise in the middle

00:20:00.279 --> 00:20:02.730
of the night? This raises incredibly uncomfortable

00:20:02.730 --> 00:20:04.430
questions about preparedness, doesn't it? It

00:20:04.430 --> 00:20:07.269
absolutely does. Why weren't these camps evacuated

00:20:07.269 --> 00:20:10.529
in advance? Especially given the known risk in

00:20:10.529 --> 00:20:13.289
flash flood alley and the warnings about a potentially

00:20:13.289 --> 00:20:15.849
high impact event overnight. Was there just a

00:20:15.849 --> 00:20:18.289
profound breakdown in communication somewhere

00:20:18.289 --> 00:20:20.849
in that chain between the forecasters and the

00:20:20.849 --> 00:20:23.309
local officials responsible for safety? This

00:20:23.309 --> 00:20:25.849
is without a doubt the absolute crux of the problem.

00:20:26.289 --> 00:20:28.650
The critical communication chasm that appears

00:20:28.650 --> 00:20:31.599
to have tragically unfolded. What we're seeing

00:20:31.599 --> 00:20:34.460
are significant discrepancies, and in some cases

00:20:34.460 --> 00:20:37.259
you could argue outright failures, in how these

00:20:37.259 --> 00:20:39.960
urgent warnings were not just received but also

00:20:39.960 --> 00:20:42.740
interpreted and ultimately acted upon. AccuWeather,

00:20:42.779 --> 00:20:44.819
for instance, the private forecasting service,

00:20:45.279 --> 00:20:47.339
they stated unequivocally in their post -event

00:20:47.339 --> 00:20:50.079
analysis that their warnings should have provided

00:20:50.079 --> 00:20:52.720
officials with ample time to evacuate camps such

00:20:52.720 --> 00:20:55.160
as Camp Mystic and get people to safety. That's

00:20:55.160 --> 00:20:57.890
a pretty direct statement, ample time. It's very

00:20:57.890 --> 00:21:00.710
direct. It challenges any claims of a complete

00:21:00.710 --> 00:21:03.009
lack of foresight or sufficient warning time.

00:21:03.529 --> 00:21:05.670
Yet we have these conflicting statements from

00:21:05.670 --> 00:21:08.210
various officials, which creates a really confusing

00:21:08.210 --> 00:21:10.089
narrative for the public, trying to understand

00:21:10.089 --> 00:21:13.230
what happened. Nimkid, he's the chief of the

00:21:13.230 --> 00:21:16.009
Texas Division of Emergency Management, TDM.

00:21:16.609 --> 00:21:18.950
He publicly claimed that original forecast did

00:21:18.950 --> 00:21:21.769
not predict the amount of rain that we saw. Which

00:21:21.769 --> 00:21:25.009
seems to contradict what the NWS and AccuWeather

00:21:25.009 --> 00:21:27.910
are saying about identifying the potential for

00:21:27.910 --> 00:21:30.710
a severe event. It does seem to contradict that

00:21:30.710 --> 00:21:34.109
nuance. While the exact totals exceeded initial

00:21:34.109 --> 00:21:36.369
lower -end predictions, the severe potential

00:21:36.369 --> 00:21:39.049
for a high -impact flood event was clearly identified.

00:21:39.470 --> 00:21:41.509
And crucially, those flash flood emergencies,

00:21:41.930 --> 00:21:44.549
the highest alert were issued as the event intensified

00:21:44.549 --> 00:21:46.849
overnight. Chief Kidd also mentioned that his

00:21:46.849 --> 00:21:49.250
agency, TDM, worked with our own meteorologist

00:21:49.250 --> 00:21:52.190
to fine -tune that weather statement. But he

00:21:52.190 --> 00:21:54.750
conspicuously didn't elaborate on any updated

00:21:54.750 --> 00:21:57.410
urgent interpretation that should have or could

00:21:57.410 --> 00:22:00.869
have led to earlier proactive evacuations, especially

00:22:00.869 --> 00:22:03.630
of vulnerable populations like those camps. So

00:22:03.630 --> 00:22:06.349
they fine -tuned it but didn't necessarily issue

00:22:06.349 --> 00:22:09.470
evacuation orders based on that. That part remains

00:22:09.470 --> 00:22:12.539
unclear from his statements. Furthermore, Lieutenant

00:22:12.539 --> 00:22:15.380
Governor Dan Patrick stated publicly that a senior

00:22:15.380 --> 00:22:18.759
TDM official, Region 6 Assistant Chief Jay Hall,

00:22:19.359 --> 00:22:21.460
personally contacted the judges and mayors in

00:22:21.460 --> 00:22:24.480
that area and notified them all of potential

00:22:24.480 --> 00:22:27.759
flooding. Patrick added, Yesterday morning, the

00:22:27.759 --> 00:22:30.119
message was sent. It is up to the local counties

00:22:30.119 --> 00:22:32.759
and mayors under the law to evacuate if they

00:22:32.759 --> 00:22:35.180
feel a need. That information was passed along.

00:22:35.740 --> 00:22:37.960
OK, so the state is saying we told the local

00:22:37.960 --> 00:22:40.559
guys it was their call. That appears to be the

00:22:40.559 --> 00:22:42.880
message from the state level. The responsibility

00:22:42.880 --> 00:22:44.940
was pushed down to local authorities to interpret

00:22:44.940 --> 00:22:48.359
an act. But then you turn to those local officials

00:22:48.359 --> 00:22:50.940
on the ground and the narrative shifts dramatically.

00:22:51.259 --> 00:22:53.799
It paints a very different picture. Kirk County

00:22:53.799 --> 00:22:55.799
Judge Rob Kelly, he's the county's chief elected

00:22:55.799 --> 00:22:59.319
official, the primary emergency manager. He directly

00:22:59.319 --> 00:23:01.240
contradicted the idea of sufficient warning.

00:23:01.460 --> 00:23:04.579
What did he say? He emphatically stated, we do

00:23:04.579 --> 00:23:07.539
not have a warning system and then claimed no

00:23:07.539 --> 00:23:10.319
one knew this kind of flood was coming. He reiterated,

00:23:10.500 --> 00:23:12.180
we had no reason to believe this was going to

00:23:12.180 --> 00:23:15.160
be anything like what has happened here, none

00:23:15.160 --> 00:23:18.180
whatsoever. No warning system and no one knew.

00:23:18.259 --> 00:23:20.099
That's starkly different from the state saying

00:23:20.099 --> 00:23:23.400
they notified them. It suggests a profound disconnect,

00:23:23.539 --> 00:23:26.240
doesn't it? Either in communication or in understanding

00:23:26.240 --> 00:23:29.400
the severity of the information received. Kerrville

00:23:29.400 --> 00:23:31.980
city manager Dalton Rice echoed this apparent

00:23:31.980 --> 00:23:34.519
lack of awareness, stating simply that the rain

00:23:34.519 --> 00:23:37.180
event dumped more rain than what was forecasted.

00:23:37.309 --> 00:23:39.470
These statements from local officials suggest

00:23:39.470 --> 00:23:41.289
either the warnings didn't reach them clearly,

00:23:41.690 --> 00:23:44.009
the severity wasn't properly conveyed or understood,

00:23:44.450 --> 00:23:46.630
or they simply weren't perceived as urgent enough

00:23:46.630 --> 00:23:49.390
to warrant a preemptive middle of the night evacuation.

00:23:50.049 --> 00:23:52.369
And the timing of the public alerts, that's incredibly

00:23:52.369 --> 00:23:54.769
telling. It points to a critical failure in the

00:23:54.769 --> 00:23:57.250
dissemination chain. The National Weather Service

00:23:57.250 --> 00:23:59.529
issued that flash flood warning for Kerr County

00:23:59.529 --> 00:24:03.680
at 1 14 a .m. Friday, a clear An ambiguous alert.

00:24:06.079 --> 00:24:09.220
However, it was at least four hours later, a

00:24:09.220 --> 00:24:12.259
crucial, dangerous delay before any county or

00:24:12.259 --> 00:24:15.500
city government entity in the affected area posted

00:24:15.500 --> 00:24:18.519
any directions to evacuate or take shelter on

00:24:18.519 --> 00:24:21.160
their official social media channels. Four hours.

00:24:21.400 --> 00:24:23.920
In the middle of the night, four hours, this

00:24:23.920 --> 00:24:27.059
gap is absolutely critical. People are most vulnerable

00:24:27.059 --> 00:24:29.680
during overnight hours. They're asleep. They're

00:24:29.680 --> 00:24:31.799
generally not monitoring weather alerts, news,

00:24:31.960 --> 00:24:35.099
or social media constantly. Of course. This significant

00:24:35.099 --> 00:24:37.500
lag suggests a profound communication problem.

00:24:37.720 --> 00:24:40.420
Not just in the initial issuance of the warning

00:24:40.420 --> 00:24:43.940
by the NWS, but in its effective and timely dissemination

00:24:43.940 --> 00:24:46.059
to the public, and perhaps more importantly,

00:24:46.539 --> 00:24:48.640
in its interpretation and activation by local

00:24:48.640 --> 00:24:51.339
emergency management and other officials responsible

00:24:51.339 --> 00:24:53.299
for triggering public action like evacuations.

00:24:54.019 --> 00:24:55.759
The tragic consequence of this communication

00:24:55.759 --> 00:24:58.799
breakdown is painfully clear. It was felt directly

00:24:58.799 --> 00:25:01.519
by those in harm's way. Campers like 13 -year

00:25:01.519 --> 00:25:03.920
-old Eleanor Lester were indeed woken just after

00:25:03.920 --> 00:25:06.400
midnight by the raging waters and had to be rescued

00:25:06.400 --> 00:25:08.680
amidst the chaos. Right when the NWS was issuing

00:25:08.680 --> 00:25:12.140
its most urgent alerts. Precisely. That timing

00:25:12.140 --> 00:25:15.549
aligns perfectly. This sequence warnings issued

00:25:15.549 --> 00:25:18.369
by meteorologists, but people still caught unaware

00:25:18.369 --> 00:25:20.630
in the dead of night strongly highlights the

00:25:20.630 --> 00:25:23.890
unpreparedness Not just of the camp perhaps but

00:25:23.890 --> 00:25:26.049
the broader local communication and response

00:25:26.049 --> 00:25:28.450
system Yeah, it really shifts the focus doesn't

00:25:28.450 --> 00:25:31.289
it from the content of the forecast itself? Which

00:25:31.289 --> 00:25:33.670
again was relatively good in flagging the danger

00:25:33.670 --> 00:25:37.609
right to its effective dissemination? its interpretation,

00:25:37.930 --> 00:25:40.269
and the critical lack of preparedness or action

00:25:40.269 --> 00:25:43.109
that left so many vulnerable during those crucial

00:25:43.109 --> 00:25:45.619
overnight hours. It raises those difficult questions.

00:25:45.960 --> 00:25:48.400
Were there clear established protocols for what

00:25:48.400 --> 00:25:51.140
a flash flood emergency warning means locally,

00:25:51.619 --> 00:25:54.180
especially overnight? Were camp staff adequately

00:25:54.180 --> 00:25:56.339
trained or informed about these specific risks

00:25:56.339 --> 00:25:58.599
in flash flood alley? That communication and

00:25:58.599 --> 00:26:01.079
preparedness gap seems to be what truly exacerbated

00:26:01.079 --> 00:26:03.420
the tragedy here. The system under strain, the

00:26:03.420 --> 00:26:06.099
impact of resource cuts. So what does this all

00:26:06.099 --> 00:26:09.390
ultimately mean then? I mean, beyond the immediate

00:26:09.390 --> 00:26:12.170
events, the tragic communication failures we've

00:26:12.170 --> 00:26:14.849
just dissected, the individual harrowing stories,

00:26:15.369 --> 00:26:17.650
there's this much bigger underlying story here,

00:26:17.690 --> 00:26:20.269
isn't there, about the resources that are dedicated

00:26:20.269 --> 00:26:22.630
to keeping us safe as a nation? When we look

00:26:22.630 --> 00:26:24.289
at this situation, there are these concerning

00:26:24.289 --> 00:26:26.130
systemic issues that just, well, they have to

00:26:26.130 --> 00:26:27.390
be addressed. This doesn't feel like just an

00:26:27.390 --> 00:26:29.769
isolated incident. It feels like a symptom of

00:26:29.769 --> 00:26:31.970
broader pressures on our public safety infrastructure.

00:26:32.250 --> 00:26:35.230
You've precisely identified the underlying issue,

00:26:35.309 --> 00:26:38.789
I think. The criticism, particularly that, frankly,

00:26:39.069 --> 00:26:41.529
misplaced blame from the Texas Division of Emergency

00:26:41.529 --> 00:26:43.549
Management Chief aimed at the National Weather

00:26:43.549 --> 00:26:47.269
Service. It comes amid a deeply disturbing backdrop.

00:26:47.710 --> 00:26:50.710
That backdrop is significant, sustained funding

00:26:50.710 --> 00:26:53.309
cuts, and chronic staff shortages that are plaguing

00:26:53.309 --> 00:26:55.130
the National Weather Service and other vital

00:26:55.130 --> 00:26:57.670
emergency management agencies across the country.

00:26:57.849 --> 00:27:00.789
This isn't new, is it? No, unfortunately not.

00:27:00.890 --> 00:27:03.769
This situation appears to be an unintended, yet

00:27:03.769 --> 00:27:06.410
potentially devastating consequence of broader

00:27:06.410 --> 00:27:09.170
federal policies, particularly those enacted

00:27:09.170 --> 00:27:11.910
by the Trump administration, which prioritized

00:27:11.910 --> 00:27:14.650
federal workforce reductions. Let's dig into

00:27:14.650 --> 00:27:16.670
the specifics here because it matters. The Trump

00:27:16.670 --> 00:27:18.789
administration made cuts to the federal workforce

00:27:18.789 --> 00:27:21.789
an early and significant priority. These reductions

00:27:21.789 --> 00:27:23.930
extended significantly, and some would argue

00:27:23.930 --> 00:27:26.329
disproportionately, to the National Weather Service.

00:27:26.829 --> 00:27:29.049
This crucial agency was specifically targeted

00:27:29.049 --> 00:27:30.769
by something called the Department of Government

00:27:30.769 --> 00:27:33.849
Efficiency, leading directly to the loss of approximately

00:27:33.849 --> 00:27:37.049
600 staffers nationwide. That's 100 people. That's

00:27:37.049 --> 00:27:40.569
a lot for a specialized agency like NWS. It's

00:27:40.569 --> 00:27:43.190
a huge number. Internal documents and reports

00:27:43.190 --> 00:27:45.970
even before the specific flood indicated the

00:27:45.970 --> 00:27:48.630
NWS was already preparing for degraded forecasting

00:27:48.630 --> 00:27:51.789
services and facing severe shortages of highly

00:27:51.789 --> 00:27:54.829
trained meteorologists. This means less capacity,

00:27:55.190 --> 00:27:57.630
potentially slower response times, and definitely

00:27:57.630 --> 00:28:00.650
an increased burden on the remaining staff. And

00:28:00.650 --> 00:28:03.230
there's a glaring, particularly impactful example

00:28:03.230 --> 00:28:05.549
of this directly at the local level where this

00:28:05.549 --> 00:28:08.109
tragedy occurred. It involves a critical position,

00:28:08.569 --> 00:28:11.470
the warning coordination meteorologist, the WCM.

00:28:11.509 --> 00:28:14.460
The WCM, what exactly do they do? This role is

00:28:14.460 --> 00:28:17.339
absolutely vital within an NWS office. The WCM

00:28:17.339 --> 00:28:19.940
is the primary liaison. They coordinate warnings

00:28:19.940 --> 00:28:22.380
directly with outside entities, local emergency

00:28:22.380 --> 00:28:24.839
management, law enforcement, the media. They

00:28:24.839 --> 00:28:28.140
act as a crucial voice, translating complex meteorological

00:28:28.140 --> 00:28:30.740
information into actionable public safety messages.

00:28:31.039 --> 00:28:33.579
They build relationships. OK, so the key communication

00:28:33.579 --> 00:28:36.319
link. Exactly. And this specific WCM position

00:28:36.319 --> 00:28:39.299
at the local NWS office in San Angelo, the one

00:28:39.299 --> 00:28:41.599
covering Kerr County, has been vacant since April.

00:28:41.839 --> 00:28:45.480
Vacant since April. major flood. Yes. The longtime

00:28:45.480 --> 00:28:48.680
employee who held that role, Paul Yura, someone

00:28:48.680 --> 00:28:51.700
with tremendous experience, invaluable, nuanced

00:28:51.700 --> 00:28:54.099
understanding of local weather patterns, local

00:28:54.099 --> 00:28:57.240
needs, built relationships over years, he took

00:28:57.240 --> 00:28:59.759
an early retirement package. This wasn't just

00:28:59.759 --> 00:29:01.740
a random departure. It was part of a structured

00:29:01.740 --> 00:29:04.460
early retirement program offered during extensive

00:29:04.460 --> 00:29:07.039
budget and personnel reductions within NOAA,

00:29:07.119 --> 00:29:09.359
the National Oceanic and Atmospheric Administration,

00:29:09.819 --> 00:29:13.869
and NWS's parent agency. So forced out by budget

00:29:13.869 --> 00:29:15.809
cuts, essentially. Effectively, yes, through

00:29:15.809 --> 00:29:17.990
these early retirement incentives driven by budget

00:29:17.990 --> 00:29:20.490
constraints. When you lose someone with that

00:29:20.490 --> 00:29:23.130
level of institutional knowledge and local expertise,

00:29:23.349 --> 00:29:25.190
especially in that critical coordination role,

00:29:25.569 --> 00:29:28.779
it creates a void. A void that's incredibly difficult

00:29:28.779 --> 00:29:31.720
to fill, particularly in a high -stakes, rapidly

00:29:31.720 --> 00:29:34.180
evolving situation like a flash flood. And it's

00:29:34.180 --> 00:29:36.460
not just that one critical role. That San Angelo

00:29:36.460 --> 00:29:38.539
office, responsible for warnings in this region,

00:29:39.000 --> 00:29:41.039
currently has five other critical vacancies.

00:29:41.099 --> 00:29:44.039
Five more. Yes. Another management position.

00:29:44.269 --> 00:29:47.470
Two frontline meteorologists, the people actually

00:29:47.470 --> 00:29:50.089
making the forecasts and warnings, a hydrologist

00:29:50.089 --> 00:29:52.490
who specializes in water flow and flood prediction,

00:29:53.049 --> 00:29:55.349
and an electronic technician who maintains the

00:29:55.349 --> 00:29:57.470
vital radar and other equipment. That sounds

00:29:57.470 --> 00:29:59.970
like a skeleton crew almost. It creates immense

00:29:59.970 --> 00:30:03.269
strain. All five living former directors of the

00:30:03.269 --> 00:30:05.670
National Weather Service were so alarmed by these

00:30:05.670 --> 00:30:09.250
cuts nationally that they issued a stark, unprecedented

00:30:09.250 --> 00:30:11.769
warning back in May. They feared these reductions

00:30:11.769 --> 00:30:14.369
would leave the nation's official weather forecasting

00:30:14.369 --> 00:30:17.109
entity at a significant deficit, just as we head

00:30:17.109 --> 00:30:19.809
into the busiest time for severe storm predictions

00:30:19.809 --> 00:30:21.890
like tornadoes and hurricanes. What was their

00:30:21.890 --> 00:30:24.210
biggest fear? Their absolute worst nightmare,

00:30:24.470 --> 00:30:28.450
they explicitly wrote, was needless loss of life.

00:30:29.029 --> 00:30:31.829
A fear that, tragically, seems to have been realized

00:30:31.829 --> 00:30:34.569
here. Broadly, NBC News reported that the agency

00:30:34.569 --> 00:30:36.750
was forced to shuffle existing employees around

00:30:36.750 --> 00:30:40.049
just to cover about 150 vacated positions nationwide,

00:30:40.470 --> 00:30:42.950
a result of both firings of probationary employees

00:30:42.950 --> 00:30:44.950
and those early retirements of other experienced

00:30:44.950 --> 00:30:47.690
workers. This internal shuffling meant some crucial

00:30:47.690 --> 00:30:50.069
forecasting offices were left without overnight

00:30:50.069 --> 00:30:52.730
service. No overnight service for weather forecasting.

00:30:52.970 --> 00:30:55.569
In some offices, yes. Directly increasing the

00:30:55.569 --> 00:30:57.269
risk to the public during critical nighttime

00:30:57.269 --> 00:30:59.990
events like this one. Now, thankfully, the NWS

00:30:59.990 --> 00:31:02.190
was granted a waiver for a hiring freeze in June

00:31:02.190 --> 00:31:05.289
and is now actively trying to hire 126 people

00:31:05.289 --> 00:31:07.930
to stabilize the agency. That's something, at

00:31:07.930 --> 00:31:10.829
least. It is, but the severe shortages and the

00:31:10.829 --> 00:31:13.289
profound loss of invaluable expertise from those

00:31:13.289 --> 00:31:16.430
early retirements, like Paul Uras, mean the agency's

00:31:16.430 --> 00:31:19.170
capacity is still diminished. This is a deficit

00:31:19.170 --> 00:31:22.210
that needs urgent, sustained attention and resources.

00:31:23.029 --> 00:31:25.900
So... When the Texas Division of Emergency Management

00:31:25.900 --> 00:31:29.539
Chief, NMKID, wrongly placed blame on the National

00:31:29.539 --> 00:31:33.039
Weather Service in this specific case, it unfortunately

00:31:33.039 --> 00:31:36.339
obscures this much larger systemic reality. Right.

00:31:36.339 --> 00:31:38.500
It ignores the context of the strain they were

00:31:38.500 --> 00:31:40.900
under. Exactly. In this instance, the forecasters,

00:31:40.900 --> 00:31:43.059
despite operating within a system clearly under

00:31:43.059 --> 00:31:45.960
severe stress, facing significant understaffing,

00:31:46.000 --> 00:31:48.480
loss of crucial knowledge, degradation of things

00:31:48.480 --> 00:31:50.579
like weather balloon launches, which provide

00:31:50.579 --> 00:31:53.180
vital atmospheric data, they They did what they

00:31:53.180 --> 00:31:55.920
were supposed to do meteorologically. They identified

00:31:55.920 --> 00:31:59.059
the risk. They issued escalating warnings. The

00:31:59.059 --> 00:32:01.680
fundamental problem, as we've highlighted, seems

00:32:01.680 --> 00:32:04.180
to be that profound communication breakdown and

00:32:04.180 --> 00:32:06.480
the resulting lack of preparedness or action

00:32:06.480 --> 00:32:09.380
at the local level. A problem likely exacerbated

00:32:09.380 --> 00:32:12.619
by the weakened state of the NWS itself. Undoubtedly.

00:32:13.240 --> 00:32:15.619
The ongoing defunding of science and crucial

00:32:15.619 --> 00:32:18.579
agencies by the Trump administration, and frankly,

00:32:18.819 --> 00:32:21.460
what they continue to do by defunding, it is

00:32:21.460 --> 00:32:23.640
going to cause even more problems. It will put

00:32:23.640 --> 00:32:26.240
more people in harm's way across many vital sectors.

00:32:26.720 --> 00:32:28.880
Even the Secretary of Homeland Security herself

00:32:28.880 --> 00:32:31.180
acknowledged this, speaking about the pressing

00:32:31.180 --> 00:32:33.700
need for upgraded technology, a need that budget

00:32:33.700 --> 00:32:36.460
cuts directly undermine. It's a stark reminder,

00:32:36.599 --> 00:32:40.809
isn't it? The very real human cost. when critical

00:32:40.809 --> 00:32:42.910
public services are systematically weakened.

00:32:42.930 --> 00:32:45.569
It truly is. Lessons from Flash Flood Alley,

00:32:45.650 --> 00:32:48.269
looking ahead. It's a really sobering thought,

00:32:48.529 --> 00:32:50.349
deeply concerning when you connect those dots.

00:32:50.809 --> 00:32:52.390
And the Texas health country, as you've said,

00:32:52.609 --> 00:32:54.910
has endured this type of tragedy before. This

00:32:54.910 --> 00:32:56.829
isn't its first catastrophic flood, and sadly,

00:32:56.990 --> 00:33:00.470
it probably won't be its last. So what can history

00:33:00.470 --> 00:33:02.599
teach us here? about preparing for these events

00:33:02.599 --> 00:33:04.900
and what does this particular disaster mean for

00:33:04.900 --> 00:33:07.180
the future not just in flash flood alley but

00:33:07.180 --> 00:33:09.839
potentially across other vulnerable regions how

00:33:09.839 --> 00:33:12.519
do we possibly break this awful cycle history

00:33:12.519 --> 00:33:15.299
in this case offers a stark painful and unfortunately

00:33:15.299 --> 00:33:18.400
recurring lesson as we've emphasized that infamous

00:33:18.400 --> 00:33:21.990
nickname flash flood alley It's not casual. It

00:33:21.990 --> 00:33:24.390
is earned through repeated, tragic experience.

00:33:24.849 --> 00:33:27.369
It signifies an area intrinsically, geographically,

00:33:27.569 --> 00:33:30.109
hydrologically at extremely high risk for these

00:33:30.109 --> 00:33:33.349
types of catastrophic, rapid onset floods. This

00:33:33.349 --> 00:33:35.529
recent tragedy, while devastating and shocking,

00:33:35.970 --> 00:33:38.309
is unfortunately not unique in the long, sorrowful

00:33:38.309 --> 00:33:40.759
history of this region's weather. It fits a pattern

00:33:40.759 --> 00:33:42.799
that underscores these systemic vulnerabilities.

00:33:43.420 --> 00:33:45.359
We can look back at past tragedies to really

00:33:45.359 --> 00:33:47.640
understand this recurring pattern and the lessons

00:33:47.640 --> 00:33:49.819
that perhaps haven't been fully learned or implemented

00:33:49.819 --> 00:33:53.440
properly. 1987, a flood on the Guadalupe River

00:33:53.440 --> 00:33:56.079
site rise 29 feet, almost identical surge to

00:33:56.079 --> 00:33:59.059
what we just saw. 29 feet. Wow. In that event,

00:33:59.460 --> 00:34:01.980
a church camp bus evacuating children was tragically

00:34:01.980 --> 00:34:04.579
swept away. Ten children lost their lives. Oh

00:34:04.579 --> 00:34:07.240
no, the echoes of Camp Mystic. Chilling. Chillingly

00:34:07.240 --> 00:34:10.909
familiar. Then, 1998. Another widespread catastrophic

00:34:10.909 --> 00:34:13.170
flood event near San Marcos got 30 inches of

00:34:13.170 --> 00:34:15.349
rain in a short period homes along the Guadalupe

00:34:15.349 --> 00:34:18.090
washed off their foundations just gone 30 inches

00:34:18.090 --> 00:34:21.070
demonstrating the sheer force and more recently

00:34:21.070 --> 00:34:24.579
2015 The Blanco River. Catastrophic flooding

00:34:24.579 --> 00:34:27.280
during the Memorial Day weekend. Houses, bridges

00:34:27.280 --> 00:34:29.860
washed away, 13 people killed across the region.

00:34:30.300 --> 00:34:32.739
We've also seen similar deadly flash floods elsewhere

00:34:32.739 --> 00:34:35.460
in Texas, like San Antonio in June, and in places

00:34:35.460 --> 00:34:37.780
like West Virginia. It shows this is a dangerous

00:34:37.780 --> 00:34:39.880
pattern, not just confined to one spot. These

00:34:39.880 --> 00:34:41.699
aren't just historical footnotes, then they're

00:34:41.699 --> 00:34:46.219
grim warnings. Grim, repeated warnings. Exactly.

00:34:46.940 --> 00:34:49.480
The overwhelming takeaway from this event, underscored

00:34:49.480 --> 00:34:52.639
so powerfully by that historical context, is

00:34:52.639 --> 00:34:55.760
the critical, absolute necessity for a robust,

00:34:56.380 --> 00:34:58.860
consistently well -funded national weather service.

00:34:59.070 --> 00:35:01.590
It's not just about the raw data from satellites

00:35:01.590 --> 00:35:03.909
and radars. It's about the irreplaceable human

00:35:03.909 --> 00:35:06.369
expertise to meticulously interpret that data,

00:35:06.750 --> 00:35:09.730
the dedicated staff to monitor it 24 -7, even

00:35:09.730 --> 00:35:12.010
through the night, and the reliable systems to

00:35:12.010 --> 00:35:13.989
disseminate those warnings effectively and urgently.

00:35:14.429 --> 00:35:17.050
And equally important, maybe even more so, are

00:35:17.050 --> 00:35:19.730
seamless, iron -clad communication protocols.

00:35:20.409 --> 00:35:22.150
Protocols that ensure these critical warnings

00:35:22.150 --> 00:35:25.230
travel unimpeded and are acted upon. From forecasting

00:35:25.230 --> 00:35:27.429
agencies directly to local emergency management

00:35:27.429 --> 00:35:29.920
to local officials, and most crucially directly

00:35:29.920 --> 00:35:32.960
to the public, in a timely, understandable, actionable

00:35:32.960 --> 00:35:35.579
manner. And those profound gaps in that vital

00:35:35.579 --> 00:35:37.679
communication chain were just tragically exposed

00:35:37.679 --> 00:35:40.360
here. Exposed in the most devastating way possible.

00:35:41.440 --> 00:35:43.800
This tragedy, it raises an incredibly important

00:35:43.800 --> 00:35:45.820
question for all of us, really. Something for

00:35:45.820 --> 00:35:47.360
you, the listener, to really think about, perhaps

00:35:47.360 --> 00:35:50.539
explore further. When our natural world becomes

00:35:50.539 --> 00:35:53.519
demonstrably more unpredictable, when extreme

00:35:53.519 --> 00:35:55.920
weather events become more frequent, more intense,

00:35:56.320 --> 00:35:58.820
potentially fueled by climate change, and when

00:35:58.820 --> 00:36:01.039
our fundamental warning systems are placed under

00:36:01.039 --> 00:36:03.639
immense pressure, weakened by chronic underfunding

00:36:03.639 --> 00:36:06.940
staff shortages, what exactly is our role as

00:36:06.940 --> 00:36:10.000
individuals? What can we do? What is our responsibility

00:36:10.000 --> 00:36:12.690
in understanding these complex risks? and preparing

00:36:12.690 --> 00:36:15.969
our own households, our communities, and in advocating

00:36:15.969 --> 00:36:18.170
vigorously for the resources that are absolutely

00:36:18.170 --> 00:36:20.820
essential to keep our communities safe. And maybe

00:36:20.820 --> 00:36:23.699
even more profoundly, how do we ensure that those

00:36:23.699 --> 00:36:25.679
in positions of power, from local county judges

00:36:25.679 --> 00:36:28.480
to state leaders, federal leaders, consistently

00:36:28.480 --> 00:36:30.739
prioritize the well -being, the safety of their

00:36:30.739 --> 00:36:33.659
citizens, by investing robustly in critical public

00:36:33.659 --> 00:36:36.800
services like the NWS, rather than consistently

00:36:36.800 --> 00:36:39.000
defunding and eroding them? That's a powerful

00:36:39.000 --> 00:36:41.079
question to leave us with. It's a question that

00:36:41.079 --> 00:36:43.420
demands our collective attention, our critical

00:36:43.420 --> 00:36:46.539
thinking, and indeed our collective action, if

00:36:46.539 --> 00:36:48.559
we want to prevent such tragedies from happening

00:36:48.559 --> 00:36:51.469
again and again. This exploration into the Texas

00:36:51.469 --> 00:36:54.949
hill country floods. It has been profoundly eye

00:36:54.949 --> 00:36:57.849
-opening and honestly at times deeply unsettling.

00:36:58.380 --> 00:37:01.380
We've delved into the incredible, almost unimaginable

00:37:01.380 --> 00:37:04.159
intensity of that rain, the complex and powerful

00:37:04.159 --> 00:37:06.579
science behind it, and the relative quality of

00:37:06.579 --> 00:37:09.099
the forecast, despite those inherent challenges

00:37:09.099 --> 00:37:11.760
and systemic pressures. But what truly stands

00:37:11.760 --> 00:37:14.579
out, what's been tragically illuminated, is that

00:37:14.579 --> 00:37:17.019
critical breakdown in communication and the resulting

00:37:17.019 --> 00:37:20.260
lack of preparedness that so tragically exacerbated

00:37:20.260 --> 00:37:23.179
the situation. This alongside that worrying,

00:37:23.400 --> 00:37:26.219
ongoing trend of underfunding vital public safety

00:37:26.219 --> 00:37:28.710
agencies like the National Weather service, it

00:37:28.710 --> 00:37:31.309
just paints a really stark picture. Thank you

00:37:31.309 --> 00:37:33.349
so much for joining us on this in -depth exploration

00:37:33.349 --> 00:37:35.550
today. We truly hope this discussion has provided

00:37:35.550 --> 00:37:38.010
you with a clearer, maybe more nuanced understanding

00:37:38.010 --> 00:37:40.170
of what was a complex and truly heartbreaking

00:37:40.170 --> 00:37:42.869
situation. And perhaps it sparked some new questions

00:37:42.869 --> 00:37:45.340
for you to explore further on your own. Remember,

00:37:45.400 --> 00:37:46.739
for more in -depth discussions like this, you

00:37:46.739 --> 00:37:48.760
can always find the Meteorology Matters podcast

00:37:48.760 --> 00:37:50.800
over on YouTube. Just search Rob Jones Hurricane.

00:37:51.239 --> 00:37:53.380
While you're there, you'll also find that dedicated

00:37:53.380 --> 00:37:56.079
playlist specifically for the Meteorology Matters

00:37:56.079 --> 00:37:58.699
podcast. And for more updates and insights, please

00:37:58.699 --> 00:38:01.179
do follow meteorologist Rob Jones on Instagram.

00:38:01.340 --> 00:38:03.980
His handle is Meteorologist and also on TikTok

00:38:03.980 --> 00:38:06.880
at TVMeteorologist. Until next time, please stay

00:38:06.880 --> 00:38:08.980
safe, stay informed, and always remain curious.
