which best describes the path of solar radiation
Solar radiation follows a direct path from the sun to Earth, but its journey doesn’t end there. Once it reaches our planet, the energy interacts with the atmosphere, surfaces, and even living organisms in predictable ways. The process begins with shortwave radiation entering the atmosphere, where some is absorbed, scattered, or reflected before reaching the ground. What isn’t absorbed by clouds or particles continues downward, warming the Earth’s surface.
The path doesn’t stop at absorption either. The Earth then emits longwave radiation back into the atmosphere, where greenhouse gases can trap some of that heat. This exchange determines how energy moves through the climate system, influencing weather patterns and temperatures. Understanding this flow helps explain everything from daily weather to long-term climate trends.
1. Solar Radiation Shield for Weather Sensors
The Onset RS3-B Solar Radiation Shield ensures accurate temperature readings by blocking direct sunlight and reflected heat. Its design allows air to flow naturally while preventing solar radiation from skewing sensor data. This maintains precision in environmental monitoring by isolating instruments from radiant energy interference.
By minimizing heat absorption, it provides reliable measurements in outdoor conditions. The shield’s passive ventilation system reduces errors caused by solar exposure, making it essential for consistent climate and weather tracking.