Podcasts about Temperature

Bill and Dan Pizzuta discuss the 2026 FTN Almanac and the projections within it. Will the Texans really be a Top 10 offense? Will the Bears have the worst defense in football? 0:00 Welcome 2:13 Temperature take on FTN Almanac's predictions 5:15 Texans offense 14:19 Lions defense 23:13 Cardinals not that bad? 30:11 Dallas' offense only 14th? 36:25 AFC East defenses projected as Top 10 units 44:52 Bears the worst defense in the league? Learn more about your ad choices. Visit podcastchoices.com/adchoices

Ever wonder what would happen when Benson, Stabler, and the Unit get tangled up in an investigation that sends them looking into the Gulf Cartel, the FBI, Los Zetas, the CIA, and Cuban revolutionaries? Well, wonder no longer because this time around we are diving in to Season 11, Episode 6 "Spooked" featuring Vincent Spano reprising the role of FBI Special Agent Dean Porter. It starts with the SVU version of the Wet Bandits finding a pair of staged corpses with a rape tree and some stolen implants in the back of a box truck and just gets stranger from there. It may not make sense, but “Spooked” is a helluva nonsensical fever dream.Sources:Gulf Cartel - WikipediaInside Mexico's ‘Holy Death' Cult - by Evgeny Lebedev, GQ, August 31, 2020Music:Divorcio Suave - “Munchy Business”Thanks to our gracious Munchies on Patreon: Jeremy S, Jaclyn O, Amy Z, Tony B, Drew D, Nicky R, Stuart, Jacqi B, Natalie T, Robyn S, Sean M, Jay S, Briley O, Suzanne B, Tim Y, John P, John W, Elia S, Lily, Sarah L, Melsa A, Alyssa C, Johnathon M, Brian B, Whitney C, Alex, Jannicke HS, Erin M, Melissa H, Olivia, Holly F, Karina H, Zak B, Karyn R, Summer S, Matt, Elyse R, Julia K, Los C, Katrina S, Samuel K, Bryan C, and Shannon H - y'all are the best!Be a Munchie, too! Support us on Patreon: patreon.com/munchmybensonBe sure to check out our other podcast diving into long unseen films of our guests' youth: Unkind Rewind at our website or on YouTube, Apple Podcasts, or wherever you listen to podcastsFollow us on: BlueSky, Facebook, Instagram, Threads, and Reddit (Adam's Twitter/BlueSky and Josh's BlueSky/Letterboxd/Substack)Join our Discord: Munch Casts ServerCheck out Munch Merch: Munch Merch at ZazzleCheck out our guest appearances:Both of us on: FMWL Pod (1st Time & 2nd Time), Storytellers from Ratchet Book Club, Chick-Lit at the Movies talking about The Thin Man, and last but not least on the seminal L&O podcast …These Are Their Stories (Adam and Josh).Josh discussing Jackie Brown, The Love Witch, The Long Goodbye, and Bugonia with the fine folks at Movie Night Extravaganza, debating the Greatest Detectives in TV History on The Great Pop Culture Debate Podcast, and talking SVU/OC and Psych (five eps in all) on Jacked Up Review Show.Visit Our Website: Munch My BensonEmail the podcast: munchmybenson@gmail.comYou can also call in and leave a voicemail at (507) 479-6440 and have your message played on the show.Next New Episode: Season 18, Episode 15 "Know It All"Become a supporter of this podcast: https://www.spreaker.com/podcast/munch-my-benson-a-law-order-svu-podcast--5685940/support.

Welcome to Mysteries to Die For.I am TG Wolff and am here with Jack, my piano player and producer. This is a podcast where we combine storytelling with original music to put you in the heart of a mystery. All stories are structured to challenge you to beat the detective to the solution. Jack and I perform these live, front to back, no breaks, no fakes, no retakes.In the world's most dangerous working environments it can seem like everything is out to kill you. The equipment you use. The materials you work with. The very air you breathe. Stored energy is a coiled viper waiting for the right moment to lash out. Owners, manufacturers, contractors, and beyond have developed safety protocols to combat STCKY, that is, Stuff That Can Kill You. Gravity, Motion, Mechanical, Electrical, Pressure, Sound, Radiation, Biological, Chemical, Temperature. This season is all about the means of murder as authors put our STCKY detective skills to the test. This is Season 9, Stuff That Can Kill You.This is Episode 14, where heat, pressure, chemical, and mechanical are our STCKY means of death. This is The Rendering of Truth by Chuck BrownmanDELIBERATIONAlone, neither Lena nor Mercer have what it takes to crack the case. But together, and with our help, we can figure out what happened to Eddie Weller and Dale Curtis. Here's the suspect list, in the order we met them:Junior Lattimore, rendering techJohn Reese, plant managerTanya Lowell, accounting clerk and office mateFrank Jackson, rendering foremanDale Curtis, plant foremanHere are the facts that Lena and Mercer have uncovered:• Eddie Weller, newly promoted to Operations Reviewer, went into the rendering pit. The pit was activated and Eddie died from a lethal combination of heat, oxygen deprivation, and mechanical grinding.Eddie was formerly an operating tech and, in his new role, signed off on the maintenance documentation. He knew the paperwork or safety protections he knew was needed to enter the confined space.No one offered an explanation of why Eddie would have entered the pit.Junior Lattimore did not look into the pit before he turned it on. He had no reason to think anyone was in it.A search of Eddie's desk found evidence of falsified invoices for filters. The invoices were signed by Reese. He added a note to check with DC, interpreted as Dale Curtis.Tanya prepares the invoices for Reese's signature. She said he directed her to process the invoices for his approval, saying they were a rush job from a new vendor.Reese said he signs the invoices Tanya prepares, implying he did not scrutinize or even read the documents.A torn piece of bank statement found in the trash in the office Eddie and Tanya shared had a sizable balance but no nameCurtis later heard Eddie in his office talking to someone about stealing, but couldn't see who as the door was closed.Mercer recognized Steam Line #4 was tampered with. The line then failed catastrophically killing Dale Curtis. He was found with a pipe wrench in the vicinity.A drawing of the plant found in Eddie's apartment also highlighted Steam Line #4 as out of compliance on maintenance inspection.Lena and Mercer speculate the person or persons behind the “accidents” had to have an understanding of the plant to orchestrate both deaths.Tanya had knowledge and access to the invoice, but does not have knowledge of the plant. Tanya and Eddie shared an office and were friends. Eddie spent time with her son.Junior had knowledge of the rendering area, but did not have access to accounting. Junior lost out on the promotion to Eddie and was bitter.Junior had no apparent problem with Dale Curtis.Jackson had knowledge of the rendering area. Recently separated, he and Tanya were dating. He often when to her office, and even helped straighten Tanya's desk for her. He was there in the office when Eddie died.Reese claims his knowledge of the plant isn't detailed. He signed off on plant expenditures.Whose greed was paid for with the lives of Eddie Weller and Dale Curtis?MEMBERSHIPS!Mysteries to Die For now has memberships! Three tiers – The Grave Digger's Union (free), The Cadaver Collective ($4 / month) and The Preservationist Society ($8 / month). We are starting memberships to help pay for our real live human authors, to keep the software working and the power flowing, and avoid the dreaded use of ads. If you want to show you love but aren't ready for a commitment, you can now tip us and leave a witting, punny note for us. Links are in the show notes and on our website M2D4podcast.com.ABOUT Chuck BrownmanA mostly-retired (and hopefully recovering) attorney, Chuck Brownman now enjoys writing noir fiction, concentrating on short fiction. His work has been published in several anthologies and on multiple websites, including those listed at the top of this episode. He has also served various times as a judge for the Mystery Writers of America Edgar Awards. When not writing fiction, Chuck continues to advise some of the country's most entrepreneurial energy and natural resource companies. He is also an Adjunct Professor of Law, and has spoken at legal seminars for many years. He lives with his wife in Colorado, the peaceful vistas offering a counterbalance to his suspenseful and often bloody crime fiction. A full list of his published fiction can be found at his website, www.chuckbrownman.comWRAP UPThat wraps this episode of Mysteries to Die For. Support our show by subscribing, telling a mystery lover about us, or joining a membership. Check out our website m2d4podcast.com for links to this season's authors and membership options.Mysteries to Die For is hosted by TG Wolff and Jack Wolff. The Rendering of Truth was written by Chuck Brownman. Music and production are by Jack Wolff. Episode art is by TG Wolff. Join us next week for a Toe Tag, which is the first chapter from a fresh release in the mystery, crime, or thriller genre. Then come back in two weeks for our next original story where chemical is our STCKY means of murder. It's Gen X by Melinda Di Lorenzo

No Time To Read podcastS4E8Temperature signal & cell wall thickening     Guest: Greg Gregory, Hazen Lab, University of Massachusetts Amherst BlueSky: @backinbrach.bsky.social Host: Arif Ashraf, Assistant Professor, University of British Columbia  X: @aribidopsis BlueSky: @aribidopsis.bsky.social

Glen Kenny, Professor of Human Physiology, and Director of the Human and Environmental Physiology Unit at the University of Ottawa Image: THE CANADIAN PRESS/Christopher Katsarov

Are you exhausted every day, even after sleeping 8 hours? Discover how to sleep better with proven deep sleep tips that help to improve sleep quality naturally so you can stop waking up tired.0:00 Why am I still tired after sleeping 8 hours?0:48 Temperature and sleep quality 1:49 Core body temperature sleep tips2:40 Light and sleep4:37 Snacking before bed 5:25 Natural sleep remedies 8:21 Early morning sun exposure 8:54 More deep sleep tips 9:20 Nasal breathing for deep sleep 9:50 The benefits of better sleep

For years, Ron Winter has been one of the most trusted field testers behind Fish Hawk Electronics products. While he's best known for chasing landlocked salmon on Lake Champlain and king salmon on Lake Ontario, what really sets Ron apart is his meticulous approach to fishing. Every trip is built around data, observation, and constant learning. In Episode 289 of the Great Lakes Fishing Podcast, Ron joins host Chris Larsen to discuss his experience testing the new Fish Hawk TD Connect, why detailed temperature profiles can completely change the way you fish, and how understanding the thermocline helps anglers consistently put more fish in the boat. Ron also shares his philosophy on keeping fishing records, measuring diver running depths, identifying productive water, and learning from charter captains without ever getting in their way. Whether you're a weekend angler or someone who fishes tournaments, this episode is packed with practical advice you can apply on your very next trip. Plus, Ron talks about building one of the most respected YouTube channels in the Great Lakes fishing community, his favorite salmon tactics, and the simple lessons he's learned after decades on the water. In this episode: Why Ron Winter became one of Fish Hawk's most trusted product testers First impressions of the Fish Hawk TD Connect How to use temperature profiles to locate productive water Measuring diver running depths and long-line presentations Understanding the thermocline on Lake Ontario and Lake Champlain Why successful anglers keep detailed fishing logs How recreational anglers can learn from charter captains Ron's favorite salmon tactics, lures, and gear Rapid-fire fishing questions, bucket-list destinations, and more Whether you troll Lake Ontario, fish the Finger Lakes, chase landlocked salmon on Lake Champlain, or simply want to become a more efficient angler, this conversation with Ron Winter is full of insights that will help you fish smarter, not harder.

Dovremo aspettarci almeno un'altra settimana tra afa e caldo estremo: bollino rosso, oggi, per Torino, Perugia, Firenze e Brescia. In arancione 11 città tra cui Roma, Genova, Cagliari e Bologna.

Around the world, summers are getting hotter. Day and night temperatures are increasing. What impact could that be having on how we sleep?在世界各地，夏季越来越热。 白天和晚上的气温都在升高。 这会对我们的睡眠产生什么影响？Temperature and sleep are closely linked. Typically, our bodies cool themselves down before we sleep. One of the main ways that we do this is by widening blood vessels near the skin to allow heat to dissipate. In hot weather, this process becomes less effective as it is more difficult for heat to be transferred. One of the body's mechanisms to speed up this process is by allowing sweat to evaporate. However, in humid conditions it's harder for evaporation to take place. If the body is unable to cool down, then it's more difficult for people to fall asleep and more likely that sleep patterns can be disrupted.温度和睡眠密切相关。 通常，我们的身体会在睡觉前自行降温。 我们做到这一点的主要方法之一是加宽皮肤附近的血管，以便热量散发。 在炎热的天气里，这个过程变得不太有效，因为热量更难以传递。 身体加速这一过程的机制之一是让汗水蒸发。 然而，在潮湿的条件下，蒸发更难发生。 如果身体无法降温，那么人们就更难入睡，而且睡眠模式更有可能被打乱。This means that it's important for us to try to manage the temperature of the environment that we sleep in. While it can be costly, air conditioning is a useful tool to keep our sleeping environment cool. Managing ventilation is also important. During the hottest hours of the day keeping windows and curtains closed can stop hot air and heat from sunlight entering our homes. At night, once the temperature has dropped, opening windows can allow cool air to come in and reduce the temperature in our homes. Fans can help to speed up cooling, as long as air temperatures are low enough. They become less effective in hotter conditions.这意味着我们必须设法管理睡眠环境的温度。虽然成本可能很高，但空调是保持睡眠环境凉爽的有用工具。 管理通风也很重要。 在一天中最热的时候，关闭窗户和窗帘可以阻止热空气和阳光产生的热量进入我们的家。 晚上，气温下降后，打开窗户可以让冷空气进来，降低家里的温度。 只要气温足够低，风扇就可以帮助加速冷却。 在较热的条件下，它们的效率会降低。It's not just rooms that we can cool down. Using breathable bedding and sleepwear makes it easier for our bodies to regulate temperature. While it may seem counter-intuitive, it can be beneficial to have a warm bath or shower before sleep. Warm water can cause more blood to flow to our skin. Once you get out of the bath or shower, this means that you cool down more quickly. Another tip suggested by sleep experts Kevin Morgan and Lisa Artis is to cool your socks in the fridge and then put them on before going to sleep. They also say that it's important to try to keep to your usual sleep routine to avoid disruption to your sleep habits.我们不仅仅可以给房间降温。 使用透气的床上用品和睡衣可以让我们的身体更容易调节温度。 虽然这似乎有悖常理，但睡前洗个热水澡或淋浴可能是有益的。 温水可以使更多的血液流向我们的皮肤。 一旦您离开浴缸或淋浴，这意味着您会更快冷却。 睡眠专家凯文·摩根和丽莎·阿蒂斯建议的另一个建议是将袜子放入冰箱中冷却，然后在睡觉前穿上。 他们还表示，尽量保持平常的睡眠习惯很重要，以避免扰乱您的睡眠习惯。

L'Europa torna a fare i conti con una grande ondata di calore. A differenza di quelle precedenti, nelle quali l'anticiclone africano ha solo lambito l'Italia, la traiettoria dell'attuale massa di aria calda sta investendo in pieno la Penisola, dove aumentano i bollini rossi e arancioni.

I titoli: Ancora una notte di attacchi russi in Ucraina. Colpite Kiev, Odessa e Zaporizhzhia. 2 i morti. Raidi ucraini prendono di mira depositi russi di petrolio sul Mar d'Azov. Il Papa a pranzo con i poveri a Castel Gandolfo:, la fragilità come forza per le comunità. Temperature record nel Vecchio continente a giugno. Il climatologo Mercalli: “Una tendenza in crescita”. Conduce: Paola Simonetti In regia: Luca Rossi

Back on this day in 1913, Death Valley experienced the hottest temperature ever recorded. The high in Death Valley that week hit 134 degrees.

The planet's oceans are at unprecedented temperatures for this time of year, breaking the June temperature record, according to new data, with alarming implications for global weather and marine life. Also, Neil the Seal, the beloved 2,200-pound southern elephant seal , returned for molting season as officials remind people to keep a safe distance. Learn more about your ad choices. Visit podcastchoices.com/adchoices

Welcome to Mysteries to Die For.I am TG Wolff and am here with Jack, my piano player and producer. This is a podcast where we combine storytelling with original music to put you in the heart of a mystery. All stories are structured to challenge you to beat the detective to the solution. Jack and I perform these live, front to back, no breaks, no fakes, no retakes.In the world's most dangerous working environments it can seem like everything is out to kill you. The equipment you use. The materials you work with. The very air you breathe. Stored energy is a coiled viper waiting for the right moment to lash out. Owners, manufacturers, contractors, and beyond have developed safety protocols to combat STCKY, that is, Stuff That Can Kill You. Gravity, Motion, Mechanical, Electrical, Pressure, Sound, Radiation, Biological, Chemical, Temperature. This season is all about the means of murder as authors put our STCKY detective skills to the test. This is Season 9, Stuff That Can Kill You.This is Episode 13, where chemical is our STCKY means of death. This is Speed Kills by Chuck Brownman, a re-broadcast of the Season 5 episode first dropped on February 3, 2023MEMBERSHIPS!Mysteries to Die For now has memberships! Three tiers – The Grave Digger's Union (free), The Cadaver Collective ($4 / month) and The Preservationist Society ($8 / month). We are starting memberships to help pay for our real live human authors, to keep the software working and the power flowing, and avoid the dreaded use of ads. If you want to show you love but aren't ready for a commitment, you can now tip us and leave a witting, punny note for us. Links are in the show notes and on our website M2D4podcast.com.Today's author, Chuck Brownman, is certainly racking up the body count. First Alastair Stubbins and Quentin Ballinger are gassed, then Sergei Ivanov gets singed. Here is a list of everything with a heartbeat in the house…• Alastair Stubbins, a victim, but also an inventor who controlled the world from his little corner. He liked making people dance to his tune. He had a great vision for QN-7 but needed a financial partner to make it reality.• Quentin Ballinger, a victim, the chosen financial partner but a man who had money issues. Living in Monaco didn't stop his company from being on the brink of bankruptcy. He had a reputation for building cheaply.• Sergei Ivanov, an almost victim, but a man who wouldn't accept coming in second. He had a reputation for top quality.• Mrs. Ashley Stubbins, a trophy wife with a pre-nup who loved her hubby. Really, she did.• Regan Stubbins, the mechanical engineering daughter and heir apparent who didn't like the deal her father was rigging.• Paul Stubbins, the artist in residence who didn't like anything about his father except his moneyNow that we have the heartbeats straight…here's a summary of what we know.• Quentin Ballinger and Sergei Ivanov were staying at the Stubbins' estate, one of them would close on a deal with Alastair Stubbins to complete the design and produce the QN-7.• The QN-7 was outfitted with next generation artificial intelligence that would let it learn to the point of making its own decisions. It was a top-secret operation. Only two key fobs existed. One Stubbins had and the other he gave to his wife.• Security information showed the door to the garage opened at eleven fifty at night. This is assumed to be Stubbins and Ballinger.• Stubbins and Ballinger died of carbon dioxide poisoning that came from the QN-7. There are signs of some sort of struggle, but there was no damage to either body and both were found next to the QN-7. The times of death was pinned between eleven pm and 2 am.• Security information showed the door to the garage opened again at twelve forty-seven. This is assumed to be the killer.• All the doors were closed – man doors and garage doors. There is no explanation for why the two able-bodied men didn't open a door and walk out.• Sergei Ivanov reports being in his bedroom all night. This was neither confirmed nor denied.• Ashley Stebbins was in her bedroom all night. This was neither confirmed nor denied.• Paul Stebbins was alone in his room in the carriage house all night. This was confirmed only by Regan.• Regan Stebbins was alone in her room in the carriage house all night. Only Paul confirmed this.ABOUT Chuck BrownmanA mostly-retired (and hopefully recovering) attorney, Chuck Brownman now enjoys writing noir fiction, concentrating on short fiction. His work has been published in several anthologies and on multiple websites, including those listed at the top of this episode. He has also served various times as a judge for the Mystery Writers of America Edgar Awards. When not writing fiction, Chuck continues to advise some of the country's most entrepreneurial energy and natural resource companies. He is also an Adjunct Professor of Law, and has spoken at legal seminars for many years. He lives with his wife in Colorado, the peaceful vistas offering a counterbalance to his suspenseful and often bloody crime fiction. A full list of his published fiction can be found at his website, www.chuckbrownman.comWRAP UPThat wraps this episode of Mysteries to Die For. Support our show by subscribing, telling a mystery lover about us, or joining our membership. Check out our website m2d4podcast.com for links to this season's authors.Mysteries to Die For is hosted by TG Wolff and Jack Wolff. Speed Kills was written by Chuck Brownman. Music and production are by Jack Wolff. Episode art is by TG Wolff. Join us next week for a Toe Tag, which is the first chapter from a fresh release in the mystery, crime, or thriller genre. Then come back in for our next original story, also by Chuck Brownman where chemical, mechanical, heat, pretty much everything is our STCKY means of murder in Rendering the Truth.

“Questions, concerns, queries?” Lets chat!Its all about the LONG GAME! Jack, Lynne and Matt McFarland dive into the trees and shrubs that bloom for an INSANELY long time on this week's episode of The Growing Season.How long is long for a tree to bloom?   You'd be surprised to learn. Matt discusses how his students LOVE derailing him during lectures.  They love to rev him up and watch him go. "There are more flowers than there are blades of grass" on the McFarland's property.  Mugho Pines, Emerald Gaety Euonymus and everything 1980's comes into the fore. Rank these trees from 1 - 3: Royalty Crabapple, Crimson King Maple, Obelisk Beech.  Lynne takes the challenge. Define an "annual..." Matt tries. Are Ivory Silk Lilac's long bloomers?   The trio debate.   What defines a "long bloomer" in a tree? Weigela, weigela, weigela.... OHHHHH BABY!What is a Century Plant?  How about a Corpse Plant? Greybeard returns...Temperature can effect the amount of time a tree blooms.Matt tells a story about some lovely flowering dogwood trees and the shock and awe of a specific variety. "Is the juice worth the squeeze?"Lets hang out in the rose department for a little while.  Some are Oso Easy!Speaking of the 1980's - Potentilla is a classic that still pops. Why doesn't The Growing Season use Butterfly Bush? Hydrangeas cap the show off in style. Tune in. Looking to book a consult for your property?  We'd love to help.  CLICK HERE.

"Death and life are in the power of the tongue." What if the atmosphere of your relationship is being shaped one conversation at a time? Join us as we explore Ephesians 4:29, the meaning of the Greek word sapros (σαπρός), and the challenge to become thermostats instead of thermometers in our homes by speaking words that build up, give grace, and breathe life into our relationships.#SpeakLife #MarriageMatters #ChristianMarriage #HealthyCommunication #RelationshipGoals #FaithAndFamilyIf you'd like to receive our 52-Week Marriage Prayer Guide, visit the link in the show notes nd join our prayer community. >>> Sign Up Today.

In episode 2085, Miles and guest co-host Jacquis Neal are joined by host of American Hysteria, Chelsey Weber-Smith, to discuss… Minions Creator Claims That The Minions Didn’t Work For Hitler, Great American Sh*t Show 250, Kentucky Church Has A Really Cool Summer Camp, The Air Conditioning Culture Wars Are Here (Again) and more! ‘Minions & Monsters’ Munches On $14M+ Opening Day, Lands A- CinemaScore – Box Office Update New Minions film heads to 1920s Hollywood in franchise refresh The Minions are Illuminati servants who faked the moon landing, according to the Internet How do Minions reproduce? Minions & Monsters director answers 3 extremely specific questions Great American Sh*t Show 250 New footage shows Ag Secretary Brooke Rollins addressing a nonexistent crowd at the Great American State Fair Trump Allies Behind Empty State Fair Rocked by Bombshell Allegations Trump ‘livid’ over crowd size at National Mall state fair, report says: ‘Who thought this was a good idea?’ Kentucky Church Has A Really Cool Summer Camp Trump foe makes urgent plea — and MAGA is raging: ‘Welcome to socialism’ Mayor Adams Urges New Yorkers to Take Precautions to Stay Safe During Extreme Heat Abbott to Texans: Try to Use Less Power ERCOT requests conservation, but why 78 degrees? Gas Shortage Spurs Carter Decline in Poll President Again Extends Heat and Cooling Limits Did air conditioning play a role in Reagan's election? Searching for ripple effects of history-making tech How air conditioning gave us skyscrapers, President Reagan and saved countless lives Europe Is Hot as Hell. Why Doesn’t It Want Air Conditioning? Air Conditioning, Scourge of the French Left Is Your Air Conditioning Killing People Thousands of Miles Away? LISTEN: WILDFIRES V2 by Port LondonSee omnystudio.com/listener for privacy information.

With much of the United States facing high temperatures, energy demands of data centers are raising fears of strain in local communities. AP's Lisa Dwyer reports that experts are urging proper planning.

Center Guard Plumbing's Mike Epping joins the show to answer listener questions about water temperature issues, leaks, and more! Go to wgnplumber.com or call 847-406-8883 to learn about what Center Guard can do for you.

Post-spawn smallmouth seem to vanish overnight, but they haven't gone far — they're just on the move. In this episode, we break down how to track smallmouth as they transition from spawning flats to summer structure, why certain stopping points like points, ledges, and grass edges can stay productive for weeks, and how to use water temperature as a roadmap for where fish are in that journey. We also bust the myth that every smallmouth goes deep after the spawn, showing you why some fish stick to shallow cover all summer if the food's still there. Plus, we cover the finesse soft plastic presentations that consistently produce during this transition, no matter where the fish are holding. If your June smallmouth bite has felt unpredictable, this episode will help you find the pattern.Become a supporter of this podcast: https://www.spreaker.com/podcast/bass-cast-radio--1838782/support.Become a Patreon memebet now for less then a pack of worms you can support Bass Cast Radio as well as get each epsiode a day early & commercial free. Just click the link below. PATREON 

Contributor Will Lovell joins Marshall to chat about fermenting lagers warm with the popular Weihenstephan yeast, and they review the results of an xBmt looking at warm fermentation with Imperial Yeast L13 Global in a Festbier. | Relevant Article | Fermentation Temperature: Imperial Yeast L13 Global In A Festbier xBmt | Support Brülosophy | Brülosophy merch is available - click here to see all we have to offer! Become a Brülosophy Patron today and be rewarded for your support! Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

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.

We catch up on the racing from IRONMAN Frankfurt and the upcoming race at Challenge Roth. Following his retirement from professional steeplechase running, Olympic silver medalist Evan Jager joined the Swedish startup Nomio as their Head of Athlete Relations. Nomio is a 60ml performance shot made primarily of organic broccoli sprouts. It contains isothiocyanates (ITCs), which research suggests help buffer lactate and accelerate recovery without the gastrointestinal stress often caused by bicarb In this episode we explore Evan's remarkable career and his transition from elite running to working with the innovative biohacking product Nomio. Todd Turner won the free race entry to IRONMAN 70.3 Sunshine Coast. We find out more about him TIMESTAMPS: 0:03:29 – Temperature in Roth 0:05:38 – IRONMAN Frankfurt Race Review 0:20:01 – Challenge Roth 0:30:43 – Evan Jager of Nomio 1:21:51 – Jack's steeplechase career 1:27:47 – Todd Turner LINKS: Jack Moody at https://www.instagram.com/jacktmoody/ Kate Bevilaqua at https://www.instagram.com/katebevilaqua/ Guy Crawford at https://www.instagram.com/guyrcrawford/ IRONMAN Frankfurt at https://www.ironman.com/races/im-frankfurt Nomio at https://drinknomio.com/ Evan Jager at https://www.instagram.com/evanjager/ IRONMAN 70.3 Sunshine Coast at https://www.ironman.com/races/im703-sunshine-coast

A Saudi Aramco helicopter crash has killed 14 nationals, the state news agency says. Venezuelans decry shortages of heavy equipment and a limited official presence as the earthquake death toll tops 1,400. Iran and the U.S. continue their attacks in the Gulf, fraying an increasingly precarious interim deal. Temperature records are shattered in Europe as a deadly heatwave moves east. And how Bauhaus design is being targeted by the far right in Germany. Watch Pitchside here. Listen to On Assignment podcast here and see the Climate Monitor here. Listen to the Morning Bid podcast ⁠⁠here⁠⁠. Sign up for the Reuters Econ World newsletter ⁠⁠here⁠⁠. Listen to the Reuters Econ World podcast ⁠⁠here⁠⁠. Visit the Thomson Reuters Privacy Statement for information on our privacy and data protection practices. You may also visit megaphone.fm/adchoices to opt out of targeted advertising Learn more about your ad choices. Visit megaphone.fm/adchoices

“Questions, concerns, queries?” Lets chat!We know that many things bloom in June, but it behooves us to highlight some of the lesser known plants.  The Growing Season are over the moon for the June blooms on this week's show.Matt's adoration of June Cleaver is touched on.  He still has a crush.   Is the name June still popular? What is the Summer Solstice and why is it important? The Campfire Rose is one that many clients rave about.  Why?  Jack, Lynne and Matt discuss the reasons.Temperature and excessive growth are correlated.  What controls flower bloom in a plant? Ligularias are an insane option for shade.  Matt explains why.  Purple in shade?   Yes please!!!  Should you cut the blooms off your Hosta?   You'll surprised to learn what you should be doing with them leafy leafers.Jack has a sick Ivory Silk Lilac.  Why is it sick? What is a pop up emitter?  Matt explains. Aesculus hippocastanum... Say what? Silverleaf dogwood and Variegated weigela are some Growing Season favourites. Speaking of weigelas - why all the fuss?  Matt doesn't want to talk about Peonies.  NOT. AT. ALL!  What is an ITOH Peony? GET A ROZANNE PERENNIAL GERANIUM!   JUST DO IT!Tune in. Looking to book a consult for your property?  We'd love to help.  CLICK HERE.

Why is Europe experiencing a heatwave? What happens if a being from a different dimension enters our dimension? Why are wombats able to produce square-shaped faeces? Can we live without sodium? Is there a scientific explanation for xenophobia? Why did the Lincoln Memorial Reflecting Pool turn into a green swamp? What causes early morning phlegm, even without a cold? Dr Chris Smith and Clarence Ford have the answers... Like this podcast? Please help us by supporting the Naked Scientists

Why is Europe experiencing a heatwave? What happens if a being from a different dimension enters our dimension? Why are wombats able to produce square-shaped faeces? Can we live without sodium? Is there a scientific explanation for xenophobia? Why did the Lincoln Memorial Reflecting Pool turn into a green swamp? What causes early morning phlegm, even without a cold? Dr Chris Smith and Clarence Ford have the answers... Like this podcast? Please help us by supporting the Naked Scientists

Movie of the Year: 2006Mixtape, Part IThe 2006 Mixtape Podcast Kicks Off — One Song at a TimeThe 2006 Mixtape podcast episode is unlike anything else in the Movie of the Year catalog. Instead of debating a single film, Ryan, Mike, and Greg welcome two special guests — Nate Ragolia of Debut Buddies and longtime PopFilter friend Taylor Wilhite — for a round-robin music showcase that captures the full, chaotic glory of 2006's soundscape. Each panelist takes a turn placing one song into a collective playlist, building something that is part argument, part love letter, and part time machine back to a genuinely strange year in pop culture.2006 was a transitional moment in popular music. Rap remained dominant, but with several megastars between album cycles, the charts opened up to a remarkably diverse mix of genres. Moreover, pop-punk and emo were infiltrating the mainstream at full speed. Additionally, R&B, dancehall, and indie rock were all jostling for space on the same playlists. The result was a year where "SexyBack," "Hips Don't Lie," "I Write Sins Not Tragedies," and "Dani California" could all feel equally essential — and equally of the moment. Consequently, building a 2006 mixtape is less a curation exercise and more a negotiation, which is exactly what makes this episode so much fun.Tune in for Part I of the 2006 Mixtape on the Movie of the Year 2006 podcast, and find out whose taste holds up, whose picks land with a thud, and which songs define the year better than any film ever could.About the 2006 Mixtape FormatThe Mixtape episode breaks from the standard Movie of the Year formula in the best possible way. Rather than a single film under the microscope, the full panel of five — Ryan, Mike, Greg, Nate, and Taylor — each take turns contributing one song per round to a shared playlist. The songs land wherever they land: the bracket, the conversation, the collective memory. No rules govern the selection beyond personal conviction and a willingness to defend the pick.The format rewards both champions of the obvious and advocates for the overlooked. Someone will inevitably go for the consensus anthem. Someone else will go deep on an album cut that never charted but defined their year. Furthermore, disagreements are baked in. Five people with five different relationships to the music of 2006 means that every pick is a small act of argument — an assertion about what mattered and why.Part I covers the opening rounds of that playlist construction. Part II will follow, continuing the conversation and expanding the tracklist. Together, they form a two-part portrait of a year in music told through the ears of five people who were living it.Guest Panelists: Nate Ragolia and Taylor WilhiteNate Ragolia is a freelance writer, editor, published author, voice over artist, and podcaster based in the PopFilter extended universe. He co-hosts Debut Buddies, a fortnightly podcast dedicated to firsts — debut albums, premiere episodes, inaugural seasons, the first of anything worth examining. Co-hosted with Kelly Attaway and Chelsea Hollander, Debut Buddies has built a devoted audience by taking the concept of beginnings seriously and hilariously. Nate is also the author of three books: There You Feel Free (2015), The Retroactivist (2019), and One Person Can't Make a Difference (2022). He brings to the Mixtape episode both the analytical rigor of someone who thinks carefully about cultural artifacts and the genuine enthusiasm of a lifelong music fan.Taylor Wilhite is a familiar voice to longtime PopFilter listeners. A former mainstay of the network, Taylor steps back into the booth for this special occasion — one of his rare guest appearances since stepping back from regular podcasting. His history with the PopFilter crew means he arrives fully acclimated to the energy, the arguments, and the particular pleasure of five people trying to out-taste each other in real time. His presence makes Part I feel like a reunion as much as a music show.Building the Playlist: Round by RoundEach round of the 2006 Mixtape follows the same structure: one panelist, one song, one chance to make the case. The picks accumulate into something that starts to resemble an actual playlist — though a playlist with a lot of disagreement baked into its sequencing.2006 was the kind of year where the argument over what belongs is genuinely interesting. The Billboard charts were dominated by Daniel Powter's "Bad Day," Sean Paul's "Temperature," and Justin Timberlake's "SexyBack." However, the year also produced landmark indie and alternative releases, left-field hip-hop moments, and a wave of pop-punk anthems that hit a specific generation square in the chest. Notably, the question of which songs were great versus which songs were simply inescapable is a distinction worth debating — and this episode debates it at length.As a result, the round-by-round format becomes a kind of stress test for taste. Each pick either extends the playlist's internal logic or breaks it, and the panel's reactions reveal as much about their musical identities as about the songs themselves. Part I lays the groundwork for what promises to be a contentious and deeply enjoyable full tracklist.Why 2006's Music Deserves a Closer ListenIt is easy to dismiss the music of 2006 as a transitional era — neither the peak years of hip-hop's commercial dominance nor the coming digital disruption that would reshape the industry within a few years. Nevertheless, that framing undersells how much was actually happening. Beyoncé released B'Day. The Raconteurs debuted. Stadium Arcadium by the Red Hot Chili Peppers dropped as a double album. FutureSex/LoveSounds by Justin Timberlake redefined what a mainstream pop record could sound like.Above all, 2006 was the last full year before the iPhone and streaming would begin to permanently reorganize how people discovered and consumed music. In practice, this means the mixtape as a cultural object — physical or digital — still carried enormous weight. A playlist in 2006 was still a statement, still a gift, still a way of saying something about who you were and what you cared about. Therefore, building a 2006 mixtape now is an act of archaeology as much as curation, and the Movie of the Year crew approaches it with exactly the right combination of nostalgia and rigor.Meanwhile, the Mixtape format itself reflects something true about the show: Movie of the Year has always been as much about the people doing the talking as about the films under discussion. Bringing in Nate Ragolia and Taylor Wilhite expands that conversation in ways that a single-film episode simply cannot. The result is one of the most purely enjoyable episodes in the 2006 season.Why the 2006 Mixtape Podcast Still MattersThe mixtape as a format has never really gone away. Streaming playlists are its digital descendants, and the impulse behind them — the desire to arrange songs into an argument about feeling and meaning — is as alive now as it was when people were still burning CDs. The 2006 Mixtape episode taps into that impulse directly, using the year's music as a lens for understanding both the culture of 2006 and the tastes of the five people assembled to discuss it.Specifically, the episode works because it trusts its panelists. Nate Ragolia's credentials as a critic and author give his picks analytical weight. Taylor Wilhite's history with PopFilter gives the episode a sense of occasion. And the core Taste Buds — Ryan, Mike, and Greg — provide the continuity and argumentative energy that listeners have come to expect from the 2006 season. Together, they make a compelling case that the music of 2006 is worth revisiting, debating, and yes, assembling into a playlist — even twenty years later.Ultimately, the 2006 Mixtape podcast is the season's most distinctive episode, and Part I is where it all begins. Subscribe, listen, and start forming your own opinions about what should have made the cut.Related Episodes from Movie of the Year: 2006Movie of the Year: 2006 — Intro Part 1Movies of 2006 — Bracket Reveal and Sweet 16Tristram Shandy — Movie of the Year: 2006Brick — Movie of the Year: 2006Browse All Movie of the Year EpisodesFAQ: 2006 Mixtape Podcast — Part IAbout the EpisodeWhat is the 2006 Mixtape podcast episode about?The 2006 Mixtape, Part I is a special episode of Movie of the Year in which the full five-person panel — Ryan, Mike, Greg, Nate Ragolia, and Taylor Wilhite — take turns contributing songs to a shared 2006 playlist. Each round features one pick per panelist, building a collective mixtape that reflects the full range of the year's music while generating plenty of debate along the way.Who are the guests on the 2006 Mixtape episode?The episode features two special guests. Nate Ragolia is the co-host of Debut Buddies, a podcast about firsts,...

In this episode of Taking the Temperature of HVAC, Jamie Kitchen sits down with John and Jorg to unpack the real-world differences between TXVs (thermal expansion valves) and EEVs (electronic/electric expansion valves) in commercial refrigeration and air conditioning. They break down how each valve controls superheat, the balance of forces inside a TXV, and why concepts like pump down, minimum stable superheat (MSS), and maximum operating pressure (MOP) matter for system reliability and compressor protection. Along the way, they share field stories about liquid hammer, early electronic controllers, variable-speed compressors, and why EEVs offer powerful flexibility—but can't rescue a poorly designed system.

Temperature record da giorni in tutta Europa. L’ennesima ondata di calore ripropone il tema delle infrastrutture energetiche ed idriche adeguate al clima ormai mutato.Ne parliamo con Annamaria Barrile, direttore generale Utilitalia e Serena Giacomin, climatologa e meteorologa, direttrice scientifica dell’Italian Climate Network.

Deb takes your calls. What's the worst film our resident critic has ever seen? GUESTS: Richard Crouse - co-host of the podcast Entertainment is Broken Don Drummond - Economist, Fellow-in-Residence at the C.D. Howe Institute Andrew Ashiofu - Chair of the Washington State Stonewall Democrats

The UK has broken its all-time temperature record for June and France has recorded its hottest day ever amid the ongoing heatwave impacting the region. The World Health Organization has warned these extreme temperatures are putting lives at risk. UK correspondent Enda Brady explained further. LISTEN ABOVESee omnystudio.com/listener for privacy information.

The UK today broke its June temperature record as a heatwave continues to engulf Europe. In Finistere in north-west France, 68, 000 people are without power, after the heat knocked out generating equipment We hear how the heat is affecting people across Europe - and how it compares with the most recent major heatwave in August 2003. Also on the programme: US officials say America has supplied doses of an experimental antibody to help fight the growing outbreak of Ebola in the Democratic Republic of Congo; and why astronomers are excited about new images of the Milky Way.(Photo: A young man jumps from a bridge to cool off in the Canal Saint-Martin, in Paris, France, 20 June 2026. Credit: Yoan Valat/EPA/Shutterstock)

This is a catch-up version of James O'Brien's live, daily show on LBC Radio. To join the conversation call: 0345 60 60 973

Craig and Cmac discuss the disaster at Citi Field. Are the Wilpons still running the Mets? Plus, Craig calls multiple local butchers to find the answer on pulled pork. That and much more.

On this episode of The Lead On Podcast, Jeff Iorg, president of the SBC Executive Committee, explains how ministry leaders can raise their church's spiritual temperature by deepening their own spiritual disciplines, teaching basic practices like prayer and Bible reading, and building regular corporate prayer into the life of the church.

The atmosphere of your home doesn't happen by accident. Every father is either reacting to the environment around him or helping shape it. In this message on biblical fatherhood, you'll discover how God calls dads to lead with consistency, emotional maturity, and spiritual influence. If you've ever wondered how to become a better father, lead your family well, or break unhealthy patterns at home, this sermon offers practical and biblical guidance rooted in Ephesians 6. In this sermon, Scott Williams of Impact Church teaches how fathers can move from being passive or reactive to becoming spiritual leaders who set the temperature in their homes. In this sermon, you'll learn: • How to stop reacting emotionally and start leading intentionally • Why passive fatherhood can be just as damaging as absent fatherhood • What Ephesians 6 teaches about raising children God's way • How to create a healthy emotional atmosphere in your home • Why consistency matters more than intensity in parenting • How fathers can cultivate faith, character, and confidence in their children Your family shouldn't have to guess which version of you is coming home today. God has called fathers to be thermostats, not thermometers—to set the atmosphere instead of simply reacting to it. When dads regulate, cultivate, and elevate, they help create homes where children can thrive and faith can grow for generations.

HOUR 3: What is the best temperature for the AC in the summer? The energy department has a suggestion. full 1160 Wed, 17 Jun 2026 21:00:00 +0000 F1QM84sA7enIhrzZFK8osK6pOvL6KAOF news The Dana & Parks Podcast news HOUR 3: What is the best temperature for the AC in the summer? The energy department has a suggestion. You wanted it... Now here it is! Listen to each hour of the Dana & Parks Show whenever and wherever you want! © 2025 Audacy, Inc. News

Tired of salads that leave you hungry an hour later? This episode reveals how to build a healthy salad that functions as a full meal, using a balance of protein, fiber, and quality fat, along with restaurant-inspired tricks for texture and flavor that make every bite feel indulgent and satisfying.Jenn Trepeck digs into practical, judgment-free strategies for turning whatever is in your fridge into a satisfying salad, covering everything from salad dressing inspiration to creative flavor pairings, on this episode of Salad with a Side of Fries.What You Will Learn in This Episode:✅ The three essential components, protein, fiber, and quality fat, that turn a basic salad into a full meal✅ How texture (crispy, creamy, chewy) transforms a boring salad into a craveable one✅ Why temperature matters and how adding a warm component changes the entire eating experience✅ How to use the five flavors, sweet, salty, sour, bitter, and umami, to build a balanced salad and even make a dressing from scratchThe Salad With a Side of Fries podcast, hosted by Jenn Trepeck, explores real-life wellness and weight-loss topics, debunking myths, misinformation, and flawed science surrounding nutrition and the food industry. Let's dive into wellness and weight loss for real life, including drinking, eating out, and skipping the grocery store.TIMESTAMPS:00:00 Building a satisfying salad that functions as a full meal04:11 Why protein, fiber, and quality fat are the foundation of a filling salad05:49 The overlooked role of healthy fats like avocado and olive oil in salads07:23 Using grains and starches like condiments to boost a chopped salad09:18 Breaking down food texture categories: crispy, creamy, chewy, and more13:45 How the cutting and chopping technique changes salad texture completely17:48 Pro tip: warm components make salads more satisfying21:24 Exploring the five flavors and how to build balance in a salad dressing33:11 Pantry staples like hearts of palm and artichokes for easy, healthy salads34:28 Jenn's recent go-to salad recipe and homemade dressing combinations36:48 Salad for breakfast with eggs to top it offKEY TAKEAWAYS:

Do you feel fine outside in the heat… only to walk into strong air conditioning and suddenly feel dizzy, foggy, or on the edge of a migraine?In this episode of The Migraine Heroes Podcast, host Diane Ducarme explores why temperature-sensitive brains often struggle with rapid shifts between heat and cold environments. Blending neuroscience with holistic insights, this episode unpacks how sudden temperature changes can stress the nervous system and quietly lower your migraine threshold.You'll discover:

Sometimes swoony, sometimes menacing, Kim Jae Wook's performances are always memorable! In this episode, Susie and Lynn discuss his roles in Mary Stayed Out All Night, Her Private Life, Coffee Prince, Melo Movie, and more!(About SPOILERS: we try to avoid major plot spoilers in our discussions of different dramas, but inevitably some minor details will be revealed. If you want to avoid knowing absolutely anything about a show you haven't seen, we recommend skipping to the next segment!)(0:00) - Intro, Jal Meogisseubnida, KDrama ketchup(24:40) - Coffee Prince(37:05) - Temperature of Love(55:25) - Marry Me, Mary / Mary Stayed Out All Night(1:23:10) - Death's Game - CONTAINS SPOILERS(1:38:30) - Her Private Life(2:05:20) - Dear Hongrang - CONTAINS SPOILERS(2:28:05) - Melo Movie(2:42:35) - Favorite Kim Jae Wook scenes(2:50:45) - Ask Susie UnnithingIf you like this episode, please subscribe and leave us a rating and review!Follow us on Instagram @unnisonoppaspodUse of our theme music, “Pickled Pink” by Kevin MacLeod, is permitted under Creative Commons license CC0 1.0

Corbin and Ed reunite while the furnace of Australian cricket knows no off-season. The guys break down the latest developments in the BBL privatisation push that saw Cricket Victoria announce the Stars and Renegades are no more, the other States throw their hands in the air and the players push back against the current model. Plus Ben Stokes broke his own team rules, Cooper Connolly made one of the best maiden ODI tons in history in a series loss to Bangladesh (!!!) and the listener emails are overflowing our inbox. Good thing Ed is back weekly from now on.To get in touch, email Corbin & Ed at abccricketpodcast@abc.net.auABC Grandstand cricket commentator Corbin Middlemas is joined by Ed Cowan to bring you all the highlights and match analysis to keep you up to speed. The pair discuss the key players and big issues that are dominating the cricket agenda, the latest in live fixtures with a hit of cricket banter.Catch every episode of ‘The ABC Cricket Podcast,' hosted by Corbin Middlemas on ABC listen or wherever you get your podcasts, and get in touch with them on social media via @abc_sport This podcast was formerly known as ‘The Grandstand Cricket Podcast'

(0:00-23:21) Temperature check on the Eagles now compared to the end of last season(23:21-35:29) John & Connor debate if the Phillies have over or underperformed in recent history (35:29-43:40) Phillies add a right-handed bat to the outfield, but how good will he be?Please note: Timecodes may shift by a few minutes due to inserted ads. Because of copyright restrictions, portions—or entire segments—may not be included in the podcast.For the latest updates, visit the show page Kincade & Salciunas on 975thefanatic.com. Follow 97.5 The Fanatic on Twitter, Facebook, and Instagram. Watch our shows on YouTube, and subscribe to stay up-to-date with all the best moments from Philly's home for sports!See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Scientific Sense ® by Gill Eapen: Prof. Susan Roaf is Professor Emeritus of Architectural Engineering at Heriot Watts University in Edinburgh, Scotland. Her research spans both design practice and academic inquiry, with a strong focus on climate resilience and adaptation.

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Temperature newsletter wranglers Michael Booth and John Ingold talk about a keystone court case pitting drug companies against the state of Colorado, and a new Sun "solutions" series on where Colorado can save water.See omnystudio.com/listener for privacy information.

Introduction to the Solution Keeping buildings cool is becoming one of our fastest growing and energy-intensive challenges. A startup based in Hong Kong pioneers for an answer already existing in nature– the outer layer of a tiny ant that survives one of the hottest places on Earth. Dr. Martin Zhu and his co-founder mimicked the heat-repelling biology of the Saharan silver ant to develop cooling technology that remains electricity-free. Background: From the Saharan Silver Ant to Zero-Energy Cooling Cooling maintains around 10% of global electricity demand. In the hottest regions, cooling can account for over 70% of peak electricity demand.  The biological inspiration behind i2Cool's technology, the Saharan silver ant, has evolved to be a solution in the transition to zero-energy cooling. The ant endures desert heat through its surface hairs with a distinctive structure that reflects solar energy and emits body heat as radiation in a specific wavelength range. This wavelength passes through the atmosphere into outer space, effectively cooling the ant without any energy input.  The team replicates this using engineered nanoparticles embedded in various materials, like paint coatings, window films, ceramics, and textiles. The i2Cool's research team integrated this heat transfer principle to produce a multi-component and multi-scale solution, efficient in solar reflectivity and mid-infared emissivity of up to 95%. Advantages The most significant advantage of passive radiative cooling is that it requires no energy input, unlike traditional air conditioning. This technology can reduce surface temperature up to 42 ℃ and save air conditioning energy consumption by up to 40%. In addition, since this solution is passive, requiring no electricity to run, the technology can be used off-grid or in energy-poor areas. This means the technology has the potential to democratize access to cooling in the regions of the world that need it most, but currently have the least access. Drawbacks and Critiques A constraint of passive radiative cooling is that the material may need to be redesigned for different climates, as Dr. Zhu acknowledges. Temperature swings and humidity in different regions require different nanoparticle structures, which is costly to implement and adjust for. This may be fine in areas near the equator where cooling demand is relatively consistent, but in seasonal climates like Russia, Canada, or the U.S., radiative cooling solutions run the risk of overcooling.  Another drawback could be the varying and longer payback times from saved energy costs that has the potential to deter building owners from using the technology. For example, vehicle payback is under six months, while building applications take two to three years. This has the potential to deter building owners from using the technology.  The Guest's Take Dr. Martin Zhu sees zero-energy cooling as a powerful tool to reduce the global need for air conditioning, rather than an outright replacement. For him, this technology democratizes access to cooling while innovatively requiring no ongoing energy. This is a part of a broader vision for climate equity, sustainably leveraging technology as a means of supporting marginalized communities. About the Guest Dr. Martin Zhu is the Co-Founder and CEO of i2Cool, a company specializing in electricity-free cooling technology. He focuses on commercializing passive radiative cooling technology, reaching more than 30 countries. Other Resources & Further Reading i2Cool Company Website: i2Cool IEA: The Future of Cooling IEA: Keeping cool in a hotter world is using more energy, making efficiency more important than ever ScienceDirect: Flexible passive radiative cooling inspired by Saharan silver ants National Library of Medicine: Biomimetic Cooling Dr. Martin Zhu Biography: Prof. ZHU Martin For a transcript, please visit climatebreak.org/zero-energy-cooling-with-martin-zhu/

In this session from the 7th Annual HVACR Training Symposium in Florida, Eric "Elk" Kaiser delivers a comprehensive workshop on airflow testing and measurement. Eric opens by challenging technicians to think beyond simply pointing an instrument at a duct and reading a number. Before selecting any tool, he argues, professionals must understand exactly what they are measuring — whether that is velocity, pressure, volume (CFM), or the mass weight of air — and why each of those values matters for designing ductwork, sizing equipment, and delivering comfort to customers. The session sets the stage for a deeper technical conversation about the physics of air and how those physics affect measurement accuracy in the real world. A significant portion of the presentation focuses on air density and how it affects the accuracy of common industry formulas. Eric walks through the origin of the widely-used 1.08 and 4.5 airflow constants, explaining that they are derived from a theoretical "standard air" condition of sea level pressure (14.7 PSIA) and 0% relative humidity — conditions that virtually no technician encounters in the field. He demonstrates how changes in altitude, temperature, and humidity all shift air density, causing those constants to become variables. For technicians working at elevations above 2,500 feet, the density difference can exceed 10%, enough to significantly skew BTU calculations and equipment performance assessments if left uncorrected. Eric also walks through a real-world scenario involving measurements taken across an operating evaporator coil, where a 3.4% density shift between return and supply could easily be misread as duct leakage. The workshop then moves into a thorough survey of airflow measurement instruments and the specific conditions each one is best suited for. Eric covers vane anemometers (large and mini), hot wire anemometers, pitot tubes, flow hoods (passive and active/fan-powered), flow boxes, the temperature rise method, and the digital TrueFlow grid. For each tool, he discusses accuracy considerations, density correction requirements, velocity limitations, placement requirements, and common mistakes. He is candid about the limitations of manufacturer performance charts, sharing a behind-the-scenes look at how one manufacturer evaluated static pressure using a six-foot plenum and four averaging probes — conditions that bear no resemblance to a cramped residential closet with a coil slammed on top of the furnace. The takeaway is that no chart, regardless of source, should be trusted without understanding the conditions under which it was created. Throughout the session, Eric emphasizes a core professional philosophy: understand your instruments, understand their limitations, and understand what level of accuracy is truly needed for the job at hand. He introduces the concept of stacked inaccuracies — where instrument error combines with density correction error to produce readings that can mislead technicians into diagnosing problems that do not exist, or missing ones that do. He concludes with a strong endorsement of the digital TrueFlow grid for residential applications, highlighting its app-based forecasting feature that allows technicians to predict whether a new piece of equipment will work on an existing duct system before the installation begins. The session closes with audience Q&A covering topics such as using density-correcting instruments to compare supply and return readings, and measuring airflow in systems with multiple filter grilles. Topics Covered What airflow measurement actually captures: velocity, pressure, volume (CFM), and mass weight of air — and why the distinction matters The origin and limitations of the 1.08 and 4.5 airflow constants, and when technicians must correct for non-standard air conditions How air density changes with altitude, temperature, and humidity — including a 22% density drop from sea level to 5,000 feet elevation Real-world example: how a 3.4% density shift across an operating evaporator coil can be mistaken for duct leakage Instrument selection overview: large vane anemometers, mini vane anemometers, hot wire anemometers, pitot tubes, and in-duct flow devices Passive vs. active (fan-powered) flow hoods — accuracy differences and the importance of using residential hoods for residential applications Proper probe placement for in-duct measurements: ASHRAE guidelines, straight-run requirements, and how turbulence affects readings Duct traverses: log Chebyshev point averaging vs. timed traverse methods, and best practices for each Manufacturer performance charts and external static pressure testing: how lab conditions differ from field conditions and why charts can mislead Motor types (PSC, constant torque ECM, constant airflow ECM) and how motor behavior affects static pressure measurement and airflow setup Manometer selection: resolution, accuracy, auto-zeroing features, and why a precise-looking display does not equal an accurate reading Temperature rise method for estimating airflow: appropriate uses with electric heat, and limitations with gas furnaces Digital TrueFlow grid: application for residential retrofit work, CFM forecasting, and evaluating existing duct systems before equipment replacement Audience Q&A: density correction on supply vs. return readings, multi-grille TrueFlow workflows, and commercial system setup strategies   You can watch the flow hood comparison video by TruTech Tools HERE. You can also check out all of the great free downloads and other resources TruTech Tools has to offer at https://trutechtools.com/resources.  Have a question that you want us to answer on the podcast? Submit your questions at https://www.speakpipe.com/hvacschool. Purchase your tickets or learn more about the 7th Annual HVACR Training Symposium at https://hvacrschool.com/symposium. Subscribe to our podcast on your iPhone or Android. Subscribe to our YouTube channel. Check out our handy calculators here or on the HVAC School Mobile App for Apple and Android.

To start today's episode the gang talk about their upcoming live show in Boston. We hope you will join us June 5th at the Harvard Ed Portal, where Kathy, Matt, Rose, and Producer Ben will be ready to answer your burning questions about clay and glaze. They also answer listener questions about what to do when all your glazes mature at a different temperature, and how to identify a mystery white spot in the surface of your fired glaze.   Have you checked out the new For Flux Sake Patreon? This is a great way to show your support and have access to discounted merch, live hangouts, and extra episodes. Head over to Patreon and sign up today.    Today's episode is brought to you by Rhode Kilns, Monkey Stuff, The Rosenfield Collection, Cornell Studio Supply, and Ceramic Materials Workshop's Making Glaze Make Sense.   This week's episode features the following topics: Live show, glaze temperature, Cone 5, Cone 5 ½, Cone 6, crystal formation  

Sleep impacts every aspect of our health—from athletic performance and recovery to hormone balance, cognitive function, and longevity. But one of the most overlooked factors affecting sleep quality may be something surprisingly simple: temperature. In this episode of Marni On The Move, I speak with Dr. Nicole Moyen, Chief Science Officer at Eight Sleep, about the science behind better sleep and how temperature regulation can help optimize health, performance, and overall well-being. We dive into the role temperature plays throughout the sleep cycle, how sleep needs change with age, the impact of hormones and menopause on sleep quality, and how personalized sleep technology is helping people better understand and improve their rest. Dr. Moyen also shares practical strategies for athletes, insights into sleep stages, heart rate variability (HRV), chronotypes, and the future of sleep science. Whether you’re an athlete looking to recover faster, navigating midlife sleep changes, or simply looking to wake up feeling more energized, this conversation offers valuable insights into the power of sleep optimization. Topics Covered: • Why temperature is one of the most important factors influencing sleep quality • How sleep patterns change with age • Hormones, menopause, and temperature regulation during sleep • Understanding chronotypes and how they impact sleep habits • The science behind Eight Sleep’s Autopilot technology • Heart rate variability (HRV) and what it reveals about recovery and readiness • How temperature needs change across different sleep stages • Sleep optimization strategies for athletes and active individuals • The impact of exercise timing on sleep quality and recovery • Creating an ideal sleep environment and bedroom temperature • Sleep hygiene habits that support better rest • Innovation in sleep science and technology • Eight Sleep’s new Pregnancy Mode and personalized sleep solutions • The future of sleep optimization, health technology, and longevity CONNECT Eight Sleep on Instagram Marni On The Move Instagram, TikTok, LinkedIn, or YouTube` Marni Salup on Instagram and Playlist on Spotify SUBSCRIBE TO OUR NEWSLETTER Sign up for our monthly newsletter, Do What Moves You, for Marni on the Move updates, exclusive offers, invites to events, and exciting news! SUPPORT THE PODCAST Leave us a five stars and a review on Apple, it’s easy, scroll through the episode list on your podcast app, click on five stars, click on leave a review, and share what you love about the conversations you’re listening to. Tell your friends the episodes you are listening to on your social. Share a screen shot of the episode in your stories, tag us, we will tag you back!