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- Short Course Information
- Weather Observations, Warnings, and Forecast Enhancements with Uncrewed Systems
- Open Science in ARM: Connecting State-of-the-Art Models with Diverse Field Campaign Observations
- Noah-MP Land Surface Model Tutorial: Model Physics, Code Structures, and Simulation Exercises
- MetPy: Creating Meteorological Python Workflows from Scratch
- Processing Eddy Covariance Datasets with EddyPro Software
- Earth Prediction Innovation Center (EPIC) Workshop: Building, Configuring, and Running the Unified Forecast System (UFS) Short-Range Weather (SRW) App in the Cloud
- Advancing Open Science: An Interactive Workshop on Harnessing VEDA for Earth Science Research at the U.S. Greenhouse Gas Center
- Visualizing 2D and 3D Geoscience Data in Python
- GOES-R and JPSS Satellite Data and Tools Available through Cloud Service Providers
- Machine Learning in Python for Environmental Science Problems
- Blown Away: A Meteorologist's Guide to Wind Damage
- Deadlines for 104th Annual Short Courses
- Open Radar Short Course (Hybrid)
- Under the Hood - How Signal Processing in the WSR-88D Provides the Best Quality Data
- Advancements in Climate Change Attribution Science
- Hybrid Short Course Information
- Meteorological Tools, Processes, and Techniques Used in Private Business
- MetPy for your Data: Analyzing Meteorological Observations in Python
- Open Science in the Rockies: Working With ARM Data from the Surface Atmosphere Integrated Field Laboratory
- EPIC Workshop - Running the UFS Short Range Weather Application on the Cloud
- Comprehensive Evaluation of Earth System Models: Coordinated Model Evaluations Capabilities (CMEC)
- Making Beautiful Images of NOAA Satellite Data using Python
- Using Python to Retrieve Weather Observations from a Mesonet API with Application to Practical Use Cases
- Joint Satellite Lake Data and Products
- Use of Environmental Satellite Data Products for Detecting Volcanic Eruptions, Forecasting Tropical Cyclones, and Nowcasting Severe Weather
- Communicating Climate Change
- EPIC Workshop: Running the UFS Short Range Weather Application on the Cloud
- MetPy for Quantitative Analysis of Meteorological Data
- AI in Weather Radars
- Using GOES-R and JPSS Remote Sensing Capabilities to Enhance Weather, Climate, Water and Environmental Security
- Machine Learning in Python for Environmental Science Problems
- Learning to Engage with ARM
- Introduction to the Community WRF-Hydro Modeling System: Interactive Hands-on Tutorial
- HPC in the Cloud: Hands-on Training
- Tutorial on Ocean Satellite Data Products and Using ERDDAP and R or Python to Access and Work with Satellite Data
- Starting a "Storm Chasing" Course at Your College or University
- Short Course Basic Room Set and AV Pricing
- Deadlines for 103rd Annual Short Courses
- Past AMS Short Courses
- AI and Weather Radars
- Machine Learning in Python for Environmental Science Problems
- GOES-R/JPSS Hands-on Training to Process, Display, and Analyze Satellite Data Products
- Introduction to the Joint Effort for Data Assimilation Integration (JEDI)
- Python for Climate and Meteorology
- Introduction to the WRF-Hydro Modeling System
- Annual Virtual Short Course information
- New Certification Proposal Information
- Webinar Slides: The Evolving Role of Humans in Weather Prediction and Communication: The Human/Automation Relationship--How can we best use AI tools?
- Ethics Articles
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