sabrina taverniseĪnd they’ve been pretty hard hit by Covid. So if you’re in Pascagoula or one of the nearby towns, and you’re experiencing an emergency - by that, I mean, a car accident, a broken arm, maybe your child is suddenly sick with a raging fever - this is where you’re going to end up. And the nearest big hospital outside this hospital system is about a 40-minute drive away. So in mid-January, I went to Pascagoula Hospital in a place called Pascagoula, which is a city of about 22,000 on the Gulf of Mexico. My colleague, Andrew Jacobs, takes us to a hospital in Mississippi to understand the impact of these shortages on the health care system and on the nurses who are still left.Īndy, tell me about this hospital you went to in Mississippi. We’re in a very critical state right now.
We’re working so hard to continue to try to find more personnel. We’ve seen some who’ve just decided, I can’t do this anymore. sabrina taverniseīut for months, hospital leaders around the country have been increasingly concerned about another problem. This is a long marathon that we are running right now. Today: Hospitals are beginning to emerge from yet another wave of coronavirus cases. Friday, February 18th, 2022 sabrina taverniseįrom The New York Times, I’m Sabrina Tavernise. "Why is there a calm before a storm?" Earth and Sky Radio Series.Transcript ‘Somebody’s Got to Save Us While We’re Saving Everybody Else’ Burned out and exasperated, many nurses are quitting the profession, leaving the U.S. "Earth Science Eleventh Edition." Pearson Prentice Hall. Tarbuck, Edward and Lutgens, Frederick."Calm Before the Storm." () glossary&pagecontent=glossaryindex&pagecontent=calmbeforethestorm "Is there really a period of calm before a storm?" Goddard Space Flight Center. "Tropical Cyclone." () tropical-cyclone/247932/Naming-systems#ref=ref848914 "What's it like to go through a hurricane on the ground? What are the early warning signs of an approaching tropical cyclone?" Atlantic Oceanographic and Meteorological Laboratory Hurricane Research Division. For more information about storms and weather, visit the links on the next page. Though we understand weather better than in years past, predicting it with perfect accuracy (calm or not) still remains somewhat of a mystery.
They're more complex than a single, unified storm, and their interactions usually don't produce any type of calmness. For example, think of large storm systems. On the other hand, different situations can produce weather that's quite a bit uglier and not at all calm before a storm hits. Warm, dry air is relatively stable, and once it blankets a region, it stabilizes that air in turn. What's important for our purposes is that descending air becomes warmer and drier (a good thing after its trip through the cloud, which involved cooling and condensation). From there, the air descends - drawn back toward lower altitudes by the very vacuum its departure created in the first place. This air is sent rolling out over the big, anvil-shaped head of the thunderclouds or the roiling arms of hurricanes. The updrafts in the storm, however, quickly carry the air upward, and when it reaches the top of the cloud mass, this warm moist air gets spit out at the top. The air travels up through the storm cloud and helps to fuel it. So, if the weather is calm and fair for your backyard barbeque, does that mean you should make backup plans indoors? Read on to the next page for the answer.Īs the warm, moist air is pulled into a storm system, it leaves a low-pressure vacuum in its wake. All these different manifestations of intense weather happen because the interactions in the atmosphere can unfold in a variety of different ways, to vastly different effects. And then there are the strongest of all, like massive, violent hurricanes or spinning, furious tornadoes. There are brief thunderstorms that rattle through like a couple of rowdy frames at the bowling alley, and there are long, tumultuous downpours that drown the streets. It's an intriguing phenomenon that people have recognized for centuries, but what on Earth causes this calm? And why do whip-like winds, dropping temperatures and rumbling thunder sometimes precede storms instead of a peculiar and eerie calm?ĭo you want a hint at what might be at the root of this old sailors' adage? Think of all the different types of storms you've seen - one variety of storm can have a different effect on the atmosphere than another.
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