『Weather Across America』のカバーアート

Weather Across America

Weather Across America

著者： Simcha L
無料で聴く

https://www.spreaker.com/podcast/weather-synopsis-forecast-for-u-s--4910617/support


Through clear, engaging AI-created episodes, the show explores the storms, heat waves, cold fronts, forecast discussions, and atmospheric patterns shaping life across the United States.
Each episode translates the science behind the forecast into plain English—while recognizing the real people affected by changing weather: families planning their day, communities preparing for hazards, and the forecasters working to communicate what matters.
From coast-to-coast threats and Chicago outlooks to heat-dome shifts and a closer look inside National Weather Service forecast discussions, this is weather information with curiosity, clarity, and a human point of view.
Copyright Simcha
エピソード
  • Decoding_NWS_Forecasts

    Decoding_NWS_Forecasts
    2026/08/30


    00:00 - Introduction: The Missoula Weather Explainer

    01:06 - Key Forecast Impacts

    01:40 - Weekend Chills and Spills: Immediate Precipitation

    02:08 - Radiational Cooling Explained 03:10 - The Real World Impact of Radiational Cooling (Frost)

    03:40 - Translating Transitory Ridging

    04:12 - The Inverted V Threat: High Cloud Bases and Dry Air

    05:13 - Inverted V Thermodynamic Profile Explained

    05:40 - Midweek Activity: Strong Clustering and Pacific Northwest Trough

    06:17 - Aviation and the Seven-Day Outlook: VFR, MVFR, and Decoupling

    07:21 - Tying It All Together: A Practical Seven-Day Outlook

    08:24 - Conclusion and Empowering Observation
    #WeatherForecast #Meteorology #MissoulaWeather #NationalWeatherService #WeatherExplained #AreaForecastDiscussion #RadiationalCooling #TransitoryRidging #InvertedVProfile #WeatherJargon #PilotWeather #AviationWeather #MontanaWeather #WesternMontana #WeatherEducation #AtmosphericScience #WeatherDecoder #ForecastBreakdown #WeatherPhenomena #ScienceExplained

    Become a supporter of this podcast: https://www.spreaker.com/podcast/weather-across-america--4910617/support.

    This episode includes AI-generated content.
    続きを読む 一部表示
    9 分
  • How_the_Heat_Dome_Drives_US_Weather August 30th 2026

    How_the_Heat_Dome_Drives_US_Weather August 30th 2026
    2026/08/30
    Title: The Invisible Machine: Connecting Continental Weather Timestamp Breakdown:
    • 00:00-01:03: Introduction to the interconnectedness of continental weather, highlighting flash floods in Arizona and a gentle breeze off Florida as examples.
    • 01:04-02:04: The dominant feature: a sprawling mid-to-upper-level ridge of high pressure (subtropical heat dome) over the central and southeastern US.
    • 02:05-03:08: Explanation of decameters as a measure of atmospheric thickness and how a 594-decameter dome signifies deep, hot, and stubborn air.
    • 03:09-04:09: Impacts of the heat dome: extreme daytime highs and dangerous lack of nighttime cooling, leading to major heat risk.
    • 04:10-05:15: Why high pressure traps humidity: the "invisible leaf blower" effect of subsidence, acting as a lid.
    • 05:16-06:16: The role of the Bermuda High and its clockwise rotation in drawing Gulf moisture under the heat dome, creating suffocating humidity.
    • 06:17-07:18: How the trapped moisture and heat lead to dangerous conditions and the "Ring of Fire" effect where weather systems are deflected.
    • 07:19-08:22: Explanation of shortwave energy and low-level jets, and their role in sparking severe thunderstorms along the Ring of Fire.
    • 08:23-09:23: The intensified severe weather further northwest, with strong winds, hail, and tornado potential.
    • 09:24-10:34: Mesoscale convective systems (MCSs) and how they "surf" the ridge, with an interesting anecdote about a radar outage in La Crosse, Wisconsin.
    • 10:35-11:34: How radar mosaics work and how the La Crosse office utilizes surrounding radars to get a clear picture despite their own outage.
    • 11:35-12:38: The "brick wall" effect on Pacific weather and the formation of a deep, long-wave trough on the West Coast.
    • 12:39-13:40: How the long-wave trough creates an atmospheric vacuum, scooping up "three sigma" anomalous tropical moisture from the Pacific and Mexican monsoon.
    • 13:41-14:40: The significance of a "three sigma" event and why 2 inches of rain is catastrophic in the desert Southwest due to geography and soil composition.
    • 14:41-15:40: The amplified hazard of flash floods and mudslides in burn scars due to hydrophobic soil.
    • 15:41-16:46: The "decaying quasi-stationary front" on the eastern side, and what it means for localized, persistent heavy rainfall.
    • 16:47-17:54: The warm front extending into the Northeast and Mid-Atlantic, interacting with highly anomalous precipitable water values, creating flash flood concerns.
    • 17:55-19:03: Tropical Storm Lowell as an isolated system in the Pacific, detached from the continental machine.
    • 19:04-20:21: Recap of the entire synoptic setup, emphasizing the interconnectedness and the impact of the heat dome, and posing questions about adaptation to a changing climate.
    20 Hashtags: #WeatherMachine #SynopticWeather #HeatDome #FlashFlood #SevereWeather #RingOfFire #AtmosphericDynamics #ClimateChange #Meteorology #WeatherExplained #GulfMoisture #RadarTechnology #PacificNorthwest #DesertSouthwest #TripleDigitHeat #NighttimeHeat #WeatherPatterns #StormChasing #WeatherGeeks #DeepDive

    Become a supporter of this podcast: https://www.spreaker.com/podcast/weather-across-america--4910617/support.
    続きを読む 一部表示
    21 分
  • Physics_of_Hurricane_Karina_and_Lowell

    Physics_of_Hurricane_Karina_and_Lowell
    2026/08/30
    Here's a title, timestamp breakdown, and 20 hashtags for the provided text: Title: Deconstructing the Weather: From Hurricane Mechanics to Global Atmospheric Interconnections Timestamp Breakdown:
    • 00:00 - 01:01: The Sanitized Weather App vs. Raw Meteorological Data
    • 01:01 - 02:02: Our Mission: Reading Weather Like a Pro - Global Atmospheric Contrasts
    • 02:02 - 04:12: Hurricane Karina: The Vacuum of Pressure Gradients & Coriolis Effect
    • 04:12 - 06:19: Karina's Rapid Intensification: Warm Water, Low Shear, and Far-Reaching Impact
    • 06:19 - 08:22: Tropical Storm Lowell: A 20 Millibar Difference & Relentless Westward Trajectory
    • 08:22 - 10:26: High Pressure as a "Bowling Bumper": Steering Lowell Towards Hawaii
    • 10:26 - 12:32: The "Yellow Blobs" of the Atlantic: Disturbances vs. Closed Circulation
    • 12:32 - 14:44: Inland Hazards & Precipitable Water (Pwat): The Oversaturated Atmospheric Sponge
    • 14:44 - 16:55: Squeezing the Sponge: Cold Fronts & Orographic Lift Causing Flooding
    • 16:55 - 17:57: Unpacking the Global Weather Engine: From Vacuum Mechanics to Flood Threats
    • 17:57 - 18:40: The Interconnected Global Equation: Why Your Local Weather is Never Local
    20 Hashtags: #WeatherAnalysis #Meteorology #HurricaneMechanics #AtmosphericPhysics #WeatherScience #TropicalCyclones #PressureGradient #CoriolisEffect #RapidIntensification #WeatherForecasting #OceanEnergy #WindShear #PrecipitableWater #FloodRisk #GlobalWeather #ClimateScience #DeepDive #WeatherExplained #EarthScience #Hydrology

    Become a supporter of this podcast: https://www.spreaker.com/podcast/weather-across-america--4910617/support.
    続きを読む 一部表示
    19 分
adbl_web_anon_alc_button_suppression_t1
まだレビューはありません