Sign up to save your podcasts
Or
Share The Invisible War Above: Understanding Atmospheric Stability and Thunderstorms
Share to email
Share to Facebook
Share to X
Share to email
Share to Facebook
Share to X
Or
The Invisible War Above: Understanding Atmospheric Stability and Thunderstorms
The Invisible War Above: Understanding Atmospheric Stability and Thunderstorms
00:00 - 01:08: The Enigma of Sudden Thunderstorms: From Calm Sky to Bruised Plum
01:08 - 02:09: The Environmental Lapse Rate (ELR): Measuring Vertical Temperature Drop
02:09 - 03:10: Introducing Air Parcels: The Predictable Behavior of Rising Air
03:10 - 04:11: Adiabatic Lapse Rates: Dry (DLR) vs. Moist (MLR) Cooling Benchmarks
04:11 - 05:12: The Latent Heat Secret: Why Moist Air Cools Slower (Condensation's Role)
05:12 - 06:18: Buoyancy Battle: Comparing Parcel to Environment for Storm Formation
06:18 - 07:21: Stability Explained: The Beach Ball Analogy (Stable vs. Unstable)
07:21 - 08:21: Super Adiabatic & Steep Lapse Rates: Fueling Violent Updrafts (CAPE)
08:21 - 09:22: The "Cap" or Convective Inhibition: Suppressing Storm Ignition
09:22 - 10:24: The Elevated Mixed Layer (EML): Nature's Pressure Cooker
10:24 - 11:27: Origin of the EML: Advection from Hot, Dry Regions (Mexican Plateau)
11:27 - 12:31: Chicago's EML Setup: Southwesterly Winds & Mid-Level Heat
12:31 - 13:32: EML vs. Local Features: Why Mid-Level Heat Matters
13:32 - 14:35: The Role of Cold Air Aloft: Steep Lapse Rates & Lightning Generation
14:35 - 15:39: Breaking the Cap: The Role of Mechanical Triggers (Cold Fronts)
15:39 - 16:39: Normal vs. Stable vs. Storm-Triggering Lapse Rates (Celsius)
16:39 - 17:41: Lapse Rates in Imperial Units (Fahrenheit & Feet)
17:41 - 18:41: Analyzing Chicago's Lapse Rate: A Dramatic Contrast
18:41 - 19:42: Why NWS Warns of Lightning Despite Local Stability: Microclimates & Triggers
19:42 - 20:43: The Interconnected System: Surface Heating & Lifting Mechanisms
#WeatherExplained #AtmosphericStability #LapseRates #ThunderstormScience #Meteorology #ElevatedMixedLayer #WeatherPhenomenon #StormFormation #ConvectiveInhibition #LatentHeat #Buoyancy #CAPE #WeatherForecasting #AtmosphericPhysics #ClimateScience #DryAdiabatic #MoistAdiabatic #WeatherEducation #SevereWeather #NatureMystery
Become a supporter of this podcast: https://www.spreaker.com/podcast/weather-with-enthusiasm--4911017/support.
This episode includes AI-generated content.
00:00 - 01:08: The Enigma of Sudden Thunderstorms: From Calm Sky to Bruised Plum
01:08 - 02:09: The Environmental Lapse Rate (ELR): Measuring Vertical Temperature Drop
02:09 - 03:10: Introducing Air Parcels: The Predictable Behavior of Rising Air
03:10 - 04:11: Adiabatic Lapse Rates: Dry (DLR) vs. Moist (MLR) Cooling Benchmarks
04:11 - 05:12: The Latent Heat Secret: Why Moist Air Cools Slower (Condensation's Role)
05:12 - 06:18: Buoyancy Battle: Comparing Parcel to Environment for Storm Formation
06:18 - 07:21: Stability Explained: The Beach Ball Analogy (Stable vs. Unstable)
07:21 - 08:21: Super Adiabatic & Steep Lapse Rates: Fueling Violent Updrafts (CAPE)
08:21 - 09:22: The "Cap" or Convective Inhibition: Suppressing Storm Ignition
09:22 - 10:24: The Elevated Mixed Layer (EML): Nature's Pressure Cooker
10:24 - 11:27: Origin of the EML: Advection from Hot, Dry Regions (Mexican Plateau)
11:27 - 12:31: Chicago's EML Setup: Southwesterly Winds & Mid-Level Heat
12:31 - 13:32: EML vs. Local Features: Why Mid-Level Heat Matters
13:32 - 14:35: The Role of Cold Air Aloft: Steep Lapse Rates & Lightning Generation
14:35 - 15:39: Breaking the Cap: The Role of Mechanical Triggers (Cold Fronts)
15:39 - 16:39: Normal vs. Stable vs. Storm-Triggering Lapse Rates (Celsius)
16:39 - 17:41: Lapse Rates in Imperial Units (Fahrenheit & Feet)
17:41 - 18:41: Analyzing Chicago's Lapse Rate: A Dramatic Contrast
18:41 - 19:42: Why NWS Warns of Lightning Despite Local Stability: Microclimates & Triggers
19:42 - 20:43: The Interconnected System: Surface Heating & Lifting Mechanisms
#WeatherExplained #AtmosphericStability #LapseRates #ThunderstormScience #Meteorology #ElevatedMixedLayer #WeatherPhenomenon #StormFormation #ConvectiveInhibition #LatentHeat #Buoyancy #CAPE #WeatherForecasting #AtmosphericPhysics #ClimateScience #DryAdiabatic #MoistAdiabatic #WeatherEducation #SevereWeather #NatureMystery
Become a supporter of this podcast: https://www.spreaker.com/podcast/weather-with-enthusiasm--4911017/support.
This episode includes AI-generated content.
View all episodes
By Simcha LeftonThe Invisible War Above: Understanding Atmospheric Stability and Thunderstorms
00:00 - 01:08: The Enigma of Sudden Thunderstorms: From Calm Sky to Bruised Plum
01:08 - 02:09: The Environmental Lapse Rate (ELR): Measuring Vertical Temperature Drop
02:09 - 03:10: Introducing Air Parcels: The Predictable Behavior of Rising Air
03:10 - 04:11: Adiabatic Lapse Rates: Dry (DLR) vs. Moist (MLR) Cooling Benchmarks
04:11 - 05:12: The Latent Heat Secret: Why Moist Air Cools Slower (Condensation's Role)
05:12 - 06:18: Buoyancy Battle: Comparing Parcel to Environment for Storm Formation
06:18 - 07:21: Stability Explained: The Beach Ball Analogy (Stable vs. Unstable)
07:21 - 08:21: Super Adiabatic & Steep Lapse Rates: Fueling Violent Updrafts (CAPE)
08:21 - 09:22: The "Cap" or Convective Inhibition: Suppressing Storm Ignition
09:22 - 10:24: The Elevated Mixed Layer (EML): Nature's Pressure Cooker
10:24 - 11:27: Origin of the EML: Advection from Hot, Dry Regions (Mexican Plateau)
11:27 - 12:31: Chicago's EML Setup: Southwesterly Winds & Mid-Level Heat
12:31 - 13:32: EML vs. Local Features: Why Mid-Level Heat Matters
13:32 - 14:35: The Role of Cold Air Aloft: Steep Lapse Rates & Lightning Generation
14:35 - 15:39: Breaking the Cap: The Role of Mechanical Triggers (Cold Fronts)
15:39 - 16:39: Normal vs. Stable vs. Storm-Triggering Lapse Rates (Celsius)
16:39 - 17:41: Lapse Rates in Imperial Units (Fahrenheit & Feet)
17:41 - 18:41: Analyzing Chicago's Lapse Rate: A Dramatic Contrast
18:41 - 19:42: Why NWS Warns of Lightning Despite Local Stability: Microclimates & Triggers
19:42 - 20:43: The Interconnected System: Surface Heating & Lifting Mechanisms
#WeatherExplained #AtmosphericStability #LapseRates #ThunderstormScience #Meteorology #ElevatedMixedLayer #WeatherPhenomenon #StormFormation #ConvectiveInhibition #LatentHeat #Buoyancy #CAPE #WeatherForecasting #AtmosphericPhysics #ClimateScience #DryAdiabatic #MoistAdiabatic #WeatherEducation #SevereWeather #NatureMystery
Become a supporter of this podcast: https://www.spreaker.com/podcast/weather-with-enthusiasm--4911017/support.
This episode includes AI-generated content.
00:00 - 01:08: The Enigma of Sudden Thunderstorms: From Calm Sky to Bruised Plum
01:08 - 02:09: The Environmental Lapse Rate (ELR): Measuring Vertical Temperature Drop
02:09 - 03:10: Introducing Air Parcels: The Predictable Behavior of Rising Air
03:10 - 04:11: Adiabatic Lapse Rates: Dry (DLR) vs. Moist (MLR) Cooling Benchmarks
04:11 - 05:12: The Latent Heat Secret: Why Moist Air Cools Slower (Condensation's Role)
05:12 - 06:18: Buoyancy Battle: Comparing Parcel to Environment for Storm Formation
06:18 - 07:21: Stability Explained: The Beach Ball Analogy (Stable vs. Unstable)
07:21 - 08:21: Super Adiabatic & Steep Lapse Rates: Fueling Violent Updrafts (CAPE)
08:21 - 09:22: The "Cap" or Convective Inhibition: Suppressing Storm Ignition
09:22 - 10:24: The Elevated Mixed Layer (EML): Nature's Pressure Cooker
10:24 - 11:27: Origin of the EML: Advection from Hot, Dry Regions (Mexican Plateau)
11:27 - 12:31: Chicago's EML Setup: Southwesterly Winds & Mid-Level Heat
12:31 - 13:32: EML vs. Local Features: Why Mid-Level Heat Matters
13:32 - 14:35: The Role of Cold Air Aloft: Steep Lapse Rates & Lightning Generation
14:35 - 15:39: Breaking the Cap: The Role of Mechanical Triggers (Cold Fronts)
15:39 - 16:39: Normal vs. Stable vs. Storm-Triggering Lapse Rates (Celsius)
16:39 - 17:41: Lapse Rates in Imperial Units (Fahrenheit & Feet)
17:41 - 18:41: Analyzing Chicago's Lapse Rate: A Dramatic Contrast
18:41 - 19:42: Why NWS Warns of Lightning Despite Local Stability: Microclimates & Triggers
19:42 - 20:43: The Interconnected System: Surface Heating & Lifting Mechanisms
#WeatherExplained #AtmosphericStability #LapseRates #ThunderstormScience #Meteorology #ElevatedMixedLayer #WeatherPhenomenon #StormFormation #ConvectiveInhibition #LatentHeat #Buoyancy #CAPE #WeatherForecasting #AtmosphericPhysics #ClimateScience #DryAdiabatic #MoistAdiabatic #WeatherEducation #SevereWeather #NatureMystery
Become a supporter of this podcast: https://www.spreaker.com/podcast/weather-with-enthusiasm--4911017/support.
This episode includes AI-generated content.