Lottie tells Travis to take Javi into the other room. When Lottie confronts her, Shauna punches her in the face.
Shauna doesn’t react well to Misty’s humming and starts breaking down, accusing her friends of eating her baby.
The Wilderness, she argues, gives them what they need. There’s even this discussion between Lottie and the others.
In simplistic terms, this could pull the wings off, with inevitably serious consequences.I think this is important both because Shauna is clearly one of the many people who think of miscarriage when they hear this song, which explains her reaction to Misty, but also because if you take the song’s actual meaning at face value-birth, rebirth, death, transference of life, how these are all happening simultaneously-you get a bit deeper into the meaning of the episode. "If the plane transitions suddenly to climbing or descending, and is flying too fast for the conditions, the plane can potentially become overstressed. "In extremis, turbulence can damage an aircraft," Gratton confirmed. But can turbulence damage a craft? And, if so, could it potentially cause a plane to crash or require a pilot to make an emergency landing? It can certainly come as a shock to be shaken around when on a plane, and the experience can range from rather uncomfortable to extremely scary. According to the Airplane Academy, an aviation resource website, "microbursts," a term used to describe particularly hazardous extreme winds, can see planes experience "downdrafts in excess of 2,000 feet per minute and surface winds in excess of 100 knots. Turbulence is relatively common around these clouds when updrafts and downdrafts converge. "Either around a cumulonimbus cloud, which routinely has high magnitude air currents around it, or around the edges of one of the jet streams." Jet streams are essentially rivers of wind high above in the atmosphere, and have a huge influence on climate, as they can push air masses around and affect weather patterns.Ĭumulonimbus clouds are commonly referred to as "thunderclouds," because they are, according to the U.K.'s Met Office, "the only cloud type that can produce hail, thunder and lightning." They are born from convection - warm air rising due to it being less dense than the surrounding atmosphere - and "exist through the entire height of the troposphere," the lowest layer of Earth's atmosphere, which extends to about 33,000 feet (10,000 m) above sea level. "There are two main places," Gratton said. So, where is a plane most likely to encounter such conditions? "Conversely, if the headwind rapidly increases, or the plane enters a rising column of air, this can cause it to suddenly climb." "If a plane is flying along at a constant speed and height, then suddenly the headwind reduces, or it enters a descending column of air, this can cause the aircraft to suddenly descend," Gratton explained. This immediate change in wind speed or wind direction happens over a relatively short distance in the atmosphere, and can occur at both high and low altitude, according to the Federal Aviation Administration. The term "windshear," meanwhile, is used to describe a "sudden change" in wind velocity. Turbulence is, according to the National Weather Service, "one of the most unpredictable of all the weather phenomena that are of significance to pilots." Planes are most likely to experience turbulence when they come into contact with a "relatively random large magnitude current, or a rising or descending column of air," Gratton added.
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