Archive for the ‘710-VP’ Category

Detecting red blotch disease in grape leaves using hyperspectral imaging

Red blotch disease is a viral disease that affects grapevines. Symptoms appear as irregular blotches on grape leaves with pink and red veins on the underside of the leaves. Red blotch disease causes a reduction in the accumulation of sugar in grapevines affecting the quality of grapes and resulting in delayed harvest. Detecting and monitoring […]

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Hyperspectral imaging for differentiation of foreign materials from pinto beans

Food safety and quality in packaged products are paramount in the food processing industry. To ensure that packaged products are free of foreign materials, such as debris and pests, unwanted materials mixed with the targeted products must be detected before packaging. A portable hyperspectral imaging system in the visible-to-NIR range has been used to acquire […]

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Multimodal Hyperspectral Optical Microscopy

We describe a unique approach to hyperspectral optical microscopy, herein achieved by coupling a hyperspectral imager to various optical microscopes. Hyperspectral fluorescence micrographs of isolated fluorescent beads are first employed to ensure spectral calibration of our detector and to gauge the attainable spatial resolution of our measurements. Different science applications of our instrument are then […]

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pile of white rice next to green rice stalks

Remote Sensing of Rice to Detect Arsenic Contamination

Arsenic toxicity of humans due to consumption of arsenic-contaminated rice is an international health crisis. Arsenic is often supplied through water from shallow wells used for irrigation of rice. Reduced soil conditions present in flooded rice fields enable the arsenic to be converted to a form that is easily taken-up by the plants. Arsenic levels […]

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Fire Emission Estimation Informed by Spectral Data

Environmental and remote sensing scientists at UC Berkeley are utilizing SOC710-VP ground spectral imaging data, along with airborne and satellite data in a geospatial context for revising and improving the Berkeley Emission Estimation System (EES).

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SOC710-VP spectral imager scans ancient Roman sculpture for hidden pigmentation

Surface Optics recently loaned out an SOC710-VP spectral imaging system to the University of Georgia (UGA) for use in an interdisciplinary study of an ancient Roman sculpture on exhibition at the Georgia Museum of Art (GMOA). The exhibition and research, titled “Object in Focus: The Orpheus Relief Project”, investigates evidence of original polychromy on a […]

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