J. W. Nettles
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1
Total Citations
49
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1
About
J. W. Nettles is a leading figure in lunar remote sensing and radiometric calibration, best known for pioneering the empirical photometric models that underpin modern lunar observation. Their most cited work, the 2011 paper on a wavelength-dependent spectrophotometric function for the Moon based on ROLO data (49 citations), established the foundational framework for interpreting the Moon’s reflectance across visible and infrared wavelengths. By leveraging the USGS’s Robotic Lunar Observatory (ROLO) ground-based project, Nettles and colleagues derived a robust empirical model from photometric observations spanning 0.347–2.39 μm and solar phase angles from 1.55° to 97°. This contribution is critical for calibrating space-based sensors, enabling precise cross-instrument comparisons, and advancing studies of lunar surface composition. Nettles’ work has had lasting impact on planetary science and Earth observation, providing a standard reference for lunar calibration that continues to support missions like LRO and future Artemis endeavors. Their research bridges ground-based and orbital data, solidifying their reputation as a key architect of modern lunar photometry.
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