This self-paced distance learning course provides forecasters, students, researchers, developers, and other interested learners with a foundation in the science, products, and applications of space-based satellite microwave remote sensing.
The three core modules that comprise this course are:
- Microwave Remote Sensing: Applications for Water Vapor, Clouds and Precipitation
- Microwave Remote Sensing: Land and Ocean Surface
- Advances in Microwave Remote Sensing: Ocean Wind Speed and Direction
Goals and Objectives
The goals of the microwave remote sensing topics course are to:
- provide learners with knowledge of basic scientific concepts underlying microwave remote sensing of Earth’s surface and atmosphere, and
- improve application and interpretation of microwave observations and products in everyday meteorological and environmental monitoring and forecasting activities.
- Describe how microwave remote sensing compliments visible and infrared observations
- Describe the general spatial and temporal coverage characteristics of microwave observations from polar-orbiting satellites
- List several products that rely on microwave remote sensing
- Explain the fundamental difference between active versus passive remote sensing
- Describe the importance and impact of microwave observations on numerical weather prediction models
- State the key differences between microwave and radiosonde sounding of atmospheric temperature and moisture
- Be able to interpret total precipitable water, cloud liquid water, and precipitation products as presented in the case examples
- Describe the benefits of microwave remote sensing for observing various surface properties when compared to visible and infrared approaches
- Describe the key application areas and users that benefit from characterization of snow cover, sea ice, sea surface temperature, and surface wetness and soil moisture
- Describe the limitations common to the retrieval of surface properties
The microwave remote sensing topics course is a series of several modules that is aimed at forecasters, students, researchers, and developers who have either a need or desire to know more about basic microwave remote sensing science and applications. The course is intended to provide an understanding of basic microwave remote sensing principles and concepts, spacecraft and instrument configurations, applications, and available datasets. It will prepare the learner for future exploration and use of microwave observations in meteorological analysis and forecasting, and monitoring of the climate and environment.
This course consists of an overview module, three core topic modules, one science resources module, and two additional modules each exploring a more focused application area and including operational considerations.
To receive a course completion certificate, you must successfully complete at a minimum the three core modules which take about 4 to 6 hours to complete.
The total time to complete the entire course including optional portions is approximately 8 to 9 hours.