WEBVTT 00:00:00.000 --> 00:00:02.660 Hey, everyone, get ready for some exciting news. 00:00:03.020 --> 00:00:05.620 We've got a total lunar eclipse coming to North 00:00:05.620 --> 00:00:11.140 America on March 13th and 14th, 2025. Oh, yeah. 00:00:11.599 --> 00:00:13.939 It's been a while, three years to be exact, since 00:00:13.939 --> 00:00:15.939 we last saw one from North America. So this is 00:00:15.939 --> 00:00:18.190 going to be pretty special. Yeah. And before 00:00:18.190 --> 00:00:21.129 we really dive in, I want to remind you to follow 00:00:21.129 --> 00:00:24.390 meteorologist Rob Jones. Okay. He's on Instagram 00:00:24.390 --> 00:00:28.589 meteorologist on TikTok TV meteorologist and 00:00:28.589 --> 00:00:30.850 on YouTube. You can follow Rob Jones hurricane. 00:00:31.019 --> 00:00:33.719 Great. That's also where you can find the Meteorology 00:00:33.719 --> 00:00:36.340 Matters podcast playlist. Awesome. You know, 00:00:36.340 --> 00:00:38.039 we're not just going to talk about what causes 00:00:38.039 --> 00:00:40.039 a lunar eclipse. We'll also figure out the best 00:00:40.039 --> 00:00:42.539 viewing spots across the US. OK. We'll unravel 00:00:42.539 --> 00:00:44.679 some pretty cool facts about the March full moon. 00:00:44.700 --> 00:00:46.520 Right. And hopefully answer some questions you 00:00:46.520 --> 00:00:49.100 didn't even know you had. Sounds good. So let's 00:00:49.100 --> 00:00:51.719 get started. OK. Could you walk us through what 00:00:51.719 --> 00:00:55.500 happens during a total lunar eclipse? Sure. I 00:00:55.500 --> 00:00:57.100 know it has something to do with the sun, earth, 00:00:57.119 --> 00:00:59.840 and moon lining up. But what's the science behind 00:00:59.840 --> 00:01:02.590 this? Cosmic Ballet. Yeah, you're right. It's 00:01:02.590 --> 00:01:05.489 all about alignment. Okay. Astronomers call it 00:01:05.489 --> 00:01:10.549 syzygy, when the Sun, Earth, and Moon form, well, 00:01:10.870 --> 00:01:14.170 a nearly straight line in space. Now during a 00:01:14.170 --> 00:01:16.909 lunar eclipse, the Earth is right in the middle, 00:01:16.909 --> 00:01:19.810 blocking the Sun's light from reaching the Moon. 00:01:19.870 --> 00:01:22.870 I see. So picture the Earth's shadow, or what 00:01:22.870 --> 00:01:26.510 astronomers call the umbra. It slowly creeps 00:01:26.510 --> 00:01:29.829 across the lunar surface as the moon moves deeper 00:01:29.829 --> 00:01:33.989 into the umbra. It gets darker and darker. But 00:01:33.989 --> 00:01:36.209 here's where it gets really interesting. During 00:01:36.209 --> 00:01:40.510 totality, when the moon is completely engulfed 00:01:40.510 --> 00:01:43.590 in Earth's shadow, it doesn't just vanish. It 00:01:43.590 --> 00:01:46.709 transforms into this really cool reddish orange 00:01:46.709 --> 00:01:49.810 spectacle. We call it the famous blood moon. 00:01:49.870 --> 00:01:51.650 Blood moon, that's so cool. It's like something 00:01:51.650 --> 00:01:54.939 out of a fantasy novel. But why red? Why not 00:01:54.939 --> 00:01:58.310 say blue or green? The reason has to do with 00:01:58.310 --> 00:02:01.329 Earth's atmosphere. Even though the Earth is 00:02:01.329 --> 00:02:04.769 blocking direct sunlight, some rays still manage 00:02:04.769 --> 00:02:07.010 to sneak through the edges of our planet's atmosphere. 00:02:07.230 --> 00:02:09.530 As this light passes through the air, it gets 00:02:09.530 --> 00:02:12.189 scattered and filtered. The shorter wavelengths 00:02:12.189 --> 00:02:14.770 of light, like blue and green, get scattered 00:02:14.770 --> 00:02:17.569 away more easily, leaving behind the longer wavelengths, 00:02:17.629 --> 00:02:20.389 like red and orange. It's the same phenomenon 00:02:20.389 --> 00:02:23.110 that paints our sunsets and sunrises with those 00:02:23.110 --> 00:02:27.370 warm hues. Ah, that makes so much sense. So the 00:02:27.370 --> 00:02:30.509 blood moon is like a giant cosmic sunset projected 00:02:30.509 --> 00:02:33.270 onto the lunar surface. That's a beautiful way 00:02:33.270 --> 00:02:36.030 to think about it. Now, I read that the shade 00:02:36.030 --> 00:02:39.370 of red can vary from eclipse to eclipse. Why 00:02:39.370 --> 00:02:42.400 is that? That's a great question. And it really 00:02:42.400 --> 00:02:45.460 highlights how lunar eclipses can be a kind of 00:02:45.460 --> 00:02:47.819 celestial barometer for the health of our planet. 00:02:48.580 --> 00:02:50.659 The shade of red during a lunar eclipse depends 00:02:50.659 --> 00:02:53.240 on what's happening in Earth's atmosphere. You 00:02:53.240 --> 00:02:55.039 know, if there's been a recent volcanic eruption, 00:02:55.099 --> 00:02:57.460 for example, and there's a lot of dust and aerosols 00:02:57.460 --> 00:03:00.120 in the upper atmosphere, the eclipse might appear 00:03:00.120 --> 00:03:03.729 a deeper, darker red. Wow. Conversely, a clear 00:03:03.729 --> 00:03:06.629 atmosphere might result in a brighter, almost 00:03:06.629 --> 00:03:09.349 coppery hue. So we're not just watching a lunar 00:03:09.349 --> 00:03:11.550 eclipse. We're also getting a glimpse into the 00:03:11.550 --> 00:03:14.150 state of Earth's atmosphere. That's incredible. 00:03:14.310 --> 00:03:18.069 Yeah. I also heard that for this particular eclipse, 00:03:19.030 --> 00:03:21.310 the moon won't be passing directly through the 00:03:21.310 --> 00:03:23.770 center of the Earth's shadow. Uh -huh. So you 00:03:23.770 --> 00:03:26.710 might see the top half appearing brighter. Is 00:03:26.710 --> 00:03:29.840 that true? That's absolutely correct. The moon's 00:03:29.840 --> 00:03:32.520 path through Earth's shadow isn't always perfectly 00:03:32.520 --> 00:03:36.240 central. Yeah. This time it's going to be slightly 00:03:36.240 --> 00:03:38.860 off center, meaning one side of the moon will 00:03:38.860 --> 00:03:41.719 be closer to the edge of the umbra where some 00:03:41.719 --> 00:03:44.800 sunlight can still reach it. And that's why the 00:03:44.800 --> 00:03:47.159 top half might appear a bit brighter than the 00:03:47.159 --> 00:03:50.099 bottom half during totality. It's a subtle detail, 00:03:50.099 --> 00:03:52.860 but it adds another layer of intrigue to this 00:03:52.860 --> 00:03:55.379 already fascinating event. I love those little 00:03:55.379 --> 00:03:57.460 details, the things that make each eclipse unique. 00:03:58.120 --> 00:04:01.099 So let's talk about where to catch this celestial 00:04:01.099 --> 00:04:04.979 spectacle. Obviously, clear skies are key. Right. 00:04:05.439 --> 00:04:07.680 But are there specific locations in the US that 00:04:07.680 --> 00:04:10.120 will offer the best views? Well, weather plays 00:04:10.120 --> 00:04:12.560 a huge role. And unfortunately, it looks like 00:04:12.560 --> 00:04:14.740 Mother Nature might throw a wrench in the plans 00:04:14.740 --> 00:04:18.199 for some of us this time. There's a large storm 00:04:18.199 --> 00:04:20.360 system brewing that's expected to move across 00:04:20.360 --> 00:04:22.620 the country right around the time of the eclipse. 00:04:22.680 --> 00:04:25.899 Oh, no. it'll bring extensive cloud cover to 00:04:25.899 --> 00:04:28.300 many areas. Oh, that doesn't sound good. Yeah. 00:04:28.699 --> 00:04:31.300 So which areas are going to be hit the hardest 00:04:31.300 --> 00:04:35.220 by this cloud cover? The far west, the Rockies, 00:04:35.470 --> 00:04:38.610 and the north central US are likely going to 00:04:38.610 --> 00:04:41.730 face a blanket of clouds making viewing difficult. 00:04:42.230 --> 00:04:44.449 For example, Salt Lake City is predicted to have 00:04:44.449 --> 00:04:48.649 about 93 % cloud cover. And the Northeast won't 00:04:48.649 --> 00:04:50.470 fare much better. There will be a fair amount 00:04:50.470 --> 00:04:53.310 of cloudiness expected there too. So we can rule 00:04:53.310 --> 00:04:55.490 those regions out for optimal viewing. What about 00:04:55.490 --> 00:04:58.069 the Rockies? They're usually pretty severe, right? 00:04:58.129 --> 00:05:00.750 Unfortunately, not this time. The Rockies are 00:05:00.750 --> 00:05:03.629 actually in for a double whammy of clouds and 00:05:03.629 --> 00:05:06.439 snow. Oh, no. What are the best conditions for 00:05:06.439 --> 00:05:08.860 eclipse viewing? So those are the no -go zones. 00:05:09.379 --> 00:05:13.180 But where can we find the clearest skies, the 00:05:13.180 --> 00:05:16.139 prime real estate for eclipse viewing? Well, 00:05:16.399 --> 00:05:18.639 based on current weather models, the best viewing 00:05:18.639 --> 00:05:21.959 conditions look to be in a swath of the country 00:05:21.959 --> 00:05:25.660 stretching from Texas to the Ohio Valley. And 00:05:25.660 --> 00:05:28.470 southern Florida also looks promising. Oh, good. 00:05:29.189 --> 00:05:31.470 Miami, for instance, is predicted to have only 00:05:31.470 --> 00:05:34.470 about 3 % cloud cover. Now, those are some eclipse 00:05:34.470 --> 00:05:37.430 -worthy skies. Yeah. Clear skies and a blood 00:05:37.430 --> 00:05:39.949 moon. Yeah. What more could you ask for? You're 00:05:39.949 --> 00:05:41.990 right about that. And I almost forgot to mention 00:05:41.990 --> 00:05:45.550 the Central Plains, specifically Oklahoma, Kansas, 00:05:45.670 --> 00:05:48.670 and Missouri. Those are shaping up to be solid 00:05:48.670 --> 00:05:50.910 options for clear viewing as well. Excellent 00:05:50.910 --> 00:05:53.129 news for eclipse enthusiasts in those states. 00:05:53.129 --> 00:05:55.050 Right. Now, I can't let you go without asking 00:05:55.050 --> 00:05:57.980 about the worm moon. Sure. It's kind of a quirky 00:05:57.980 --> 00:06:00.220 name, isn't it? What's the story behind that? 00:06:00.480 --> 00:06:03.620 It's a fascinating blend of natural observations 00:06:03.620 --> 00:06:06.660 and Native American tradition. Historically, 00:06:06.779 --> 00:06:09.240 the March full moon often coincided with the 00:06:09.240 --> 00:06:12.139 emergence of earthworms as the ground began to 00:06:12.139 --> 00:06:14.639 thaw with the arrival of spring. So it's a sign 00:06:14.639 --> 00:06:17.220 of nature reawakening after winter. I like that. 00:06:17.600 --> 00:06:19.360 Are there other names for the March full moon? 00:06:19.689 --> 00:06:22.449 Absolutely. It's amazing how different cultures 00:06:22.449 --> 00:06:25.009 have observed the same celestial event and given 00:06:25.009 --> 00:06:27.230 it unique names reflecting their own traditions 00:06:27.230 --> 00:06:29.949 and experiences. Some Native American tribes 00:06:29.949 --> 00:06:32.589 called it the Eagle Moon, marking in the return 00:06:32.589 --> 00:06:35.370 of these majestic birds. Others referred to it 00:06:35.370 --> 00:06:38.449 as the Goose Moon, signifying the northward migration 00:06:38.449 --> 00:06:41.699 of geese. Oh, wow. There's also the crow comes 00:06:41.699 --> 00:06:44.819 back moon, the sugar moon when maple sap starts 00:06:44.819 --> 00:06:47.720 to flow, the wind strong moon highlighting the 00:06:47.720 --> 00:06:49.959 blustery weather often associated with March. 00:06:50.079 --> 00:06:52.759 Oh, wow. And even the sore eyes moon maybe referencing 00:06:52.759 --> 00:06:54.899 the glare of sunlight reflecting off the melting 00:06:54.899 --> 00:06:57.279 snow. Wow, that's a whole collection of names, 00:06:57.339 --> 00:06:59.519 each one telling its own story. It's like looking 00:06:59.519 --> 00:07:01.500 up at the same moon but seeing it through different 00:07:01.500 --> 00:07:04.000 cultural lenses. It really adds another dimension 00:07:04.000 --> 00:07:06.430 to this upcoming lunar eclipse, doesn't it? It 00:07:06.430 --> 00:07:08.970 certainly does, and it makes you wonder how people 00:07:08.970 --> 00:07:11.449 in the past interpreted these celestial events. 00:07:12.029 --> 00:07:15.790 Imagine seeing a total lunar eclipse, this sudden 00:07:15.790 --> 00:07:18.110 darkening and reddening of the moon, without 00:07:18.110 --> 00:07:20.290 any scientific understanding of what was happening. 00:07:20.350 --> 00:07:23.110 It must have been a truly awe -inspiring and 00:07:23.110 --> 00:07:25.790 perhaps even frightening experience. I can only 00:07:25.790 --> 00:07:28.509 imagine. So as we gear up for this total lunar 00:07:28.509 --> 00:07:31.509 eclipse, it's more than just a scientific phenomenon. 00:07:31.509 --> 00:07:34.269 Right. We're connecting to a long legacy of human 00:07:34.269 --> 00:07:36.839 wonder and story time. You beautifully said. 00:07:37.480 --> 00:07:40.399 Who knows what stories and interpretations this 00:07:40.399 --> 00:07:43.560 particular eclipse will inspire in us. Exactly. 00:07:43.819 --> 00:07:46.779 It's time to embrace the magic of the worm moon 00:07:46.779 --> 00:07:49.660 lunar eclipse because it promises to be an unforgettable 00:07:49.660 --> 00:07:52.139 experience. It really does. Now that we've talked 00:07:52.139 --> 00:07:54.660 about what causes a lunar eclipse and where to 00:07:54.660 --> 00:07:56.540 see it, let's get down to the nitty -gritty. 00:07:56.680 --> 00:08:00.379 Okay. When exactly can you catch this lunar eclipse. 00:08:00.579 --> 00:08:02.620 Yes, let's talk timings. I know folks are eager 00:08:02.620 --> 00:08:04.720 to plan their eclipse viewing parties. Yeah, 00:08:04.779 --> 00:08:07.459 you're right. Timing is key for any celestial 00:08:07.459 --> 00:08:09.660 event. Right. And it varies depending on your 00:08:09.660 --> 00:08:11.680 location. We're talking time zones and all that. 00:08:11.920 --> 00:08:13.660 Right. So break it down for us. What are the 00:08:13.660 --> 00:08:16.040 prime viewing times for different parts of the 00:08:16.040 --> 00:08:18.459 country? Well, for those on the West Coast, the 00:08:18.459 --> 00:08:22.160 total lunar eclipse begins at 11 .26 p .m. Pacific 00:08:22.160 --> 00:08:25.459 Daylight Time on March 13th. OK, West Coasters, 00:08:25.540 --> 00:08:27.220 set those alarms. What about the East Coast? 00:08:27.639 --> 00:08:29.759 For those in the East Coast, things kick off 00:08:29.759 --> 00:08:33.879 a little later at 2 .26 a .m. Eastern Daylight 00:08:33.879 --> 00:08:37.059 Time on March 14th. Okay. So basically, the farther 00:08:37.059 --> 00:08:39.559 east you are, the later you'll need to stay up 00:08:39.559 --> 00:08:42.399 or wake up to witness the full spectacle of the 00:08:42.399 --> 00:08:45.450 eclipse. Got it. So we've got a late night show 00:08:45.450 --> 00:08:47.830 on the West Coast and an early morning spectacle 00:08:47.830 --> 00:08:50.269 on the East Coast. Yeah. And how long will this 00:08:50.269 --> 00:08:52.690 celestial show last? Totality. You know that 00:08:52.690 --> 00:08:55.129 magical moment when the moon is completely bathed 00:08:55.129 --> 00:08:57.549 in Earth's shadow? Yeah. Will last for a little 00:08:57.549 --> 00:08:59.870 over an hour. Plenty of time to soak in the spectacle. 00:09:00.169 --> 00:09:02.450 And don't forget the partial phases of the eclipse 00:09:02.450 --> 00:09:04.950 when the moon is gradually moving into and out 00:09:04.950 --> 00:09:07.289 of Earth's shadow will be visible for a couple 00:09:07.289 --> 00:09:10.350 of hours before and after totality. That's good 00:09:10.350 --> 00:09:12.779 to know. So even if you miss the peak moment, 00:09:12.980 --> 00:09:15.539 you can still catch some pretty incredible celestial 00:09:15.539 --> 00:09:19.799 choreography. Speaking of which, any tips on 00:09:19.799 --> 00:09:22.200 how to capture this cosmic ballet on camera? 00:09:22.259 --> 00:09:25.059 Oh yeah. I'm sure our listeners will want to 00:09:25.059 --> 00:09:27.440 preserve the memory of this event. Absolutely. 00:09:27.700 --> 00:09:29.539 And you know, photographing a lunar eclipse can 00:09:29.539 --> 00:09:31.759 be a bit tricky, but with a few pointers you 00:09:31.759 --> 00:09:34.740 can snag some stunning shots. Okay. First and 00:09:34.740 --> 00:09:37.500 foremost, ditch the shaky hands and use a tripod. 00:09:37.789 --> 00:09:40.490 The long exposures needed to capture the eclipse 00:09:40.490 --> 00:09:43.429 will make handheld shots blurry. A steady tripod 00:09:43.429 --> 00:09:46.090 is essential. Got it. What about camera settings? 00:09:46.250 --> 00:09:48.250 Any advice there? You'll need to experiment a 00:09:48.250 --> 00:09:51.750 bit. But a good starting point is a low ISO setting, 00:09:51.909 --> 00:09:55.549 like 100 or 200, to minimize noise. For aperture, 00:09:55.610 --> 00:09:59.149 begin with a wide opening, like f8 or f11. This 00:09:59.149 --> 00:10:01.889 will allow more light in and help achieve a sharper 00:10:01.889 --> 00:10:07.059 focus. Low ISO and wide aperture, check. For 00:10:07.059 --> 00:10:10.220 the big question, shutter speed. Right. What's 00:10:10.220 --> 00:10:13.580 the magic number? Ugh, shutter speed. This is 00:10:13.580 --> 00:10:16.240 where things get fun. It's all about experimentation 00:10:16.240 --> 00:10:18.860 and finding what works for you. You'll need to 00:10:18.860 --> 00:10:20.799 adjust your shutter speed based on the brightness 00:10:20.799 --> 00:10:23.720 of the moon and the desired effect. OK. You can 00:10:23.720 --> 00:10:25.879 start with a shorter exposure, maybe a second 00:10:25.879 --> 00:10:28.720 or two, and gradually increase it until you achieve 00:10:28.720 --> 00:10:30.779 the brightness and detail you're looking for. 00:10:30.960 --> 00:10:33.840 So it's like a cosmic dance with your camera 00:10:33.840 --> 00:10:36.340 settings, tweaking and adjusting until you find 00:10:36.340 --> 00:10:38.559 that perfect rhythm. Exactly. And don't forget 00:10:38.559 --> 00:10:41.100 to use your camera's timer or a remote shutter 00:10:41.100 --> 00:10:44.289 release to avoid any camera shake. Right. those 00:10:44.289 --> 00:10:46.970 photos to be crisp and clear. No shapey hands 00:10:46.970 --> 00:10:48.950 allowed when we're capturing these selectual 00:10:48.950 --> 00:10:51.889 masterpieces. Any other pro tips? If you really 00:10:51.889 --> 00:10:54.470 want to elevate your photos, try incorporating 00:10:54.470 --> 00:10:57.470 foreground elements like trees, buildings, or 00:10:57.470 --> 00:10:59.570 even silhouettes of people against the backdrop 00:10:59.570 --> 00:11:02.090 of the eclipsed moon. Right. It can add a sense 00:11:02.090 --> 00:11:04.750 of depth and scale to your photos. Ooh, I like 00:11:04.750 --> 00:11:07.070 that. Yeah. It's like turning a cosmic event 00:11:07.070 --> 00:11:10.700 into a work of art. It's all about expressing 00:11:10.700 --> 00:11:14.039 your own unique vision through the lens of this 00:11:14.039 --> 00:11:16.740 celestial phenomenon. Exactly. And most importantly, 00:11:16.960 --> 00:11:19.220 have fun and enjoy the experience. It's not every 00:11:19.220 --> 00:11:21.039 day we get to witness this kind of celestial 00:11:21.039 --> 00:11:24.470 show. Right. Speaking of the blood moon, are 00:11:24.470 --> 00:11:28.269 there any cultural or historical beliefs associated 00:11:28.269 --> 00:11:31.129 with this reddish hue during a lunar eclipse? 00:11:31.289 --> 00:11:33.210 That's a great point. It's not just about the 00:11:33.210 --> 00:11:35.889 science. It's about how different cultures have 00:11:35.889 --> 00:11:38.070 perceived and interpreted this event throughout 00:11:38.070 --> 00:11:40.210 history. I'm actually curious to hear what you've 00:11:40.210 --> 00:11:42.769 uncovered. Well, in some ancient cultures, the 00:11:42.769 --> 00:11:46.850 blood moon was seen as a bad omen, a sign of 00:11:46.850 --> 00:11:49.990 impending doom. They associated it with things 00:11:49.990 --> 00:11:53.850 like war, famine, or natural disasters. I can 00:11:53.850 --> 00:11:56.649 understand why. The moon suddenly changing color 00:11:56.649 --> 00:11:58.450 could be pretty unsettling, especially if you 00:11:58.450 --> 00:12:00.149 didn't have the scientific knowledge to explain 00:12:00.149 --> 00:12:03.750 it. Exactly. But not all cultures viewed it negatively. 00:12:04.480 --> 00:12:06.860 For example, some Native American tribes saw 00:12:06.860 --> 00:12:09.720 it as a time of spiritual renewal and transformation, 00:12:10.279 --> 00:12:12.679 a chance to connect with the cosmos, reflect 00:12:12.679 --> 00:12:15.259 on their lives, and seek guidance from the spirits. 00:12:15.529 --> 00:12:17.929 It's interesting how the same celestial event 00:12:17.929 --> 00:12:21.309 can evoke such contrasting interpretations. It 00:12:21.309 --> 00:12:24.149 really speaks to the power of the sky to inspire 00:12:24.149 --> 00:12:27.850 both wonder and fear in us. It really does. So 00:12:27.850 --> 00:12:30.509 are you ready to explore some myths and legends 00:12:30.509 --> 00:12:34.029 associated with lunar eclipses in general? Absolutely. 00:12:34.250 --> 00:12:36.409 I'm always up for a good story, especially when 00:12:36.409 --> 00:12:39.649 it involves celestial beings and cosmic drama. 00:12:39.850 --> 00:12:41.830 Well, one recurring theme you'll find in many 00:12:41.830 --> 00:12:45.539 cultures is the idea of a celestial being. often 00:12:45.539 --> 00:12:48.879 a dragon or a demon devouring the moon during 00:12:48.879 --> 00:12:52.320 an eclipse. Wow, that's quite the image. I can 00:12:52.320 --> 00:12:54.899 see why ancient people witnessing the moon disappear 00:12:54.899 --> 00:12:57.399 into darkness might imagine such a creature. 00:12:58.139 --> 00:12:59.940 Are there any specific myths you can share? Of 00:12:59.940 --> 00:13:02.419 course. In Hindu mythology, there's a tale about 00:13:02.419 --> 00:13:05.320 a demon named Rahu who attempts to steal the 00:13:05.320 --> 00:13:08.279 elixir of immortality. But the sun and moon spot 00:13:08.279 --> 00:13:11.039 him and alert the god Vishnu. So Rahu's plan 00:13:11.039 --> 00:13:14.100 is foiled. What happens next? Well, Vishnu, being 00:13:14.100 --> 00:13:16.639 the swift and powerful god that he is, cuts off 00:13:16.639 --> 00:13:18.720 Rahu's head before he can swallow the elixir. 00:13:18.919 --> 00:13:21.399 Yikes. Talk about a severe consequence. Right. 00:13:21.700 --> 00:13:24.840 But here's the twist. Rahu's head, now immortal, 00:13:25.399 --> 00:13:28.580 continues to exist and seeks revenge by eternally 00:13:28.580 --> 00:13:31.360 chasing the sun and the moon. Oh, wow. So that's 00:13:31.360 --> 00:13:34.259 how eclipses came to be. Exactly. When Rahu catches 00:13:34.259 --> 00:13:36.759 up to either the sun or moon, he swallows it, 00:13:36.840 --> 00:13:39.740 causing an eclipse. But because he has no body, 00:13:40.159 --> 00:13:42.139 the sun or moon eventually passes through his 00:13:42.139 --> 00:13:45.379 severed neck and reappears. That's a wild story. 00:13:46.220 --> 00:13:49.000 It's amazing how mythology can offer such creative 00:13:49.000 --> 00:13:51.799 explanations for natural phenomena. It really 00:13:51.799 --> 00:13:54.559 is. And there are countless other myths and legends 00:13:54.559 --> 00:13:56.620 from around the world that try to make sense 00:13:56.620 --> 00:13:59.460 of eclipses. It demonstrates the enduring power 00:13:59.460 --> 00:14:02.320 of storytelling and our innate desire to understand 00:14:02.320 --> 00:14:04.600 the world around us. It makes you wonder what 00:14:04.600 --> 00:14:06.899 stories this upcoming eclipse will inspire in 00:14:06.899 --> 00:14:09.340 our modern age. It does, doesn't it? Speaking 00:14:09.340 --> 00:14:11.139 of names, we've talked a lot about the blood 00:14:11.139 --> 00:14:14.340 moon, but are there any other nicknames for lunar 00:14:14.340 --> 00:14:17.320 eclipses? That's a good question. I'm curious 00:14:17.320 --> 00:14:19.960 to hear if there are any other evocative or descriptive 00:14:19.960 --> 00:14:22.840 names for this event. Well, some are pretty straightforward, 00:14:23.320 --> 00:14:25.899 like copper moon or rusty moon, referring to 00:14:25.899 --> 00:14:28.440 that reddish orange color. Then there's the simple 00:14:28.440 --> 00:14:31.399 shadow moon. Right. Which is just a direct observation 00:14:31.399 --> 00:14:34.139 of what's happening. But one nickname I find 00:14:34.139 --> 00:14:38.179 particularly charming is the Flower Moon Eclipse. 00:14:39.259 --> 00:14:41.500 Flower Moon Eclipse? That sounds beautiful. Why 00:14:41.500 --> 00:14:43.899 that name? Well, this particular lunar eclipse 00:14:43.899 --> 00:14:46.899 is happening in March, which, as we discussed 00:14:46.899 --> 00:14:49.759 earlier, is traditionally known as the Flower 00:14:49.759 --> 00:14:52.620 Moon Month in some cultures. Right. It's combining 00:14:52.620 --> 00:14:55.830 the type of eclipse with the time of year. Exactly. 00:14:55.970 --> 00:14:58.090 It's a beautiful way to acknowledge both the 00:14:58.090 --> 00:15:00.909 celestial event and the seasonal context. I love 00:15:00.909 --> 00:15:04.110 it. It's like a cosmic calendar marking the passage 00:15:04.110 --> 00:15:07.149 of time. Yeah. And it reminds us that we're all 00:15:07.149 --> 00:15:09.789 part of this grand celestial dance connected 00:15:09.789 --> 00:15:12.169 to the rhythms of the universe. Absolutely. It 00:15:12.169 --> 00:15:13.889 feels like we've covered a lot of ground from 00:15:13.889 --> 00:15:16.149 the science behind eclipses to the myths that 00:15:16.149 --> 00:15:18.309 surround them and even some tips on how to capture 00:15:18.309 --> 00:15:21.110 the perfect photo. Yeah, we have. Is there anything 00:15:21.110 --> 00:15:23.090 else you'd like to share before we move on to 00:15:23.090 --> 00:15:25.370 our final thoughts? Well, I think we've covered 00:15:25.370 --> 00:15:27.950 the essentials. OK. But I'm always eager to answer 00:15:27.950 --> 00:15:29.570 any questions you might have. Is there anything 00:15:29.570 --> 00:15:33.070 specific that piqued your curiosity? Well, you 00:15:33.070 --> 00:15:35.190 mentioned earlier that the shade of red during 00:15:35.190 --> 00:15:38.909 a total lunar eclipse can vary depending on what's 00:15:38.909 --> 00:15:41.509 happening in Earth's atmosphere. Could you maybe 00:15:41.509 --> 00:15:43.669 elaborate on that a bit more? What are some of 00:15:43.669 --> 00:15:45.850 the factors that can influence the color? Of 00:15:45.850 --> 00:15:49.059 course. As we discussed, the reddish hue is caused 00:15:49.059 --> 00:15:51.960 by sunlight filtering through Earth's atmosphere. 00:15:52.740 --> 00:15:55.379 But the intensity and shade of that red can be 00:15:55.379 --> 00:15:58.059 influenced by a number of things. For example, 00:15:58.279 --> 00:16:01.000 if there's been a recent volcanic eruption and 00:16:01.000 --> 00:16:03.240 there's a lot of dust and ash particles in the 00:16:03.240 --> 00:16:06.000 upper atmosphere, the eclipse might appear a 00:16:06.000 --> 00:16:09.250 deeper, darker red. almost like a blood orange. 00:16:09.629 --> 00:16:11.549 So it's like Earth's atmosphere is acting as 00:16:11.549 --> 00:16:14.370 a giant filter. Right. Altering the color of 00:16:14.370 --> 00:16:16.490 the light that reaches the moon. That's fascinating. 00:16:16.610 --> 00:16:19.190 It is. And it's not just volcanic eruptions. 00:16:19.190 --> 00:16:23.009 Oh. Air pollution, forest fires, even large dust 00:16:23.009 --> 00:16:25.590 storms can affect the shade of red we see during 00:16:25.590 --> 00:16:28.570 a lunar eclipse. So in a way, the eclipse is 00:16:28.570 --> 00:16:31.409 giving us a glimpse into the state of our planet's 00:16:31.409 --> 00:16:33.649 atmosphere. That's a remarkable thought. It's 00:16:33.649 --> 00:16:36.850 like we're not just observing a celestial event. 00:16:36.840 --> 00:16:39.820 We're also getting a subtle message from Earth 00:16:39.820 --> 00:16:43.120 itself. Precisely. And it highlights the interconnectedness 00:16:43.120 --> 00:16:45.820 of everything in our universe. I love that perspective. 00:16:46.000 --> 00:16:48.779 It makes this eclipse even more meaningful. So, 00:16:49.240 --> 00:16:51.679 as we approach this upcoming event, should we 00:16:51.679 --> 00:16:54.159 be on the lookout for any other subtle details 00:16:54.159 --> 00:16:58.230 or variations? What else might surprise us? One 00:16:58.230 --> 00:17:00.389 thing to keep in mind is that the moon's brightness 00:17:00.389 --> 00:17:03.570 during totality can also vary. It's not just 00:17:03.570 --> 00:17:06.529 about the shade of red, but also about how much 00:17:06.529 --> 00:17:09.329 light is actually reaching the moon. This depends 00:17:09.329 --> 00:17:11.630 on how centrally the moon passes through the 00:17:11.630 --> 00:17:14.009 Earth's shadow, as we talked about earlier. But 00:17:14.009 --> 00:17:16.210 it can also be affected by the amount of dust 00:17:16.210 --> 00:17:19.970 and clouds in Earth's atmosphere. So even if 00:17:19.970 --> 00:17:22.730 two eclipses have a similar shade of red, one 00:17:22.730 --> 00:17:25.230 might appear. brighter or dimmer than the other. 00:17:25.690 --> 00:17:28.390 Exactly. And it's these subtle variations that 00:17:28.390 --> 00:17:31.630 make each lunar eclipse unique and unpredictable. 00:17:31.930 --> 00:17:33.849 Right. We can make predictions based on what 00:17:33.849 --> 00:17:36.309 we know, but there's always an element of surprise 00:17:36.309 --> 00:17:38.329 when it comes to these celestial events. That's 00:17:38.329 --> 00:17:40.549 what makes it so exciting. We know the basics, 00:17:40.569 --> 00:17:43.009 but there's always something new to discover. 00:17:43.289 --> 00:17:45.329 You've got it. And that's what makes astronomy 00:17:45.329 --> 00:17:48.549 so captivating. It's a blend of scientific understanding 00:17:48.549 --> 00:17:51.839 and pure wonder. Well said. It sounds like we're 00:17:51.839 --> 00:17:54.579 in for a real treat with this upcoming lunar 00:17:54.579 --> 00:17:57.319 eclipse. Yeah. I can't wait to see what unfolds 00:17:57.319 --> 00:17:59.680 and what stories it inspires. Me neither. And 00:17:59.680 --> 00:18:01.920 I encourage everyone listening to approach this 00:18:01.920 --> 00:18:05.640 event with a sense of curiosity and awe. Observe 00:18:05.640 --> 00:18:07.920 the subtle details, contemplate its meaning, 00:18:08.099 --> 00:18:11.000 and perhaps even create your own stories and 00:18:11.000 --> 00:18:13.380 interpretations. After all, we're all part of 00:18:13.380 --> 00:18:16.420 this grand cosmic narrative. Beautifully put. 00:18:17.200 --> 00:18:19.859 And with that, I think it's time for us to transition 00:18:19.859 --> 00:18:23.400 to our final thoughts on this lunar eclipse extravaganza. 00:18:24.099 --> 00:18:26.039 We've traveled through the science, the timing, 00:18:26.440 --> 00:18:28.920 photography tips, even delved into those cultural 00:18:28.920 --> 00:18:31.940 myths and interpretations surrounding lunar eclipses. 00:18:32.099 --> 00:18:35.099 But as we wrap up our exploration of this upcoming 00:18:35.099 --> 00:18:37.759 celestial event, I'm left with a sense of awe 00:18:37.759 --> 00:18:41.619 and a lingering question. Oh, what's that? Well, 00:18:41.680 --> 00:18:43.660 we've talked about how full moons have profoundly 00:18:43.660 --> 00:18:46.220 impacted human culture and history. Right. But 00:18:46.220 --> 00:18:48.759 I'm curious, how do you think different civilizations 00:18:48.759 --> 00:18:52.359 throughout time might have reacted to and interpreted 00:18:52.359 --> 00:18:55.160 a total lunar eclipse? That's a fascinating question 00:18:55.160 --> 00:18:58.660 to ponder. We touched on some myths and legends, 00:18:58.819 --> 00:19:01.119 but there must have been countless ways people 00:19:01.119 --> 00:19:03.339 tried to make sense of this phenomenon. Right. 00:19:03.460 --> 00:19:06.119 Imagine the ancient Egyptians, with their reverence 00:19:06.119 --> 00:19:09.119 for the sun and moon, witnessing the moon seemingly 00:19:09.119 --> 00:19:12.259 vanish from the sky, only to reappear in a blood 00:19:12.259 --> 00:19:16.039 -red hue. Or think about the Mayans, renowned 00:19:16.039 --> 00:19:18.259 for their astronomical knowledge and intricate 00:19:18.259 --> 00:19:21.259 calendars. How might they have incorporated a 00:19:21.259 --> 00:19:23.700 lunar eclipse into their cosmic understanding? 00:19:23.900 --> 00:19:26.319 It's intriguing to consider, isn't it? And it's 00:19:26.319 --> 00:19:29.339 not just ancient civilizations. Even today, different 00:19:29.339 --> 00:19:32.380 cultures worldwide hold unique beliefs and traditions 00:19:32.380 --> 00:19:35.019 associated with lunar eclipses. It reminds us 00:19:35.019 --> 00:19:37.779 that we all share the same sky, but view it through 00:19:37.779 --> 00:19:40.019 different lenses shaped by our culture, history, 00:19:40.160 --> 00:19:42.720 and personal experiences. Beautifully put. As 00:19:42.720 --> 00:19:45.619 you witness this total lunar eclipse, I encourage 00:19:45.619 --> 00:19:47.980 you to tap into your own sense of wonder and 00:19:47.980 --> 00:19:51.180 curiosity, observe the event, contemplate its 00:19:51.180 --> 00:19:53.769 meaning, and perhaps even create your own stories 00:19:53.769 --> 00:19:56.190 and interpretations. I love that idea, turning 00:19:56.190 --> 00:19:58.710 this cosmic event into a personal exploration 00:19:58.710 --> 00:20:01.430 of the universe and our place within it. Exactly. 00:20:02.049 --> 00:20:03.750 And if you're feeling inspired, we'd love to 00:20:03.750 --> 00:20:05.809 hear your thoughts and reflections. Share your 00:20:05.809 --> 00:20:08.470 experiences, photos, and insights using hashtag 00:20:08.470 --> 00:20:11.849 meteorology matters. Let's weave a virtual tapestry 00:20:11.849 --> 00:20:14.490 of awe and wonder as we collectively witness 00:20:14.490 --> 00:20:17.009 this celestial masterpiece. What a beautiful 00:20:17.009 --> 00:20:19.789 thought. Let's turn this lunar eclipse into a 00:20:19.789 --> 00:20:23.150 shared human experience. And remember, even though 00:20:23.150 --> 00:20:25.369 the eclipse itself may last only a few hours, 00:20:25.750 --> 00:20:27.970 the memories and insights it sparks can stay 00:20:27.970 --> 00:20:31.170 with us for a lifetime. So well said. As the 00:20:31.170 --> 00:20:33.170 moon begins its journey into Earth's shadow, 00:20:33.470 --> 00:20:36.289 let's embrace the darkness, marvel at the celestial 00:20:36.289 --> 00:20:38.710 dance, and allow ourselves to be awestruck by 00:20:38.710 --> 00:20:40.930 the wonders of the universe. Until next time, 00:20:41.009 --> 00:20:44.130 cosmic explorers, keep looking up and never stop 00:20:44.130 --> 00:20:45.970 questioning the mysteries of the night sky.