Podcasts about dragonflies

Flight is a big problem for those who believe that we owe our existence to evolution. Birds, mammals, reptiles, insects, and even some fish fly or at least glide through the air in controlled flight. So many different creatures fly that evolutionists must say that flight evolved several different times. The dragonfly is among the best fliers in the animal kingdom.The dragonfly can beat its four wings in unison or separately depending on the maneuver it wants to make. Dragonflies can fly at speeds up to 25 miles an hour and even faster. They can hover, take off backward and even make an unbanked turn.The dragonfly eats small insects, including mosquitoes, earning it the nickname "mosquito hawk." A dragonfly can see a gnat from three feet away, fly to it, capture it and return to its original position in just over one second! One- third to one-half of its body mass is made up of flight muscles. Its two eyes have a total of 60,000 lenses and are situated so that its range of vision is nearly 360 degrees.Dragonflies not only appear in the fossil record fully formed, but in much greater variety than today. One fossilized dragonfly was the size of a crow! Even the United States Air Force has studied the dragonfly to learn how it flies. The dragonfly is no product of natural selection. It is clearly a specially designed creature whose Designer understands flight better than we do. This Designer is our Creator God.Job 39:26"Doth the hawk fly by thy wisdom, and stretch her wings toward the south?”Prayer: I thank You, dear Father, for the beauty and wonder of the dragonfly. You are truly to be glorified! In Jesus' Name. Amen.Ref: Richard Conniff, “The Lord of Time,” Reader's Digest. To support this ministry financially, visit: https://www.oneplace.com/donate/1232/29?v=20251111

Episode 195 July 30, 2026 On the Needles 1:51 ALL KNITTING LINKS GO TO RAVELRY UNLESS OTHERWISE NOTED.  Please visit our Instagram page @craftcookreadrepeat for non-Rav photos and info   Show Your Colors Tee by Sari Nordlund, De Rerum Natura Antigone in Lune and Voie Lactée (moon and milky way!)-- DONE!!   OMG Heel Socks by Megan Williams, Knit Picks Felici in Silent Film   Scultura by Cecelia Campochiaro, AVFKW Floating in Ripple Effect    135-1 Limestone by DROPS design, Baa Ram Ewe Donegal Twists in Banshee and Dullahan     SSAL 2026: Chameleonic Socks by Stephen West, Schoppel-Wolle Zauberball Crazy in Butterfly Kisses, West Wool Hex in Explore (blue- shocking, I know) On the Easel 9:41 Oils! Envelopes! Dragonflies!   On the Table 20:58 Sarti Rosa is here!   Japanese Curry- Tenderheart   July cookbook: minimalist cooks at home by mark bittman Sausage and grapes Paella Chicken with sweet and sour sherry sauce and mushrooms   Chicken Enchiladas mash up from America's Test Kitchen and Skinny Taste. Chicken pancake–blank canvas recipe NOT Vodka sauce pasta!!! SO GREAT! On the Nightstand 35:01 We are now a Bookshop.org affiliate!  You can visit our shop to find books we've talked about or click on the links below.  The books are supplied by local independent bookstores and a percentage goes to us at no cost to you! Good Talk by Mira Jacob Repetition by Vigdis Hjorth, trans by Charlotte Barslund Teo's Durami by Elaine U. Cho The Tapestry of Fate by Shannon Chakraborty An Edge Sharp Enough by Jesse Q. Sutanto Bodies of Magic by Freye Marske Son of Nobody by Yann Martel Land by Maggie O'Farrell   Land by Maggie O'Farrell The Loneliness of Sonia and Sunny by Kiran Desai Bingo 53:09 Starts friday may 22, ends Mon Sept 7 Need to post a photo of completed Bingo with #CCRRsummerbingo2026 to instagram or Ravelry.  Get a blackout for a second entry.    Bingo thread on Ravelry (you may need to register to view/participate but it's free)   Monica's bingo WC cooking: japanese curry WC crafting: de rerum natura is french! (thanks wanderlustknits for the inspo!)   Cortney's Bingo Sweet & Spicy–NOT vodka sauce Read POC–Kiran Desai  

Dragonflies, DVDs, the return of Name Those #1 Lyrics, and a dad joke!

Nesta edição, Cleber Facchi (@cleberfacchi), Isadora Almeida (@almeidadora), Renan Guerra (@_renanguerra) e Nik Silva (@niksilva) conversam sobre versões de canções melhores do que as originais.Apoie a gente: https://apoia.se/podcastvfsmNão Paro De Ouvir➜ Charli XCX https://tinyurl.com/mrfww8hs➜ Anitta https://tinyurl.com/4dza6aup➜ Fafá de Belém https://tinyurl.com/4pn9fwus➜ Guzzlr https://tinyurl.com/zvt5etje➜ Teenage Fanclub https://tinyurl.com/4csfh9zu➜ The Avalanches https://tinyurl.com/458hz8vn➜ Victoria Monét https://tinyurl.com/ft7sy24d➜ Soprü https://tinyurl.com/2mm96ekm➜ Ian Sweet https://tinyurl.com/s6zcdctv➜ Oblomov https://tinyurl.com/3vsun8fh➜ Quebec https://tinyurl.com/5n8tj4jh➜ MC Morena, DJ Tonias, DJ Dimas & MU540 https://tinyurl.com/5xsykbrh➜ Sylvan Esso https://tinyurl.com/4w37epdd➜ Dragonflies https://tinyurl.com/33uhy89e Você Precisa Ouvir Isso➜ Jujutsu Kasen (Netflix)➜ Festival Filmes Incríveis 2026 (Cine Belas Artes, em São Paulo)➜ Bleach: Thousand-Year Blood War (Disney+)Playlist Seleção VFSM: https://bit.ly/3ETG7oEContato: sobremusicavamosfalar@gmail.com

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Dragonflies and damselflies are one of my favorite insects, but I think that we don't really give them too much thought.  But I think they deserve more love.  I mean first of all, they eat a lot of insects like mosquitos - both as adults and as larvae - but secondly, the adult form that we see flying around is the end of their life cycle.  By the time we see them, they're on a short timer.  Learn more about these amazing insects on this episode of the Dispatches from the Forest Podcast. Support the podcast! Become a patron: www.patreon.com/dispatchesfromtheforest Donate via the Cash App using $ForestNerd Donate via Venmo, PayPal or send me an email!  Dispatchesfromtheforest@gmail.com Check out the merch store: www.cafepress.com/shop/dispatchesfromtheforest Follow Dispatches from the Forest on Facebook, TikTok, Instagram and YouTube!

Dragonflies are dainty insects with some of the most amazing flight and endurance capabilities. Their aerial abilities have been studied to improve flight technology. Scientists recently found that with its wings beating thirty times a second, a dragonfly that has fallen upside-down can right itself in just 0.2 seconds. Its eyes process an incredible two hundred images per second to determine which way is up and the tiny adjustments needed to get back on track. God’s creativity and wisdom are on display all throughout our natural world, particularly when we’re able to observe creation closely. In the book of Job, the main character struggles to reconcile his suffering with God’s goodness and righteousness. God responds by asking Job, “Do you know the laws of the heavens? Can you set up God’s dominion over the earth?” (38:33). God begins to describe many animals from birds and goats to the world’s largest predators. He knows what each animal needs for survival and is aware of the hungry cries of their young (38:39–41). God has given each of them distinct characteristics, such as the speed of an ostrich or the strength of an ox, so they can thrive. How exactly does a dragonfly maneuver so incredibly? We have a lot to learn. In the meantime, we can trust that the all-knowing God who designed these creatures is the same One who knows how to bring us from the darkest night into the light and joy of His presence.

Live from the World Science Festival Brisbane What the Duck?! is playing a game and you get to decide: duck, marry, avoid, or friendzone.You'll hear about the natural world's romance, reproduction, and relationshipsOnce you've listened you can email whattheduck@abc.net.au to vote for how you would categorise snakes, birds, insects and mammals.Featuring:Dr Chstina Zdanek, Australian Reptile AcademyDr Cesar Puechmarin, wildlife veterinarian and podcasterDr Bryan Lessard, entomologistJacinta Bowler, ABC Science journalistProduction:Ann Jones, Presenter / ProducerRebecca McLaren, ProducerHamish Camilleri, Sound EngineerRecorded by Steve Fieldhouse and Daniel ShaplandWith thanks to the World Science Festival Brisbane This episode of What the Duck?! was recorded on the land of the Turrbal and Jagera people and produced on the lands of the Kulin Nation.Find more episodes of the ABC podcast, What the Duck?! with the always curious Dr Ann Jones exploring the mysteries of nature on ABC Listen (Australia) or wherever you get your podcasts. You'll learn more about the weird and unusual aspects of our natural world in a quirky, fun way with easy to understand science.

Dragonflies and damselflies are voracious aerial predators that help keep populations of other insects like mosquitoes in check. These amazing insects also require aquatic habitats to complete their life cycles. Simply put, without wetlands we don't have dragonflies and damselflies. However, not all wetlands will do. My guest Dr. Mary Ann Perron is here to discuss why native aquatic plants are absolutely essential to the success of these insects. Join us as we discuss what makes a good wetland for dragonflies and damselflies and learn what you can do to help them out in your own community! This episode was produced in part by Chris, Gerald, Elise, Maggie, Mamie, A.J., Dallas, Channele, KC, Joe, Diane, Kim, Tanya, Neil, Matthew, April, Dana, Lilith, Sanza, Eva, Yellowroot, Wisewren, Nadia, Heidi, Blake, Josh, Laure, R.J., Carly, Lucia, Dana, Sarah, Lauren, Strych Mind, Linda, Sylvan, Austin, Sarah, Ethan, Elle, Steve, Cassie, Chuck, Aaron, Gillian, Abi, Rich, Shad, Maddie, Owen, Linda, Alana, Sigma, Max, Richard, Maia, Rens, David, Robert, Thomas, Valerie, Joan, Mohsin Kazmi Photography, Cathy, Simon, Nick, Paul, Charis, EJ, Laura, Sung, NOK, Stephen, Heidi, Kristin, Luke, Sea, Shannon, Thomas, Will, Jamie, Waverly, Brent, Tanner, Rick, Kazys, Dorothy, Katherine, Emily, Theo, Nichole, Paul, Karen, Randi, Caelan, Tom, Don, Susan, Corbin, Keena, Robin, Peter, Whitney, Kenned, Margaret, Daniel, Karen, David, Earl, Jocelyn, Gary, Krysta, Elizabeth, Southern California Carnivorous Plant Enthusiasts, Pattypollinators, Peter, Judson, Ella, Alex, Dan, Pamela, Peter, Andrea, Nathan, Karyn, Michelle, Jillian, Chellie, Linda, Laura, Miz Holly, Christie, Carlos, Paleo Fern, Levi, Sylvia, Lanny, Ben, Lily, Craig, Sarah, Lor, Monika, Brandon, Jeremy, Suzanne, Kristina, Christine, Silas, Michael, Aristia, Felicidad, Lauren, Danielle, Allie, Jeffrey, Amanda, Tommy, Marcel, C Leigh, Karma, Shelby, Christopher, Alvin, Arek, Chellie, Dani, Paul, Dani, Tara, Elly, Colleen, Natalie, Nathan, Ario, Laura, Cari, Margaret, Mary, Connor, Nathan, Jan, Jerome, Brian, Azomonas, Ellie, University Greens, Joseph, Melody, Patricia, Matthew, Garrett, John, Ashley, Cathrine, Melvin, OrangeJulian, Porter, Jules, Griff, Joan, Megan, Marabeth, Les, Ali, Southside Plants, Keiko, Robert, Bryce, Wilma, Amanda, Helen, Mikey, Michelle, German, Joerg, Cathy, Tate, Steve, Kae, Carole, Mr. Keith Santner, Lynn, Aaron, Sara, Kenned, Brett, Jocelyn, Ethan, Sheryl, Runaway Goldfish, Ryan, Chris, Alana, Rachel, Joanna, Lori, Paul, Griff, Matthew, Bobby, Vaibhav, Steven, Joseph, Brandon, Liam, Hall, Jared, Brandon, Christina, Carly, Kazys, Stephen, Katherine, Manny, doeg, Daniel, Tim, Philip, Tim, Lisa, Brodie, Bendix, Irene, holly, Sara, and Margie.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

This episode, we're stepping back to the golden age of natural history podcasting by resurrecting the format of the classic show Wild Ideas: The Podcast. Joining us on the trail is one of the OG hosts: the man himself, Gordon Maupin. It's a 3-way team-up where each of us brings a heavy-hitting seasonal mystery to the table.First, Steve unravels the rule-breaking world of the Ambystoma polyploid salamander complex, where unisexual lineages are mixing up DNA from different species and blurring the lines of what makes a species a species. Then, Gordon shrinks things down to look at the world of duckweed ecology, a group that includes the smallest flowering plants in the world. Finally, Bill turns our eyes to the skies over the marsh to pull back the curtain on dragonfly migration, looking into the recent science that shows some dragonfly species are multi-generational continental travelers (as well as badass predators).Come listen in as Gordon and the guys answer the question, “What's going on outside?” (Wild Ideas fans, that's for you)This episode was reecorded at the Iroquois National Wildlife Refuge in Alabama, NY on May 13, 2026.Episode LinksCheck out the Iroquois National Wildlife Refige and their Bald Eagle Cam.Here's the New York Times article about 7 Podcasts About the Joys of Bird Watching that includes a mention of our show.Episode NotesGetting The Great Egret's Latin Name RightDuring a quick aside this episode, Gordon spotted a Great Egret and Steve tried to recall its scientific name, tentatively going with Erodea alba. He wasn't entirely wrong! The correct name is Ardea alba.While alba means "white," Ardea is Latin for "heron." It also ties back to the ancient myth by everyone's favorite Roman poet Ovid, who wrote about a bird rising directly from the ashes of the burned city of Ardea. What's the Deal With Axolotls?We wondered if the axolotl is in the same genus as the Jefferson and blue spotted salamander (Ambystoma) and yes they are!Species: A. mexicanum (Axolotl) Unlike most members of Ambystomatidae—which typically metamorphose into terrestrial adults—the axolotl exhibits a trait called neoteny (or paedomorphosis). This is where an organism retains juvenile or larval traits into adulthood. Axolotls retains its aquatic, larval features (like its signature feathery external gills) into adulthood and spends its entire life in the water Bill's Hard Claim on ID'ing Jefferson Salamanders Bill said there is no way we could tell if it was a Jefferson salamander: is that true? Bill was basically right if we're talking about visually confirming a female-looking salamander in a blue-spotted/Jefferson overlap zone. Many unisexual individuals cannot be confidently identified by sight, and genetic testing is the clean answer. But during the breeding season, a male with a swollen cloaca is not part of the all-female unisexual lineage, so that can help narrow things down. So, a male in breeding condition can sometimes be identified much more confidently than a female/unisexual-looking animal, but you need to have serious knowledge about species location, morphology, and breeding-season characteristics. The Jefferson Complex vs. the Bigger Unisexual Salamander SituationDuring the episode, Bill had a “wait, what are we even talking about?” moment while Steve was explaining the huge all-female/unisexual Ambystoma salamander lineage.Steve was talking about the big-picture version: a bizarre evolutionary group that can involve genomes from several mole salamander species, including Blue-spotted, Jefferson, Small-mouthed, Streamside, and Tiger Salamanders.Bill, though, was thinking what we hear more about in the Northeast and Great Lakes region: the “Jefferson complex,” or the Blue-spotted/Jefferson Salamander mess. Around here, that usually means you can't usually ID a Jefferson Salamanders or a Blue-spotted Salamander down to species because the sally in front of you may belong to the all-female, polyploid lineage that can't be confidently sorted out just by looking at them.So Bill's question was basically: “Hold on. Is this identification nightmare only a Jefferson/Blue-spotted thing, or does it happen with the other species too?”And the answer is: yep. It can happen with the others too.The narrower Jefferson complex usually refers to the Blue-spotted/Jefferson part of the story, especially in places where those are the main overlapping species. But when scientists zoom out and include the other players (Small-mouthed, Streamside, and Eastern Tiger Salamanders) they usually refer to the whole thing as the unisexual Ambystoma lineage.So the practical field takeaway is this: in places where these species overlap, a female-looking Ambystoma salamander may be impossible to identify with confidence by appearance alone. Even experts may only be making an educated guess unless they use genetic testing. Measuring red blood cell size can help estimate ploidy (basically, whether the animal has extra chromosome sets) but DNA testing is the real way to know which genomes are actually in there. Is Duckweed the Smallest Flowering Plant? Yes, but specifically a microscopic type of it. The world's smallest flowering plants belong to the genus Wolffia - Often referred to as "rootless duckweed" or "watermeal," they are the tiniest members of the duckweed family (Lemnaceae) Individual Wolffia plants are usually less than 1 mm long, roughly the size of a pinhead or cornmeal, and the flowers are correspondingly microscopic.Unlike standard duckweed (Lemna), Wolffia plants do not have roots and appear simply as tiny floating green spheres or oval seeds.The plant produces the world's smallest flower, which forms in a tiny depression on the plant's top surface.Because they are so small and have highly efficient asexual budding, they can easily cover a pond in dense mats before you ever notice an individual plant. Can be found across temperate and tropical regions of North, Central, and South America Correction: Ed Yong's An Immense World (UV, not Infrared)During the episode, Bill mentioned Ed Yong's phenomenal book, An Immense World, and noted that researchers are increasingly discovering how many animals can see in the infrared spectrum. His memory slipped slightly on this one! Yong actually discusses the growing scientific realization that many animals see in the ultraviolet (UV) spectrum, not infrared. (Though as you'll see below, dragonflies do have a few tricks up their sleeves on the other end of the spectrum). Gordon's Question: Infrared Vision & Dragonfly MatingBill's misremembering of what was in An Immense World was prompted by Gordon asking a fantastic question during the recording: Can dragonflies see in the infrared spectrum, and if they can, are they using it to navigate during migration?First, a quick clarification: when most of us hear “infrared,” we immediately picture thermal imaging — animals glowing in the dark, Predator vision, that whole thing. That is not what we're talking about here. Dragonflies do not appear to see heat signatures.What they may be able to see is near-infrared — light just beyond the deepest red wavelengths visible to humans. Near-infrared is not heat vision. It is more like an invisible extension of red.According to a recent study published in January 2026 by researchers in Osaka, Japan, some dragonfly species have visual pigments that are sensitive to extremely long red wavelengths, possibly reaching into the near-infrared edge of the spectrum. That alone is pretty wild. But the discovery also highlights a striking example of parallel evolution between insects and primates. Millions of years ago, the ancestors of humans and other primates evolved molecular changes that helped produce red-sensitive vision. This new research suggests that some dragonflies may have independently evolved a similar molecular tuning mechanism for detecting red light. However, while primate red vision operates within the visible spectrum, some dragonflies appear to have pushed that sensitivity even farther, toward the boundary between deep red and near-infrared.So what are they doing with this ability? Probably not navigating migration, at least as far as we know.The better-supported idea is that this long-wavelength vision helps dragonflies identify mates quickly in flight. Male and female dragonflies can reflect red and near-infrared light differently, especially against green vegetation. So for an animal making split-second decisions while zipping around at high speed, that extra visual contrast could be a big deal. So to answer Gordon's question, dragonflies may be seeing farther into the red/near-infrared edge of the spectrum than we can, but based on what researchers currently know, they're probably using that ability for rapid sex recognition, not long-distance navigation. It's more of a high-speed dragonfly dating filter than infrared GPS.The Missing Piece: Visual Cues and "Leading Lines" in MigrationOne big element Bill neglected to mention in covering how dragonfies navigate during migration is the VISUAL piece – that they also use what they're seeing! That is a crucial piece of the puzzle. Dragonflies are also extremely visual animals. Those huge compound eyes are not just for decoration. So, what they're seeing is likely a key piece in their migration toolbox. Migrating dragonflies are often observed moving along major landscape features: coastlines, mountain ridges, river valleys, and other long, continuous edges. Biologists sometimes refer to these kinds of features as leading lines, because they can help guide or funnel migrating animals across the landscape.That doesn't mean a dragonfly is looking down and thinking, “Ah yes, the Susquehanna River. I'll take this south.” But these landscape features can still matter in several ways.Coastlines can keep migrants from drifting too far over open water, which is risky for an insect that eventually needs to land, rest, and feed.Mountain ridges and long hillsides can create useful air currents and updrafts, allowing dragonflies to ride favorable winds and conserve energy.River corridors can provide both a visual pathway and good stopover habitat, with water, vegetation, and plenty of small flying insects to eat when they need to refuel.The overall migration story for dragonflies probably isn't “dragonflies have one magic compass.” It's more like they are combining a bunch of cues at once: the visual structure of the landscape below them, as well as the elements covered during the episode. Steve's Questions: Resident vs. Migratory Green Darners & The Thermal Genetic SwitchDuring the episode, Steve asked two really good questions about Common Green Darners: if some are migratory and some are resident, how do they know which group to mate with? And could temperature be the thing that nudges a young darner down one path or the other?The first answer is surprisingly simple: they probably don't know, and they probably don't care.For a long time, researchers assumed these groups were reproductively isolated, believing residents emerged and died before the migratory cohort reached adulthood, but modern research has overturned this idea. According to a comprehensive review by Michael L. May and John H. Matthews, adult flight periods absolutely overlap in mid-summer, and genetic testing reveals zero genetic differentiation between the groups. The entire continental population belongs to a single, randomly mating gene pool. So when a Common Green Darner is ready to mate, it is probably not checking whether the other darner is from the “resident” or “migratory” team. It is just mating with another mature Common Green Darner in the same airspace. Very romantic. Very dragonfly.Steve's second question gets at something even more interesting: what makes one generation migrate while another stays put?This is where temperature, day length, and seasonal timing seem to matter a lot. A Green Darner nymph developing in warm water during long summer days may be pushed toward faster development. That can produce adults that emerge, feed heavily, build up energy reserves, and migrate south in late summer or fall.But if nymphs are developing as temperatures drop and days get shorter, their development can slow down. Instead of rushing to become adults, they may overwinter as aquatic nymphs and emerge the following year. Those individuals can then become part of the resident breeding population in northern ponds.So Steve's instinct was basically right: environmental conditions appear to play a huge role in shaping whether a darner develops quickly and migrates, or slows down and overwinters.The only thing to be careful about is the phrase “genetic switch.” There probably are changes in gene expression involved. Temperature and day length can absolutely affect how insects develop, but in Common Green Darners, we should probably think of it less as a single switch being flipped and more as a whole developmental pathway being shaped by the environment.The short version: migratory and resident Green Darners are not separate species or rival dragonfly factions. They appear to be part of one big, mixed population whose life cycle can play out in different ways depending on timing, temperature, and local conditions.Sponsors and Ways to Support UsThank you to Always Wandering Art (Website and Etsy Shop) for providing the artwork for many of our episodes.Support us on Patreon.Works CitedHallworth, M. T., Marra, P. P., McFarland, K. P., Zahendra, S., & Studds, C. E. (2018). Tracking dragons: stable isotopes reveal the annual cycle of a long-distance migratory insect. Biology Letters, 14(12), 20180741. doi: 10.1098/rsbl.2018.0741.Hu, G., Lim, K. S., Horvitz, N., Clark, S. J., Reynolds, D. R., Sapir, N., & Chapman, J. W. (2016). Mass seasonal bioflows of high-flying insect migrants. Science, 354(6319), 1584–1587. doi: 10.1126/science.aah4379.Knight, S. M., Pitman, G. M., Flockhart, D. T. T., & Norris, D. R. (2019). Radio-tracking reveals how wind and temperature influence the pace of daytime insect migration. Biology Letters, 15(6), 20190327. doi: 10.1098/rsbl.2019.0327.Lancaster, L. T., Dudaniec, R. Y., Chauhan, P., Wellenreuther, M., Svensson, E. I., & Hansson, B. (2016). Gene expression under thermal stress varies across a geographic range expansion front. Molecular Ecology, 25(5), 1141–1156. doi: 10.1111/mec.13548.May, M. L. (2013). A critical overview of progress in studies of migration of dragonflies (Odonata: Anisoptera), with emphasis on North America. Journal of Insect Conservation, 17(1), 1–15.May, M. L., & Matthews, J. H. (2008). Migration in Odonata: a case study of Anax junius. In A. Córdoba-Aguilar (Ed.), Dragonflies and Damselflies: Model Organisms for Ecological and Evolutionary Research (pp. 63–77). Oxford University Press.Sato, R., Terakita, A., & Koyanagi, M. (2026). Dragonfly red opsins share a common tuning mechanism with mammalian red opsins and further enhancement of near-infrared sensitivity. Cellular and Molecular Life Sciences.Trottier, R. (1971). Effect of Temperature on the Life-Cycle of Anax junius (Odonata: Aeshnidae) in Canada. The Canadian Entomologist, 103(12), 1671–1683.Wikelski, M., Moskowitz, D., Adelman, J. S., Cochran, J., Wilcove, D. S., & May, M. L. (2006). Simple rules guide dragonfly migration. Biology Letters, 2(3), 325–329.Yong, E. (2022). An Immense World: How Animal Senses Reveal the Hidden Realms Around Us. Random House.

Solstice comes from the Latin solstitium - sol (sun) and sistere (to stand still): the moment when the sun appears to pause in its movement. A brief illusion of stillness. The longest day, the fullest expansion of light, and yet, from this very point, transformation has already begun. The brightest moment already carries the beginning of its own disappearance. Gathering recordings captured during different solstices, across distant places and years, this mix follows movements of appearance, disappearance, and return. Each recording holds a specific moment of listening, a fragment of a landscape that has already changed, a trace of something that cannot happen twice in the same way. Some recordings have been split and reintroduced at different moments, creating small cycles inside the composition. They disappear and resurface, carrying the memory of their previous occurrence while being transformed by their new surroundings. Like seasons, tides, or the movement of light, repetition becomes a way of sensing change rather than sameness. Different environments slowly orbit around each other: distant temporalities briefly aligning, moments of stillness revealing movement, and sounds returning as reminders that nothing ever truly stands still. Tracklist: [00:00 - 03:18] Melissa Pons - The Griffon Vulture Cliff | Portugal [03:04 - 03:37] Vladimir Bocharov - Altai Kuyus (part 1) | Russia [03.53 - 05:28] David Woje - Mountain Thunderstorm | USA [04:11 - 14:33] Andy Martin - A very long chat (part 1) | USA [04:17 - 05:25] Jocelyn Robert - Thousands of Kittiwakes Calling | Faroe Islands [05:09 - 06:39] Rafael Diogo - Under the Stream | Kosovo [05:34 - 09:49] Melissa Pons - Here be Dragonflies (part 1) | Portugal [08:59 - 11:55] Axel Macke - Nature is Waking Up in the North Sea Island Juist | Germany [11:21 - 15:45] Melissa Pons - Stream in the Summer Mediterranean Forest | Portugal [13:41 - 21:06] Andrius Mack - Night Time in a Great Cormorant Colony | Lithuania [17:00 - 18:10] Vladimir Bocharov - Altai Kuyus | Russia [19:04 - 21:20] Ivo Vicic - Thunderstorm and DC | Croatia [20:51 - 24:42] Seth Seeway Willamette -Wetland Oregon (part 1) [22:55 - 30:33] Melissa Pons - Here be Dragonflies i (part 2) | Portugal [24:12 - 30:07] Jan Brelih - Middle Andaman Mangroves | India [29:28 - 40:39] Andy Martin - A Very Long Chat (part 2) | USA [35:02 - 40:12] Vladimir Bocharov - Altai Kuyus (part 2) | Russia [39:10 - 41:59] Seth Seeway Willamette - Mojave Thunder (part 2) | USA Stefano Arrigoni is a sound artist and anaesthesiologist based in Marseille whose work explores listening as an active process of transformation. Moving between electroacoustic composition, field recording, and modular synthesis, he investigates the fragile thresholds of perception. Rooted in psychoacoustics, phenomenological observation, and self-experimentation, his practice examines how sonic environments shape the way we perceive, inhabit, and make sense of the world. https://soundcloud.com/stefanoarrigoni

They're acrobatic fliers with long bodies and veined wings and their babies breathe through their butts: dragonflies. Let's get into the difference between a damselfly and dragonfly, how fast they dart around, how big they were in the age of the dinosaurs, and lots more with scholar, American Museum of Natural History curator, and dragonfly expert: Dr. Jessica Ware. Follow Dr. Ware on Google Scholar, Instagram and Bluesky Buy Jessica's children's book, Bugs (A Day in the Life): What Do Bees, Ants, and Dragonflies Get up to All Day? on Amazon or Bookshop.org A donation went to the World Dragonfly Association Full-length (*not* G-rated) Odonatology episode + tons of science links More kid-friendly Smologies episodes! Become a patron of Ologies for as little as a buck a month OlogiesMerch.com has hats, shirts, hoodies, totes! Follow Ologies on Instagram and Bluesky Follow Alie Ward on Instagram and TikTok Sound editing by Mercedes Maitland of Maitland Audio Productions & Jake Chaffee Made possible by work from Noel Dilworth, Susan Hale, Kelly R. Dwyer, Aveline Malek and Erin Talbert Smologies theme song by Harold Malcolm Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Springtime means a lot of things when you live in the woods. The wildlife is the best part. Except for the bugs — and Virginia's insect community is epic. Mosquitos that could carry away small children sort of thing.It didn't occur to me there might be some sort of “message” with them. Until recently I was the one who screamed as I swatted, smushed, or otherwise whacked any bug in my space.I've turned into the person who gently captures and carries spiders outside.In the process I've also come to learn that each of these beings also carries a message according to many indigenous people.So if you're someone repelled by the “woo woo”-ness of such things, this week's episode might not be for you. But if you're ready to take a little wander, dig in.In a world where what passes for radical honesty usually means someone is just letting things fly outta their pie-hole without much care for others, it's time for radically authentic conversation. Conscious communication is simple, but often isn't easy. That's why Cathy Brooks created Talk, Unleashed – a weekly podcast of radically honest conversation about — everything. Whether her own musings or in conversation with industry leaders, each episode invites curiosity. Curiosity not about what people do, but why they do it. Who they are and what makes them tick. It's about digging underneath to reveal the thing that is most true - that we are more alike than we are not. A mix of solo episodes where Cathy shares her insights and experience or Cathy engaged in conversation with fascinating humans doing amazing things. No matter the format - it's unvarnished, radically honest and entirely unleashed. This podcast compliments Unleashed Leadership, the coaching business through which Cathy works with symphony orchestras, corporate clients, and individuals to help them unleash and untether their leadership and connect with others in a way that truly engages.#dragonflies #spiritanimals #leadership #dogbehavior #dogtraining #leadershipcoach #consciouscommunication #TalkUnleashed #UnleashedLeadership #FixYourEndofTheLeash

NEW! 2026 MAY SPEAKER SERIES!WOMEN OF WISDOM: A JOURNEY INTO THE SACRED! SIGN UP BEFORE APRIL 30TH TO CHOOSE YOUR TUITION RATE!Learn More & Sign up now at synchronicityuniversity.comScheduleClass 1: Jesamyn Angelica - Lunar Alchemy: Practical Moon Magick for the Modern MysticClass 2: Jenn Zahrt - Deep Resourcing through your Natal ChartClass 3: Michelle Bizjak - The Lost Wisdom of the Druids: Nature, Magic, and Sacred Tradition for the Modern WorldClass 4: Angela Tiki - The Cosmic Clock: How Astrology Reveals the Timing of LifeClass 5: Susan Farmer - Life Cycles of Change: Working With the FlowIn this time of rapid-fire uncertainty, we can turn to the stars for guidance on how to chart our way through. When you're running low on energy and need something to give, engage in the spiritual homework assigned by the asteroid Vesta. In this class, Dr Jenn Zahrt will guide you through Vesta's assignments for each of us. You'll get a clear sense of direction, best next steps, and a powerful set of practices that will rekindle your soul-fire and give you access to wells of capacity that may seem impossible when the outer world is so stressful.Jenn Zahrt PhD is an author, publisher, and teacher of cultural astronomy and astrology. She is the founder of Revelore Press, creative director of the Sophia Centre Press, and the founding director of the Celestial Arts Education Library in Olympia, WA, where she currently lives. She serves as the president of ISAR, and she also writes The Bound Report (www.boundreport.com). Discover more of her work:www.jennzahrt.comInstagram: @zahrtilleryFRENCH VANITY FAIR Top 12 astrologers on the planethttps://shorturl.at/zDqqoREFINERY29 Top 10 astrologers on YouTube  https://shorturl.at/ci5NEThank You FOR MAKING my most recent books #1 NEW RELEASE ON AMAZON ASTROLOGY BOOKS! GET MY BOOKS NOW: OF RAVENS & DRAGONFLIES: http://bit.ly/47lI24qThe Universe is Wise &Loving: https://shorturl.at/p2u2QPrayers to The Sky: https://amzn.to/38bZh6SBe Social: To interact and be in the loop on astrological happenings and inspirations... 'Like' me here: http://www.facebook.com/nadiyashahdotcomhttps://www.facebook.com/synchronicityuniversity'Follow' me here: http://twitter.com/nadiyashah'Follow' me here: http://nadiyashah.bsky.social'Follow" me here: http://instagram.com/nadiyashah http://instagram.com/nadiya_shahhttps://www.instagram.com/synchronicityuniversity/'Follow" me here: https://www.threads.net/@nadiya_shah'Follow' me here: https://www.tiktok.com/@nadiya.shahThank You for watching!*N.

This classic ID the Future out of the archive brings in protein scientist Douglas Axe to discuss his contribution to the book, The Comprehensive Guide to Science and Faith. Axe and host Casey Luskin discuss Axe's thinking on the design intuition, the evidence that it's triggered almost universally in small children when they observe things like dragonflies or fresh-baked cookies, and why he's convinced that this intuition is a rational one rooted in our true sense of what sorts of things require know-how for their creation. Source