{"podcast":{"title":"Buzz Blossom & Squeak","slug":"buzz-blossom-squeak-6817827","podcast_index_feed_id":6817827,"rss_url":"https://feeds.captivate.fm/buzz-blossom-squeak/","website_url":"https://buzzblossomandsqueak.com/","image_url":"https://artwork.captivate.fm/6bf1b4ca-8682-42ea-b3f5-b4caa5685cb9/bbslogo2.jpg","author":"Jill McKinley","episode_count":115,"summary":"Buzz, Blossom & Squeak is a quiet, curious walk into the natural world right outside your door. You don’t need to be a scientist, a hardcore birder, or someone who hikes miles into the wilderness. This podcast is for anyone who has ever paused to notice a bird call, wondered about a plant growing along a sidewalk, watched insects move through a garden, or felt the seasons shifting without quite knowing why. Each episode focuses on small, approachable pieces of nature—birds, bugs, plants, weather, ecosystems, and natural patterns—explained in a way that’s calm, curious, and grounded in observation. Instead of rushing toward big conclusions, Buzz, Blossom & Squeak invites you to slow down and really notice what’s happening in the living world around you. You’ll hear about things like: How birds use different layers of trees and sky Why certain plants grow where they do What insects are actually doing when they buzz past How seasons quietly reshape landscapes The hidden systems that connect soil, water, plants, and animals The goal isn’t mastery—it’s familiarity. Nature becomes less overwhelming when you take it one small step at a time. This podcast is especially for people who: Wan…","last_synced_at":null,"page_url":"https://stenobird.com/podcast/buzz-blossom-squeak-6817827"},"episode":{"title":"112- Why Is Water Blue? The Science of Color in Lakes, Oceans, and Ice","slug":"112-why-is-water-blue-the-science-of-color-in-lakes-oceans-and-ice","published_at":"2026-05-07T00:40:00+00:00","page_url":"https://stenobird.com/podcast/buzz-blossom-squeak-6817827/112-why-is-water-blue-the-science-of-color-in-lakes-oceans-and-ice","show_page_url":"https://stenobird.com/podcast/buzz-blossom-squeak-6817827","url":"https://buzz-blossom-squeak.captivate.fm/episode/112-why-is-water-blue-the-science-of-color-in-lakes-oceans-and-ice","audio_url":"https://episodes.captivate.fm/episode/e928ffaa-68bb-4f00-81c1-88f24324b576.mp3","summary":"Why is Lake Superior almost black on a stormy day and impossibly blue on a calm one? Why does the Caribbean look turquoise when it's made of the same H2O? And what's happening when glacier ice glows that eerie deep blue inside a crevasse? Water doesn't have a color the way a cardinal has red feathers. What we see when we look at water is physics in action — selective absorption, light scattering, depth, biology, and the geometry of the sun. In this episode we break down exactly how it works. Why Pure Water Is Blue at All Water molecules absorb light selectively. They absorb energy at the red end of the spectrum more readily than at the blue end — it has to do with how the hydrogen and oxygen atoms vibrate at frequencies that match red and infrared wavelengths. So as sunlight enters water and travels deeper, the reds disappear first, then orange and yellow fade, then green weakens. Blue and violet penetrate deepest. The blue light that survives gets scattered back toward your eyes. A single glass of water is barely detectable. A deep lake or ocean makes the filtering unmistakable. Deep Blue: Lake Superior and Open Ocean In deep, cold, clear water — away from river mouths and shorelines — selective absorption plays out fully. By 30 feet, red disappears from underwater life almost entirely. By 30 meters, saltwater has absorbed nearly everything except blue. Lake Superior behaves like a small inland ocean: deep, cold, and clear enough that on a calm day with nothing stirring up sediment, it can appear impossibly, purely blue. That blue is not reflection — it's what's left after everything else has been filtered out. Turquoise: Why Tropical Water Looks Different Tropical water like the Caribbean involves a second mechanism: a pale, reflective bottom. The water is shallow en…","meta_description":"Why is Lake Superior almost black on a stormy day and impossibly blue on a calm one? Why does the Caribbean look turquoise when it's made of the same H2O?…","key_points":[],"chapters":[],"topics":[],"duration_seconds":1707,"processing_state":"not_requested","actions":[{"name":"request_transcript","method":"POST","url":"https://stenobird.com/v1/public/podcasts/buzz-blossom-squeak-6817827/episodes/112-why-is-water-blue-the-science-of-color-in-lakes-oceans-and-ice/transcription-requests","description":"Idempotently request low-priority transcript generation for this episode."},{"name":"read_markdown","method":"GET","url":"https://stenobird.com/podcast/buzz-blossom-squeak-6817827/112-why-is-water-blue-the-science-of-color-in-lakes-oceans-and-ice.md","description":"Read the agent-friendly Markdown representation of this episode resource."}]}}