Moon-Based Multispectral Vision: Field of View Analysis for Advanced Earth Observation #AcademicAchievements
🌕🌍 Analysis of Field of View for a Moon-Based Earth Observation Multispectral Camera represents a forward-looking paradigm in remote sensing, planetary observation, and space-based Earth monitoring. Unlike conventional low-Earth or geostationary satellites, a Moon-based platform offers a uniquely stable vantage point with continuous visibility of nearly half the Earth’s surface, making Field of View (FOV) analysis a critical design and performance parameter. The FOV determines the spatial coverage, resolution trade-offs, and temporal consistency of Earth observations, particularly when multispectral imaging is involved. From the lunar surface, Earth appears as a slowly rotating disk, allowing long-term, uniform data acquisition that supports climate monitoring, atmospheric analysis, ocean color studies, and land-use change detection. A carefully optimized FOV ensures that spectral bands—ranging from visible to infrared—capture synchronized, distortion-minimized data across vast geogr...
