Travis FINALLY learns about wind with a literal scientist.
Mama, let’s research wind and find out where it comes from! bestie approved became a science podcast this week and we healed from the trauma of wind being one of the things we simply don’t understand. Travis is hanging out with his podcast friend and science bestie, Dr. Jeff Zurek, to help us finally get to the bottom of this mystery.
Then we said mama, let’s research some more and unpacked how wind is related to climate change and how important it is for us to do something about that!
🎙️ share bestie approved with your messiest friend. 🤩 rate and review the pod wherever you listen to podcasts. 🎧 from Indy to wherever you are, we love you! ❤️
Connect with Jeff
- learn more about Jeff
- listen to Whimsical Wavelengths anywhere podcasts are available
- @whimsicallambda.bsky.social on Bluesky
- whimsical.wavelengths on Instagram
- Whimsical Wavelengths on Facebook
Connect with Travis & Emma
- all of our social media: bestie approved Linktree
- email us: hello@bestieapproved.com
Travis FINALLY learns about wind with a literal scientist. © 2025 by Travis & Emma is licensed under CC BY 4.0.
References
- “Bill Nye The Science Guy on Wind.” 2009. YouTube. https://youtu.be/uBqohRu2RRk?si=wz0hRU4Ihv486kvw.
- Oxford University Press. 1926. “wind, n.¹ meanings, etymology and more.” Oxford English Dictionary. https://www.oed.com/dictionary/wind_n1.
WEBVTT
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That means next week I'm going to have time to
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do a Let's Research Mama, which I'm very excited
00:00:17.440 --> 00:00:21.219
about. I think we should get into wind. You want
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to do wind? I want to do wind. I would really
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like to have a grasp on wind. We can do wind.
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I think a concept, this doesn't have to be in
00:00:29.679 --> 00:00:34.259
the actual pod, but a concept would be you do
00:00:34.259 --> 00:00:38.740
a Let's Research and then try to explain it to
00:00:38.740 --> 00:00:41.789
me and then vice versa. Okay. You know what I
00:00:41.789 --> 00:00:43.710
mean? So like next time I would do want to try
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to explain it to you from my research. OK. Knowing
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that we both didn't understand it to start. I
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love that. Yeah, I think we should do that. OK.
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Hi, I'm Travis, and this is Bestie Approved.
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And obviously I am not here with Emma because
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she's still out on her maternity break. but uh
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i do have a fun podcast friend his name is jeff
00:01:12.569 --> 00:01:16.909
zurich uh he's a literal scientist he is the
00:01:16.909 --> 00:01:19.269
host of whimsical wavelengths which is a science
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podcast and um he is someone who's here to help
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with a pay point who's been or that's been going
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on in mine and emma's lives for our entire lives
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um he's here to help us understand wind so um
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jeff and uh tell us a little bit about yourself
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um sure so uh here's your life story in 30 seconds
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go um i guess i was a fun loving kid in the fact
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that i grew up wanting to be essentially a scientist
00:01:50.609 --> 00:01:52.810
i was one of those weird kids that you know by
00:01:52.810 --> 00:01:54.709
grade four i'm like i want to be a volcanologist
00:01:54.709 --> 00:01:56.569
and was too stubborn to give up on the dream
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so i went and got a degree in geophysics and
00:02:00.840 --> 00:02:04.019
then volunteered at the hawaiian volcano observatory
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my grades were not super stellar they were good
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enough but i used that volunteer stint in hbo
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hawaiian volcano observatory looking at kilauea
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and poking lava with sticks to get myself into
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grad school where i got to go back to hawaii
00:02:21.159 --> 00:02:24.439
i studied hawaii masaya and nicaragua and some
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of the cascades and then i couldn't quite manage
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to parlay that into a professorship so now i
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work in industry and solve complex problems looking
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for shiny things under the ground There's the
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30 seconds. Go. I'll take it. I love that. That's
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awesome. I didn't mention the podcast, though,
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which is something that came about as I got a
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desk job instead of traveling Canada into the
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most remote places, hundreds of kilometers away
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from the nearest road and pressing buttons to
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find that shiny things. Now I have the free time
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to be a bit more of an academic and I started
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a podcast on the side. So it is certainly not
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my day job, but it is a passion project. that's
00:03:03.120 --> 00:03:05.639
awesome your podcast is actually super fun i
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uh so for context to your listener we uh met
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because of the podcast hosting service that we
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both work through um rss .com and i don't think
00:03:15.800 --> 00:03:20.979
we're sponsored but we please sponsor us um but
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i i like i took a listen to it and i was like
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oh this guy's fine like he's like he's interesting
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and like you're engaging and like so I am glad
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that you host the podcast because I think you
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do put a fun little spin on things that can seem
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a little dry and a little not engaging. My favorite
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episode was the one you had about Nikola Tesla.
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I just had an absolute time listening to that
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one. For sure, check out Jeff's podcast. It's
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so good. I'll put it in the show notes. Thanks.
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Of course. Before we kick it off, this is something
00:04:00.460 --> 00:04:02.659
we ask everyone. What is the last song you listened
00:04:02.659 --> 00:04:09.400
to? Yeah, it is Control -Alt -Delete with Ren
00:04:09.400 --> 00:04:11.900
and the Skinner Brothers. Yeah, I had to look
00:04:11.900 --> 00:04:13.840
up the second part because Ren is what everyone
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actually knows. Or if they listen to that type
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of music. Never heard of it, but I'll put it
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on the list. My last song was Fast by Demi Lovato.
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So she's really making a comeback and I'm so
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excited for her. I knew that whatever song I
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was going to bring to the table was going to
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be very different than everything else. I should
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really share. I'm such a nerd that if I had a
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theme song, it'd be Weird Al's White and Nerdy.
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That's great. Yeah, exactly. I'll take it. Cool.
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Let's let's just kick it off. I'll tell you what
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So I wrote a little I like I actually took this
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very seriously. So my idea for this episode was
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I so I've And then I have talked a lot about
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this in our personal lives and we've touched
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on it in the show But like something that like
00:05:12.569 --> 00:05:15.790
has genuinely perplexed us for our entire existence
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is how does wind work? Where does it come from?
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Like it sounds so stupid because I feel like
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it's something you learn in like fifth or sixth
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grade by We've genuinely never just been able
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to grasp that concept and I like when I saw that
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like we were in this same chat with With Jeff
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I was like he's a scientist like he's he's going
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to he's gonna get this and he's gonna he's gonna
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figure it out So I actually said let let me see
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if I can like get a grasp on it I'm gonna try
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and explain it and then You tell me how much
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I got right how much I got wrong so i'm just
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gonna kick it off um so we decided to do a little
00:05:55.079 --> 00:05:58.339
uh mama let's research and this man of science
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is gonna let us know if we breeze through this
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or if we're just blowing hot air um okay so as
00:06:07.399 --> 00:06:10.120
i was gonna mention just like you guys do the
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whole uh song bit at the beginning my podcast
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we do a science joke at the end so every time
00:06:16.560 --> 00:06:18.459
i interview someone they have to come with a
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science joke i let them know ahead of time i
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do not surprise them but um yeah the groanier
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the joke the better so i fully approve love it
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okay so we thought we or i i say we i wrote this
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when emma was still like we weren't sure when
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the baby was coming like we weren't sure if it
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was coming this early or not so every time i
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say we it's it's she did help with this um but
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that would be a good idea to start with some
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background information about where we started
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and what we were working with as far as foundational
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knowledge so I know that as a child with ADHD,
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little Travis didn't have it in him the day that
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we covered wind in science class at Triton Elementary
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School. So I know that I wrote this section before
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we started the research, and I thought it'd be
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a good idea to open up the Apple Weather app.
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And it says wind is currently six miles per hour
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from the north. I'm sorry, from the east northeast.
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And today, wind speeds are one to six miles per
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hour with gusts up to 11 miles per hour. A couple
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things. How do they know? like are they just
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like throwing something into the wind and then
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seeing how fast it goes like when it flies by
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them um when does it go from being wind to being
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a gust how do they know wind speed is basically
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going to double at some point in the day and
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east northeast is wildly specific because i didn't
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know that we got deeper than northeast or southwest
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but that's cool um okay uh and this brings up
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an important question for me where does wind
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start like if it's coming from the east northeast
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where is it coming from and when you get to that
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starting point is there like a point where you
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cross like a wind wall where there's no wind
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on the other side of it so like would it not
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theoretically be pulling wind in and then like
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creating like a vacuum effect um Dear listener,
00:08:12.519 --> 00:08:14.680
please know that I've spent hours of my life
00:08:14.680 --> 00:08:16.779
being screamed at by my papa and my uncle Jeff
00:08:16.779 --> 00:08:19.000
because I've gone my entire life believing that
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wind was the direct result of Earth's rotation
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speeding up a little faster than normal. And
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that's my background knowledge about wind. So
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I did a little bit of a deep dive. So these were
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the questions. that were sparked by the weather
00:08:37.789 --> 00:08:39.789
app. And like these felt like the right questions
00:08:39.789 --> 00:08:42.889
to answer. So what is wind? What causes it? And
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where does it come from? So wind is just the
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perceptible movement of air in a direction parallel
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to the ground considered as a general feature
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of the atmosphere. And that told me absolutely
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nothing. So I went to watch a Bill Nye the Science
00:08:56.529 --> 00:08:59.230
Guy video. And he explained that wind is caused
00:08:59.230 --> 00:09:01.629
by heat from the sun and the rotation of the
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earth. I might have been onto something with
00:09:04.750 --> 00:09:07.169
my original theory about like the rotation of
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the earth is what I originally thought. The sun
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heats up the land. The heat rises as a result
00:09:13.570 --> 00:09:19.210
of the land being like hot. So the heat obviously
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rises and that heat also goes up into the air.
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And then this is where Bill and I kind of lost
00:09:25.990 --> 00:09:27.789
me because the air molecules still weigh the
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same regardless of how close they are to each
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other. So that let's just stop right there. Because
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this is, I guess, a misconception. So what he's
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saying is density. Oh. So in other words, you're
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creating... He did say it, but he said it without
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using the word density. I actually went and watched
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that video this morning and I was like, I see
00:09:53.690 --> 00:09:56.669
why Travis has this in his notes. He's not combining
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the fact to say that the wind is taking up more
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volume so it weighs less into the understanding
00:10:03.090 --> 00:10:05.389
that you're actually decreasing the density of
00:10:05.389 --> 00:10:08.570
that volume of air. So it does weigh less. The
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individual molecules do not really change. And
00:10:11.929 --> 00:10:14.720
now, again... We'll come back to this as we get
00:10:14.720 --> 00:10:18.539
further on. But as science gets more and more
00:10:18.539 --> 00:10:21.659
into the weeds, you can get things more and more
00:10:21.659 --> 00:10:24.600
complex. But you can usually boil the simple
00:10:24.600 --> 00:10:26.659
things down to something simple. So as you increase
00:10:26.659 --> 00:10:29.679
the energy of something, you actually increase
00:10:29.679 --> 00:10:34.799
its mass, sort of. Got it. E equals mc squared.
00:10:34.940 --> 00:10:37.759
But again, you're going... deep into other things
00:10:37.759 --> 00:10:40.840
right but broadly speaking you heat air up the
00:10:40.840 --> 00:10:43.340
air molecules move apart from one another they
00:10:43.340 --> 00:10:46.840
become less dense and that volume of air then
00:10:46.840 --> 00:10:51.419
begins to rise okay okay that that helps that
00:10:51.419 --> 00:10:55.340
okay that helps so then after that the warmer
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air molecules get pushed up by the cold air and
00:10:58.259 --> 00:10:59.620
then i don't really know where the cold air is
00:10:59.620 --> 00:11:01.580
coming from but like now that i think about it
00:11:01.580 --> 00:11:03.240
i guess it's just already there because it's
00:11:03.240 --> 00:11:09.230
like colder Like higher up, I guess. In his diagram,
00:11:09.509 --> 00:11:13.470
he put a block of ice on one side and light shining
00:11:13.470 --> 00:11:16.169
on quote unquote land on the other side of his
00:11:16.169 --> 00:11:20.190
aquarium. Sure. He was making the idea that the
00:11:20.190 --> 00:11:22.549
poles, i .e. the North and South Pole, don't
00:11:22.549 --> 00:11:24.529
get as much sunlight. So that's like our block
00:11:24.529 --> 00:11:28.610
of ice. That's an oversimplification, but that's
00:11:28.610 --> 00:11:32.789
what he's doing in that regard. I'll take that.
00:11:33.120 --> 00:11:35.019
like i'll take the oversimplification because
00:11:35.019 --> 00:11:38.139
like that actually kind of like clicks yeah i
00:11:38.139 --> 00:11:40.620
mean it is true like it i'm not saying what he
00:11:40.620 --> 00:11:44.080
did is false it's not it's true it's just when
00:11:44.080 --> 00:11:46.480
you're trying to look at wind patterns and weather
00:11:46.480 --> 00:11:48.840
on a global phenomenon you're kind of like yes
00:11:48.840 --> 00:11:57.389
that is there but fair um and then oh okay so
00:11:57.389 --> 00:11:59.610
then he puts like a uh like he puts like what
00:11:59.610 --> 00:12:01.129
you're talking about the smoke inside of like
00:12:01.129 --> 00:12:04.070
an acrylic box and then like the smoke starts
00:12:04.070 --> 00:12:06.909
making a loop because like it's it's going around
00:12:06.909 --> 00:12:11.250
the heated so it's it's heated as it as it's
00:12:11.250 --> 00:12:14.450
rising or so it's heated it rises and then it
00:12:14.450 --> 00:12:18.110
goes past the cold air and the or the the uh
00:12:18.110 --> 00:12:20.429
ice block and then it cools down and then it
00:12:20.429 --> 00:12:22.210
comes back down because it's heavier and then
00:12:22.210 --> 00:12:24.350
like that's so it's kind of making a circle and
00:12:24.350 --> 00:12:25.970
then like the circle is where it started to click
00:12:25.970 --> 00:12:30.090
so um i guess i didn't know what you're looking
00:12:30.090 --> 00:12:34.549
for connection yeah convection oh i was like
00:12:34.549 --> 00:12:38.990
no i am making the connection obviously um and
00:12:38.990 --> 00:12:41.509
then so i guess i didn't understand that the
00:12:41.509 --> 00:12:45.169
cooler air like is coming up from above the warmer
00:12:45.169 --> 00:12:48.190
air so it's uh displacing the warm air and that's
00:12:48.190 --> 00:12:49.809
and it's heading towards the ground so like i
00:12:49.809 --> 00:12:51.409
think it's just like pushing it out of the way
00:12:51.409 --> 00:12:57.649
basically is that kind of yeah kind of okay it
00:12:57.649 --> 00:13:02.129
does work like that but that's not really yeah
00:13:02.129 --> 00:13:05.169
that again starts to get into some of the more
00:13:05.169 --> 00:13:09.350
nuance instead of the the basic underlying what
00:13:09.350 --> 00:13:12.659
we're trying to get at here gorgeous okay well
00:13:12.659 --> 00:13:14.559
i promise i'm almost at the end of mine so like
00:13:14.559 --> 00:13:17.159
you are no worries and i expect you to stop me
00:13:17.159 --> 00:13:19.620
and ask questions and stuff as we try to walk
00:13:19.620 --> 00:13:23.399
through certain things perfect because i'm like
00:13:23.399 --> 00:13:25.080
because i'm like saying this out loud now and
00:13:25.080 --> 00:13:26.940
i'm like oh i thought i had a grasp on this and
00:13:26.940 --> 00:13:28.700
i'm like wait this is why i don't understand
00:13:28.700 --> 00:13:32.960
but you do you do what you've written does the
00:13:32.960 --> 00:13:35.379
basics right the super basics and we can walk
00:13:35.379 --> 00:13:39.100
through and i think With my skills that are hopefully
00:13:39.100 --> 00:13:41.460
too terrible, we'll break it down even further
00:13:41.460 --> 00:13:43.360
so you'll completely understand it and you can
00:13:43.360 --> 00:13:45.600
start shouting at the weatherman like some people
00:13:45.600 --> 00:13:49.460
shout at referees. Gorgeous. So then Bill Nye
00:13:49.460 --> 00:13:52.080
goes on to explain that the earth is spinning.
00:13:52.179 --> 00:13:55.340
So the wind is spinning with the earth and that's
00:13:55.340 --> 00:13:57.580
why wind comes from all different directions
00:13:57.580 --> 00:14:00.960
because if the earth wasn't spinning, wind would
00:14:00.960 --> 00:14:04.940
just go north to south. And then the spinning
00:14:04.940 --> 00:14:08.139
is actually... didn't fully understand what he
00:14:08.139 --> 00:14:09.639
was talking about so like i googled this and
00:14:09.639 --> 00:14:11.899
then the spinning situation is actually called
00:14:11.899 --> 00:14:14.960
the coriolis effect and that's why wind is coming
00:14:14.960 --> 00:14:20.519
from different directions um so long and short
00:14:20.519 --> 00:14:22.779
of it the sun creates areas of high pressure
00:14:22.779 --> 00:14:25.679
which is cold dense air and then low pressure
00:14:25.679 --> 00:14:29.039
which is hot lighter um the wind is the cold
00:14:29.039 --> 00:14:31.580
dense air rushing aggressively to displace and
00:14:31.580 --> 00:14:35.330
push the hot light air out of the way and this
00:14:35.330 --> 00:14:37.389
is all happening while the earth is spinning
00:14:37.389 --> 00:14:43.610
so it's curving the wind's path yep okay generally
00:14:43.610 --> 00:14:46.429
like as like a first order yeah that's correct
00:14:46.429 --> 00:14:51.690
awesome and then you tell me where i uh either
00:14:51.690 --> 00:14:54.710
went wrong or went right and then you also told
00:14:54.710 --> 00:14:58.100
me that this either this has an impact on climate
00:14:58.100 --> 00:15:00.220
change or climate change has an impact on this
00:15:00.220 --> 00:15:02.799
i don't remember which but i would like again
00:15:02.799 --> 00:15:06.679
i was i was saying to you that i could make a
00:15:06.679 --> 00:15:09.980
link there um but again like a lot of things
00:15:09.980 --> 00:15:15.039
um science is nuanced it's it's very rarely yes
00:15:15.039 --> 00:15:19.059
no unless it's like does gravity exist um fair
00:15:19.059 --> 00:15:23.490
so We're going to start with the wind thing and
00:15:23.490 --> 00:15:25.029
we'll come back to that because I think we need
00:15:25.029 --> 00:15:27.350
to build a little bit more before I can really
00:15:27.350 --> 00:15:30.029
talk about climate change in this regard and
00:15:30.029 --> 00:15:35.250
why wind as a vehicle to talk about it is difficult.
00:15:35.950 --> 00:15:39.490
So first off, when we talk about wind, it's differences
00:15:39.490 --> 00:15:43.610
in pressure. So temperature is what creates most
00:15:43.610 --> 00:15:46.620
of the time the difference. Differences in pressure.
00:15:46.740 --> 00:15:48.480
So remember what we were just saying that as
00:15:48.480 --> 00:15:51.500
you heat air up, the molecules move further apart,
00:15:51.779 --> 00:15:54.460
the density decreases and it starts to rise.
00:15:54.919 --> 00:15:58.340
So you can imagine as air rises, what does that
00:15:58.340 --> 00:16:04.309
do to the pressure? Wait, what does it do? What
00:16:04.309 --> 00:16:07.169
is pressure? Pressure is like things that confine
00:16:07.169 --> 00:16:09.350
you, right? If you go underneath the water into
00:16:09.350 --> 00:16:11.210
a deeper, deeper into the pool, the pressure
00:16:11.210 --> 00:16:14.809
gets higher and higher. Okay. Okay. So it's going
00:16:14.809 --> 00:16:17.330
to like expand as it goes up. Yeah. So what does
00:16:17.330 --> 00:16:21.429
that do to pressure as it expands? Decreases
00:16:21.429 --> 00:16:24.389
it. Exactly. So it decreases pressure. So you're
00:16:24.389 --> 00:16:28.129
almost creating a low pressure system. So you
00:16:28.129 --> 00:16:31.539
can think of it a bit like. uh if we want to
00:16:31.539 --> 00:16:34.539
use a physics term potential energy everything
00:16:34.539 --> 00:16:37.360
wants to be at the lowest potential energy so
00:16:37.360 --> 00:16:40.860
all of a sudden you have cold air nearby and
00:16:40.860 --> 00:16:43.360
you have low pressure that cold air it's kind
00:16:43.360 --> 00:16:45.879
of like a bowl rolling down a hill it wants to
00:16:45.879 --> 00:16:47.779
go to the low pressure because it's heavier it's
00:16:47.779 --> 00:16:50.440
denser it flows towards the low pressure to the
00:16:50.440 --> 00:16:54.940
lowest potential energy okay so okay pressure
00:16:54.940 --> 00:16:58.539
differences are what causes wind the bigger the
00:16:58.539 --> 00:17:01.429
pressure difference the bigger or the stronger
00:17:01.429 --> 00:17:05.829
the wind. Okay. So that's where we need to start.
00:17:06.029 --> 00:17:07.789
And I think the better example, I'm going to
00:17:07.789 --> 00:17:12.150
try to use Bill Nye, the science guy's example,
00:17:12.369 --> 00:17:15.869
but put it into words. So we're instead visualizing
00:17:15.869 --> 00:17:18.750
something that we can all imagine as opposed
00:17:18.750 --> 00:17:21.930
to an acrylic box in a particular setup. Because
00:17:21.930 --> 00:17:25.269
I think this is something that everyone listening
00:17:25.269 --> 00:17:28.089
or viewing, if we are recording the video on
00:17:28.089 --> 00:17:30.630
this, is going to be able to think about in their
00:17:30.630 --> 00:17:32.970
head as opposed to our ham -fisted attempts at
00:17:32.970 --> 00:17:40.069
explaining somebody else's experiment uh so we've
00:17:40.069 --> 00:17:44.190
all been beside a lake or an ocean and on particularly
00:17:44.190 --> 00:17:48.470
i would say summer days hot summer days so usually
00:17:48.470 --> 00:17:51.230
that means we have something like a high pressure
00:17:51.230 --> 00:17:54.329
system the wind is relatively calm there's no
00:17:54.329 --> 00:17:58.660
big pressure gradients anywhere so what in the
00:17:58.660 --> 00:18:02.079
middle of the day where do you think the wind
00:18:02.079 --> 00:18:06.839
is coming from probably off of the lake because
00:18:06.839 --> 00:18:09.960
the lake would be a little bit cooler right that
00:18:09.960 --> 00:18:13.559
is a hundred percent correct oh okay use that
00:18:13.559 --> 00:18:17.440
and maybe given my explanation that i just gave
00:18:17.440 --> 00:18:23.920
you can explain why so the pressure is going
00:18:23.920 --> 00:18:26.680
to be higher at the lake because it is cooler
00:18:27.940 --> 00:18:30.900
So you've got air molecules who are looking to
00:18:30.900 --> 00:18:34.819
get away from the... But meanwhile, it's a sunny
00:18:34.819 --> 00:18:37.660
day. What's happening on land? It's much hotter
00:18:37.660 --> 00:18:41.660
on land. Which? So which is much less dense because
00:18:41.660 --> 00:18:43.400
there's much less pressure because it's hotter.
00:18:43.900 --> 00:18:48.680
Right. So it's less dense, lower pressure, and
00:18:48.680 --> 00:18:52.059
the dense, higher pressure air flows from the
00:18:52.059 --> 00:18:56.920
lake or the ocean towards land. Right. Now, at
00:18:56.920 --> 00:19:01.579
night, what happens? The land is going to get
00:19:01.579 --> 00:19:04.279
cooler. So it's probably going to go in the opposite
00:19:04.279 --> 00:19:07.319
direction. That's right. Because land, the water
00:19:07.319 --> 00:19:09.460
is going to stay warmer. It takes a lot of effort
00:19:09.460 --> 00:19:12.400
to cool that water. So it's going to stay warmer
00:19:12.400 --> 00:19:14.920
than the land in the middle of the night. And
00:19:14.920 --> 00:19:18.759
so the warm, warmer air will be over the water
00:19:18.759 --> 00:19:22.119
and the land will be cooler. And so you'll get
00:19:22.119 --> 00:19:26.849
a reverse. Okay. Okay. And this all assumes that
00:19:26.849 --> 00:19:28.509
you're in a high -pressure situation, so that
00:19:28.509 --> 00:19:32.529
way these light breezes can actually switch direction,
00:19:32.690 --> 00:19:36.329
right? Sure. Now, just to keep this in mind,
00:19:36.369 --> 00:19:38.349
we're talking about something that's very local.
00:19:38.730 --> 00:19:40.869
it has nothing to do with the corealis effect
00:19:40.869 --> 00:19:44.049
because it's on such a local scale so when we
00:19:44.049 --> 00:19:46.589
start talking about corealis effect and earth
00:19:46.589 --> 00:19:49.430
spinning it absolutely has an effect there's
00:19:49.430 --> 00:19:50.990
no question but we're really starting to talk
00:19:50.990 --> 00:19:54.529
large scale versus small scale and this example
00:19:54.529 --> 00:19:57.490
just kind of shows that wind can be affected
00:19:57.490 --> 00:20:02.369
by topography by water bodies and a number of
00:20:02.369 --> 00:20:05.130
different you even mentioned altitude so there's
00:20:05.130 --> 00:20:08.619
lots of examples of these sorts of things being
00:20:08.619 --> 00:20:13.460
created on a local scale okay so hopefully that
00:20:13.460 --> 00:20:16.420
all made sense no totally it absolutely did yeah
00:20:16.420 --> 00:20:21.220
no totally like this is actually great okay well
00:20:21.220 --> 00:20:24.640
we need to then before we get to the climate
00:20:24.640 --> 00:20:27.380
change thing is talk about something else that
00:20:27.380 --> 00:20:30.859
is a little bit more nuanced okay because it's
00:20:30.859 --> 00:20:36.019
not simply just heating and cooling okay We're
00:20:36.019 --> 00:20:39.559
going to talk about hurricanes. Okay. Do you
00:20:39.559 --> 00:20:42.000
have any idea what's required for a hurricane?
00:20:42.259 --> 00:20:46.220
Let's start there. Wind and water? Well, water
00:20:46.220 --> 00:20:48.660
is yes. Wind is something that kind of builds,
00:20:48.779 --> 00:20:50.599
that becomes part of the hurricane. But why do
00:20:50.599 --> 00:20:55.259
hurricanes form? Got into my head. I couldn't
00:20:55.259 --> 00:20:58.539
tell you. I bet you. I bet you I can pull something
00:20:58.539 --> 00:21:00.940
out of you. So when do hurricanes happen in the
00:21:00.940 --> 00:21:06.470
Atlantic Basin? It's like a... early spring situation
00:21:06.470 --> 00:21:09.650
right that's kind it's kind of late spring is
00:21:09.650 --> 00:21:14.210
the start so and it goes through oh november
00:21:14.210 --> 00:21:16.369
1st if i remember correctly don't quote me on
00:21:16.369 --> 00:21:18.029
that it might be december 1st but i think it's
00:21:18.029 --> 00:21:22.569
november 1st so what it's over the summer okay
00:21:22.569 --> 00:21:25.910
so where the land is heating up so you've got
00:21:25.910 --> 00:21:29.430
significant amounts of water that are like in
00:21:29.430 --> 00:21:32.650
air that are being pulled from The ocean, which
00:21:32.650 --> 00:21:35.450
is no. Okay. No, the big thing you need is warm
00:21:35.450 --> 00:21:40.450
water. Okay. You have to have water. That's I'm
00:21:40.450 --> 00:21:42.450
sorry. I don't speak in Fahrenheit. I'm above
00:21:42.450 --> 00:21:46.450
26 degrees Celsius. So what is that? Like 80,
00:21:46.549 --> 00:21:52.309
80, 80 ish. Yeah. Fahrenheit. So you need warm
00:21:52.309 --> 00:21:56.690
water. Okay. One of the things that is lighter
00:21:56.690 --> 00:22:01.920
than the air at the bottom is water vapor. So
00:22:01.920 --> 00:22:05.940
as you evaporate water, it's less dense than
00:22:05.940 --> 00:22:10.779
air and it begins to rise. Now you have a pressure
00:22:10.779 --> 00:22:13.039
differential because all of a sudden our air
00:22:13.039 --> 00:22:17.279
is going up. Other air has to come in. As that
00:22:17.279 --> 00:22:20.559
air goes up, it's water vapor. It starts to condense
00:22:20.559 --> 00:22:23.240
as it reaches the higher part of the atmosphere.
00:22:24.099 --> 00:22:28.400
That process is also a thermal process. When
00:22:28.400 --> 00:22:32.490
things condense, it releases energy. Okay. As
00:22:32.490 --> 00:22:34.950
it releases energy, it heats the atmosphere.
00:22:35.349 --> 00:22:38.910
That atmosphere up top then becomes less dense.
00:22:39.690 --> 00:22:42.430
So it's low pressure because it's condensing.
00:22:42.450 --> 00:22:45.250
So it sucks up more water or more water vapor
00:22:45.250 --> 00:22:49.130
from the bottom. Got it. Okay. It's like an engine,
00:22:49.210 --> 00:22:50.970
if you want to think of it that way. Because
00:22:50.970 --> 00:22:53.710
you need the warm water, the warm, hot, humid
00:22:53.710 --> 00:22:57.210
water to be able to create this engine of constantly
00:22:57.210 --> 00:23:01.450
bringing... the water vapor up into the atmosphere.
00:23:02.210 --> 00:23:04.970
Okay. So without that, you're never going to
00:23:04.970 --> 00:23:08.029
get a hurricane. And now you have this huge pressure
00:23:08.029 --> 00:23:10.849
differential, right? You keep building and building
00:23:10.849 --> 00:23:12.589
and building and building and building and building,
00:23:12.630 --> 00:23:14.609
and you have this huge low right in the center,
00:23:14.730 --> 00:23:17.789
centered over the eyewall. And then the wind
00:23:17.789 --> 00:23:20.430
field is just the difference in pressure from
00:23:20.430 --> 00:23:27.569
there to the outside of the storm. Okay. Okay.
00:23:28.300 --> 00:23:30.220
Because you need differences in pressure. So
00:23:30.220 --> 00:23:31.759
if you ever look on a weather map and look at
00:23:31.759 --> 00:23:34.180
these hurricanes, they're just like these bullseyes,
00:23:34.200 --> 00:23:36.220
right? And even if you look at the pressure,
00:23:36.319 --> 00:23:38.500
specifically the pressure, and if you've ever
00:23:38.500 --> 00:23:41.480
looked at a topographic map, although I have
00:23:41.480 --> 00:23:44.089
a feeling that we're almost... too old my kids
00:23:44.089 --> 00:23:46.549
are like what's the topographic map but um the
00:23:46.549 --> 00:23:49.309
topographic map i know i know you do but i mean
00:23:49.309 --> 00:23:51.529
there's like at some point it all becomes um
00:23:51.529 --> 00:23:55.809
google satellite imagery right fair yeah no one
00:23:55.809 --> 00:23:57.390
knows how to use the topographic map anymore
00:23:57.390 --> 00:24:01.029
at any rate so if you look at the contours of
00:24:01.029 --> 00:24:03.210
the pressure you're just going to see this deepening
00:24:03.210 --> 00:24:07.109
well um around these hurricanes and it's that
00:24:07.109 --> 00:24:09.589
pressure difference from the outside to the inside
00:24:09.589 --> 00:24:12.960
that's just creating the wind right as wind whips
00:24:12.960 --> 00:24:16.819
around trying to get to you can think of it as
00:24:16.819 --> 00:24:23.299
again potential energy sure okay so uh one thing
00:24:23.299 --> 00:24:25.259
thing now this is where it gets a little more
00:24:25.259 --> 00:24:28.460
tricky if i go from hurricanes and big storms
00:24:28.460 --> 00:24:31.160
and wind in general and trying to get it to climate
00:24:31.160 --> 00:24:35.220
change the models and the science are nuanced
00:24:35.220 --> 00:24:37.440
in some areas wind will actually become less
00:24:37.440 --> 00:24:39.799
in some areas wind will become a little bit more
00:24:39.799 --> 00:24:45.059
when we start talking about hurricanes the climate
00:24:45.059 --> 00:24:48.420
change may actually decrease the number of hurricanes
00:24:48.420 --> 00:24:52.759
and i see may because we're doing forward looking,
00:24:52.940 --> 00:24:55.039
right? We're not taking an observation of today
00:24:55.039 --> 00:24:57.359
and going, yes, this is the physics and everything
00:24:57.359 --> 00:25:00.059
works out. We're like, if we understand the dynamics
00:25:00.059 --> 00:25:03.539
of our atmosphere due to increases in warming,
00:25:03.680 --> 00:25:05.819
due to our greenhouse gas emissions, et cetera,
00:25:05.920 --> 00:25:09.400
then we think it's going to increase wind shear.
00:25:10.119 --> 00:25:13.279
Yes, I'm throwing out more terms and I already
00:25:13.279 --> 00:25:15.059
see you going, okay, how do I place this and
00:25:15.059 --> 00:25:20.380
everything else? But if... Our hurricane has
00:25:20.380 --> 00:25:26.059
everything moving up, creating the load pressure
00:25:26.059 --> 00:25:28.819
at the top and sucking up more and more and more.
00:25:29.460 --> 00:25:32.480
If we take wind shear, that's like pushing at
00:25:32.480 --> 00:25:36.400
the top of that whole heat engine. Okay. Okay.
00:25:36.819 --> 00:25:39.180
So if you're pushing at the top, you're going
00:25:39.180 --> 00:25:41.920
to smear out that heat engine. You're going to
00:25:41.920 --> 00:25:43.980
disrupt it. You're actually going to knock off
00:25:43.980 --> 00:25:45.880
the cloud tops because you're going to move them
00:25:45.880 --> 00:25:49.349
and you're disrupting it so it can't form. you
00:25:49.349 --> 00:25:54.849
can't get this runaway effect of I see the ah
00:25:54.849 --> 00:25:58.069
in your mouth there for those who are not watching
00:25:58.069 --> 00:26:02.769
so so as you knock off the top you're disrupting
00:26:02.769 --> 00:26:04.529
that heat engine and you're going to cause the
00:26:04.529 --> 00:26:06.349
hurricane if it's already formed to start to
00:26:06.349 --> 00:26:09.089
fall apart because you're disrupting it the other
00:26:09.089 --> 00:26:11.049
way you can disrupt a hurricane is cool the water
00:26:11.049 --> 00:26:13.710
beneath it or have it go over land because now
00:26:13.710 --> 00:26:16.589
it's losing its engine source so the same idea
00:26:17.180 --> 00:26:19.200
to both of those situations is having lots of
00:26:19.200 --> 00:26:22.579
vertical or wind shear changing, being able to
00:26:22.579 --> 00:26:26.339
knock off those storm tops. And we think climate
00:26:26.339 --> 00:26:29.039
change is actually going to increase this kind
00:26:29.039 --> 00:26:32.240
of shear. However, it's also going to increase
00:26:32.240 --> 00:26:36.279
the temperature of the water. So the prevailing
00:26:36.279 --> 00:26:40.319
theory or idea is that we may probably will get
00:26:40.319 --> 00:26:42.380
a fewer number of hurricanes in the Atlantic
00:26:42.380 --> 00:26:45.000
Basin. Specifically, I'm talking about the Atlantic
00:26:45.000 --> 00:26:48.279
Basin. I'm not talking about the Pacific or across
00:26:48.279 --> 00:26:50.420
the Pacific when we start talking about typhoons.
00:26:50.440 --> 00:26:52.220
I'm really talking about the Atlantic Basin here.
00:26:52.700 --> 00:26:56.579
We'll get an increase in shear winds, reducing
00:26:56.579 --> 00:26:59.119
the number of hurricanes, but we're also going
00:26:59.119 --> 00:27:01.960
to have warmer water. So when the conditions
00:27:01.960 --> 00:27:04.200
are conducive to create this heat engine, to
00:27:04.200 --> 00:27:07.119
have this flare up, the hurricanes are going
00:27:07.119 --> 00:27:11.799
to be stronger. Okay, so like... Not as often,
00:27:11.900 --> 00:27:15.299
but much more intense when they do happen. Yeah.
00:27:15.799 --> 00:27:18.079
Okay. Okay. And that fits with the general theme
00:27:18.079 --> 00:27:19.759
when we start looking at other things as well.
00:27:19.859 --> 00:27:23.240
Like we talk about weather extremes as opposed
00:27:23.240 --> 00:27:27.000
to specific like trends, right? We're going to
00:27:27.000 --> 00:27:30.420
see more extremes, more droughts, more flooding,
00:27:30.500 --> 00:27:32.960
and not necessarily on a daily basis. It's just
00:27:32.960 --> 00:27:35.839
when these events happen, they're going to be
00:27:35.839 --> 00:27:39.529
more extreme. Okay. And that goes right across
00:27:39.529 --> 00:27:44.569
from storm systems to heat, to rain, even to
00:27:44.569 --> 00:27:48.470
snow. Because disruptions in that whole wind
00:27:48.470 --> 00:27:50.730
field and the temperature differential between
00:27:50.730 --> 00:27:55.609
our North Pole and the equator can cause a destabilization
00:27:55.609 --> 00:27:58.589
or, wow, words, so tough, 8 o 'clock in the morning,
00:27:59.049 --> 00:28:03.130
destabilizes the weather patterns in the Arctic
00:28:03.130 --> 00:28:06.549
and can cause the... polar vortex to come further
00:28:06.549 --> 00:28:09.210
south than it normally does as well, which can
00:28:09.210 --> 00:28:13.190
create really nasty cold snaps and crazy snowstorms
00:28:13.190 --> 00:28:18.069
in northern Texas and Florida. So it's more than
00:28:18.069 --> 00:28:21.809
just a heating. It's a destabilization. And when
00:28:21.809 --> 00:28:24.650
this destabilization happens to our weather patterns,
00:28:24.750 --> 00:28:26.970
it's going to create extremes and wacky weather.
00:28:27.089 --> 00:28:30.430
And they will happen more often under climate
00:28:30.430 --> 00:28:35.509
change than they would otherwise. got it okay
00:28:35.509 --> 00:28:39.450
which is kind of why we need to do something
00:28:39.450 --> 00:28:42.549
we should do something and i so i don't know
00:28:42.549 --> 00:28:47.009
what to do but i feel like you probably have
00:28:47.009 --> 00:28:52.190
a tip because i recycle and like i don't i don't
00:28:52.190 --> 00:28:54.109
run my heat constantly but like i don't know
00:28:54.109 --> 00:28:57.009
what else to do well this is what it comes down
00:28:57.009 --> 00:29:00.890
to right is that you can't i get really frustrated
00:29:00.890 --> 00:29:03.789
with people blaming other people who are living
00:29:03.789 --> 00:29:06.730
in society it's like i have to blame someone
00:29:06.730 --> 00:29:10.609
for dealing with the system that exists like
00:29:10.609 --> 00:29:12.829
that's just crazy you have a car you need to
00:29:12.829 --> 00:29:14.730
get to work let's not shame somebody because
00:29:14.730 --> 00:29:17.789
they have a car like that's ridiculous but there
00:29:17.789 --> 00:29:20.450
are things that we need to do as voters in a
00:29:20.450 --> 00:29:24.069
democracy where we can start choosing or forcing
00:29:24.069 --> 00:29:26.529
our politicians regardless of stripe or partisan
00:29:26.529 --> 00:29:28.869
politics that we need to move in certain directions
00:29:28.869 --> 00:29:32.789
like that's they will move if people ask them
00:29:32.789 --> 00:29:36.609
to because that's what their job is and so things
00:29:36.609 --> 00:29:41.650
like moving towards electric cars moving towards
00:29:41.650 --> 00:29:48.539
uh i mean for all its talk um both in canada
00:29:48.539 --> 00:29:52.319
which is where i'm from canadiany um the alberta
00:29:52.319 --> 00:29:55.420
and you know texas they're the oil capitals of
00:29:55.420 --> 00:29:57.759
north america and our respective countries but
00:29:57.759 --> 00:30:00.259
yet they are the leaders when it comes to solar
00:30:00.259 --> 00:30:03.200
and wind yeah because the economics are there
00:30:03.200 --> 00:30:09.279
right solar is cheaper than coal in general i
00:30:09.279 --> 00:30:13.079
mean yeah it takes more time to build up the
00:30:13.079 --> 00:30:18.180
the capacity of solar but what for what solar
00:30:18.180 --> 00:30:22.099
is cheaper. And so we're getting to a point where
00:30:22.099 --> 00:30:24.960
the system as a whole is starting to make a switch.
00:30:25.160 --> 00:30:28.920
And so we just need to help that along as individuals.
00:30:29.000 --> 00:30:32.599
I'm not talking about forgoing a vacation necessarily.
00:30:33.000 --> 00:30:36.220
It's about changing just the whole system, changing
00:30:36.220 --> 00:30:39.400
short plane rides eventually need to become electric
00:30:39.400 --> 00:30:42.319
instead of jet fuel. Long plane rides will probably
00:30:42.319 --> 00:30:45.579
always use jet fuel because it just is what it
00:30:45.579 --> 00:30:48.250
is. You need enough energy. yeah you run into
00:30:48.250 --> 00:30:52.170
a physical limitation for sure yeah right cool
00:30:52.170 --> 00:30:57.630
so that helps that helps a lot like first of
00:30:57.630 --> 00:31:00.450
all a thank you for helping me understand wind
00:31:00.450 --> 00:31:06.490
b thank you for kind of i guess putting it all
00:31:06.490 --> 00:31:08.369
together and like in a bigger context because
00:31:08.369 --> 00:31:12.240
like i think I didn't come into this thinking
00:31:12.240 --> 00:31:13.559
like, oh, we're going to we're going to walk
00:31:13.559 --> 00:31:15.960
away from it thinking, hey, this is something
00:31:15.960 --> 00:31:18.359
that like actually does matter in the grand scheme
00:31:18.359 --> 00:31:20.700
of things where this will impact people's lives.
00:31:20.759 --> 00:31:23.039
This will I don't like I mean, I think back to
00:31:23.039 --> 00:31:25.920
like Hurricane Katrina, where like New Orleans
00:31:25.920 --> 00:31:28.000
and like parts of Louisiana are still dealing
00:31:28.000 --> 00:31:31.200
with that situation. So I would like to avoid
00:31:31.200 --> 00:31:33.539
that on a societal level as much as possible.
00:31:33.819 --> 00:31:38.519
So understanding the like impacts of what we're
00:31:38.519 --> 00:31:43.000
doing everywhere. And how that like that paints
00:31:43.000 --> 00:31:47.599
the bigger picture is super helpful. And last
00:31:47.599 --> 00:31:51.740
thing, I think there's like something that this
00:31:51.740 --> 00:31:53.859
has been a theme in my life lately where I've
00:31:53.859 --> 00:31:56.240
talked to like I've been I think on the receiving
00:31:56.240 --> 00:31:59.099
end of like where I am with you right now, like
00:31:59.099 --> 00:32:01.240
I'm the roles have been reversed a little bit
00:32:01.240 --> 00:32:03.960
where I've been explaining like financial models
00:32:03.960 --> 00:32:06.720
or like something to someone like on a on a business
00:32:06.720 --> 00:32:12.140
perspective. And I think there's a perception
00:32:12.140 --> 00:32:14.220
where like when someone knows something that
00:32:14.220 --> 00:32:17.759
you don't, that you're immediately stupid. And
00:32:17.759 --> 00:32:20.079
I appreciate you not making me feel stupid for
00:32:20.079 --> 00:32:24.359
not understanding wind. Oh my gosh. What is it?
00:32:24.759 --> 00:32:27.599
I have been in the game long enough to know what
00:32:27.599 --> 00:32:31.960
I don't know. And it's a lot. Oh my goodness.
00:32:33.559 --> 00:32:36.859
It would be so hypocritical of me to take that
00:32:36.859 --> 00:32:41.700
tact. Like. And quite frankly, I have a podcast
00:32:41.700 --> 00:32:44.940
about science communication. I mean, there's
00:32:44.940 --> 00:32:49.519
so much to learn in the world today. And it's,
00:32:49.519 --> 00:32:52.819
I don't want, I want people to stay curious.
00:32:52.859 --> 00:32:55.380
I want people to be engaged. I want people to
00:32:55.380 --> 00:32:59.339
learn. I don't want to make Idiocracy, the movie,
00:32:59.539 --> 00:33:04.960
you know, become a reality. So, yeah, of course.
00:33:04.960 --> 00:33:07.680
And I love the chance to go on your show here
00:33:07.680 --> 00:33:11.660
and be able to opine about science in general.
00:33:11.720 --> 00:33:14.440
It's a lot of fun. It's I mean, I started a podcast
00:33:14.440 --> 00:33:17.099
that I like to sound in my own voice. I mean,
00:33:17.099 --> 00:33:20.599
what? It's just it's too bad that I didn't get
00:33:20.599 --> 00:33:22.539
to meet the other half of this podcast right
00:33:22.539 --> 00:33:25.859
here and now. And maybe there'll be another opportunity
00:33:25.859 --> 00:33:29.660
in the future. There absolutely will be. You've
00:33:29.660 --> 00:33:32.119
been. so amazing so helpful i know this is a
00:33:32.119 --> 00:33:34.880
much shorter episode than normal um i'm still
00:33:34.880 --> 00:33:36.539
trying to figure out like what the footing looks
00:33:36.539 --> 00:33:39.279
like this is for the listener like this i'm still
00:33:39.279 --> 00:33:40.740
trying to figure out what it looks like until
00:33:40.740 --> 00:33:42.940
emma comes back and realistically probably like
00:33:42.940 --> 00:33:46.640
february um so sorry that we didn't have a reality
00:33:46.640 --> 00:33:48.859
roundup today i can't imagine that jeff prepared
00:33:48.859 --> 00:33:50.500
by watching the real housewives of salt lake
00:33:50.500 --> 00:33:54.359
city last night but no that's not really my cup
00:33:54.359 --> 00:33:57.849
of tea And that's okay because science is not
00:33:57.849 --> 00:34:02.170
mine. But no, you can come back on literally
00:34:02.170 --> 00:34:04.490
anytime you want. And I'm sure when Emma hears
00:34:04.490 --> 00:34:06.309
this, she's going to be furious that I did this
00:34:06.309 --> 00:34:09.230
without her. But we'll cross that bridge together
00:34:09.230 --> 00:34:10.590
because I'm sure there's something else about
00:34:10.590 --> 00:34:12.389
science that we don't understand. But thank you
00:34:12.389 --> 00:34:14.170
so much for being here, Jeff. Tell the people
00:34:14.170 --> 00:34:17.070
where they can find you. They can find me on
00:34:17.070 --> 00:34:19.750
Facebook, Instagram, and Blue Sky at Whimsical
00:34:19.750 --> 00:34:22.889
Wavelengths. The podcast is Whimsical Wavelengths,
00:34:22.889 --> 00:34:25.909
a science podcast. I'm always looking for new
00:34:25.909 --> 00:34:30.829
show ideas and just poke me on Instagram or Facebook.
00:34:30.909 --> 00:34:33.429
So that way I'm not talking into the void. The
00:34:33.429 --> 00:34:37.590
more interaction, the better. Awesome. I'll put
00:34:37.590 --> 00:34:41.369
your episode or your show in my show notes. But
00:34:41.369 --> 00:34:44.349
go listen to it for real. Like, it's super interesting.
00:34:44.530 --> 00:34:48.849
You'll have an absolute time. But from Indy to
00:34:48.849 --> 00:34:52.329
Alberta to wherever you are, we love you. And
00:34:52.329 --> 00:34:55.199
thank you for listening. Thank you.
volcanologist, geophysicist, and podcast host
Whimsical Wavelengths is a science podcast hosted by volcanologist and geophysicist Dr. Jeffrey Zurek, exploring how science actually works—messy data, imperfect models, human personalities, and all. The show spans topics across the physical sciences, including volcanology, astronomy, geophysics, planetary science, physics, food science, and the history of scientific discovery.
Most episodes feature conversations with working scientists and researchers discussing their research, methods, and career paths. Others are solo, narrative-driven explorations that trace how we came to understand the natural world. Episode topics vary from wandering stars and volcanoes to black holes, ice cream, and the occasional scientific paradox. Throughout, the focus is less on headlines and more on process: how evidence is gathered, how ideas change, and why uncertainty is a feature of science rather than a flaw.
Whimsical Wavelengths is rooted in science communication and teaching, with an emphasis on clarity without oversimplification. Mathematical rigor, historical context, and real-world field experience are woven together to show how different scientific disciplines intersect and inform one another. Along the way, there are reflections on mentorship, belonging in science, and what it means to pursue curiosity as a career.
The tone is thoughtful, curious, and occasionally irreverent—expect the odd terrible science dad joke, but never at the expense of the science itself. This is a podcast for listeners who enjoy learning how we know what we know, whether they co… Read More