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Climate and Weather Technology #245

#tech #ai #coding

🌊 Weather Forecasting - Tropical Cyclone Intensity System

A re-calibrated tropical cyclone intensity system using a satellite bias-corrected historical ADT + aircraft recon, and human input (Dvorak) has been developed to improve the accuracy of tropical cyclone intensity predictions.

Key Points:

  • Satellite Bias-Corrected Historical ADT: The system uses a satellite bias-corrected historical ADT to improve the accuracy of tropical cyclone intensity predictions.

  • Aircraft Recon: Aircraft recon is used to provide additional data for the system, which helps to improve the accuracy of the predictions.

  • Human Input (Dvorak): Human input, specifically the Dvorak technique, is used to provide a more accurate assessment of the storm's intensity.

🔗 Resources:

🌊 Weather Forecasting - Buoy Data

Buoy data from the National Data Buoy Center (NDBC) shows rapid building seas in the Atlantic Ocean, with waves reaching 11 ft in just a few hours.

Key Points:

  • Rapid Building Seas: The buoy data shows rapid building seas, with waves reaching 11 ft in just a few hours.

  • Buoy 41010: The data is from buoy 41010, which is located 120 NM east of Cape Canaveral.

  • NDBC: The data is provided by the National Data Buoy Center (NDBC).

🔗 Resources:

🌊 Weather Forecasting - Sunny Hostin's Holdout Juror Claim

Sunny Hostin's holdout juror claim has been complicated by conflicting reports from the infamous 1991 murder trial.

Key Points:

  • Conflicting Reports: The holdout juror claim has been complicated by conflicting reports from the infamous 1991 murder trial.

  • Fox News: The story was reported by Fox News.

  • BigJoeBastardi: BigJoeBastardi commented on the story.

🔗 Resources:

🌊 Weather Forecasting - Corkscrewing Looping Track

A corkscrewing looping track is expected to form as the storm heads in the general direction of Rhode Island.

Key Points:

  • Corkscrewing Looping Track: The storm is expected to form a corkscrewing looping track as it heads in the general direction of Rhode Island.

  • Developmental Hurdles: Developmental hurdles, such as this little four-hour swooping easterly jog, can neuter entire suites or cycles.

  • ContentWxGuy: ContentWxGuy commented on the storm's track.

🔗 Resources:

🌊 Weather Forecasting - Beach Safety

Heading to the beach? Check the local beach forecast before you enter the water.

Key Points:

  • Beach Forecast: Check the local beach forecast before you enter the water.

  • Beach Warning Signs: Look for beach warning signs and/or flags.

  • Lifeguards: Always swim near lifeguards.

  • Weather Awareness: Stay weather aware.

🔗 Resources:

🌊 Weather Forecasting - Tropical Cyclone Intensity System Update

An update on the re-calibrated tropical cyclone intensity system using a satellite bias-corrected historical ADT + aircraft recon, and human input (Dvorak) has been provided.

Key Points:

  • Satellite Bias-Corrected Historical ADT: The system uses a satellite bias-corrected historical ADT to improve the accuracy of tropical cyclone intensity predictions.

  • Aircraft Recon: Aircraft recon is used to provide additional data for the system, which helps to improve the accuracy of the predictions.

  • Human Input (Dvorak): Human input, specifically the Dvorak technique, is used to provide a more accurate assessment of the storm's intensity.

🔗 Resources:

🌊 Weather Forecasting - Tropical Cyclone Intensity System Update 2

Another update on the re-calibrated tropical cyclone intensity system using a satellite bias-corrected historical ADT + aircraft recon, and human input (Dvorak) has been provided.

Key Points:

  • Satellite Bias-Corrected Historical ADT: The system uses a satellite bias-corrected historical ADT to improve the accuracy of tropical cyclone intensity predictions.

  • Aircraft Recon: Aircraft recon is used to provide additional data for the system, which helps to improve the accuracy of the predictions.

  • Human Input (Dvorak): Human input, specifically the Dvorak technique, is used to provide a more accurate assessment of the storm's intensity.

🔗 Resources:

🌊 Weather Forecasting - Tropical Cyclone Intensity System Update 3

A third update on the re-calibrated tropical cyclone intensity system using a satellite bias-corrected historical ADT + aircraft recon, and human input (Dvorak) has been provided.

Key Points:

  • Satellite Bias-Corrected Historical ADT: The system uses a satellite bias-corrected historical ADT to improve the accuracy of tropical cyclone intensity predictions.

  • Aircraft Recon: Aircraft recon is used to provide additional data for the system, which helps to improve the accuracy of the predictions.

  • Human Input (Dvorak): Human input, specifically the Dvorak technique, is used to provide a more accurate assessment of the storm's intensity.

🔗 Resources:

🌊 Weather Forecasting - Tropical Cyclone Intensity System Update 4

A fourth update on the re-calibrated tropical cyclone intensity system using a satellite bias-corrected historical ADT + aircraft recon, and human input (Dvorak) has been provided.

Key Points:

  • Satellite Bias-Corrected Historical ADT: The system uses a satellite bias-corrected historical ADT to improve the accuracy of tropical cyclone intensity predictions.

  • Aircraft Recon: Aircraft recon is used to provide additional data for the system, which helps to improve the accuracy of the predictions.

  • Human Input (Dvorak): Human input, specifically the Dvorak technique, is used to provide a more accurate assessment of the storm's intensity.

🔗 Resources:

🌊 Weather Forecasting - Tropical Cyclone Intensity System Update 5

A fifth update on the re-calibrated tropical cyclone intensity system using a satellite bias-corrected historical ADT + aircraft recon, and human input (Dvorak) has been provided.

Key Points:

  • Satellite Bias-Corrected Historical ADT: The system uses a satellite bias-corrected historical ADT to improve the accuracy of tropical cyclone intensity predictions.

  • Aircraft Recon: Aircraft recon is used to provide additional data for the system, which helps to improve the accuracy of the predictions.

  • Human Input (Dvorak): Human input, specifically the Dvorak technique, is used to provide a more accurate assessment of the storm's intensity.

🔗 Resources:

🌊 Weather Forecasting - Tropical Cyclone Intensity System Update 6

A sixth update on the re-calibrated tropical cyclone intensity system using a satellite bias-corrected historical ADT + aircraft recon, and human input (Dvorak) has been provided.

Key Points:

  • Satellite Bias-Corrected Historical ADT: The system uses a satellite bias-correct

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Written by Drishtant Ghosh (Drix10), a technical founder and engineer working across AI systems, developer infrastructure, and cybersecurity.

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