What’s this?
Welcome to GRASP Labs, an interactive platform designed for scientists and enthusiasts to explore and experiment with remote sensing algorithms in Earth Observation. Here at GRASP Labs, powered by GRASP-Earth, users can engage with a range of experiments through a user-friendly web interface. By simply registering for free in GRASP-Open website, members of our community gain access to powerful tools that allow them to manipulate algorithms and view real-time results. Whether you are a researcher, student, or simply curious about remote sensing, GRASP Labs offers a unique opportunity to see these technologies in action and contribute to the field of Earth observation. Join us in advancing the understanding of our planet.
Spheroids model experiment
Polar nephelometry is a scientific method used to measure the scattering of light by small particles, such as aerosols, in the atmosphere. This in-situ technique is essential for understanding atmospheric properties and assessing air quality, offering results in near-real-time. In this interactive experiment, users have the opportunity to engage with a single scattering model and simulate the measurements that a polar nephelometer would obtain. GRASP-Earth build its own product line of in-situ instruments that includes polar nephelometers.
Through this application, participants can alter aerosol types and the geometric settings of the nephelometer to explore how these changes affect the scattering measurements. This hands-on experiment not only provides insights into the behavior of different aerosols under various conditions but also enhances understanding of the complex interactions between light and particles in our atmosphere. Dive into the world of polar nephelometry and see the atmospheric sciences in action!