Radiative Transfer Models

Radiative transfer models are scientific tools used to understand how light and other electromagnetic radiation move through and interact with Earth's atmosphere, clouds, and surfaces. They help predict how much sunlight reaches the ground, how much is reflected or absorbed, and how radiation is emitted back into space. These models are essential for climate studies, weather forecasting, and remote sensing, as they simulate the complex processes—like scattering, absorption, and emission—that affect Earth's energy balance. Essentially, they offer a detailed picture of the journey of radiation through the environment, enabling better understanding of climate and atmospheric dynamics.