Stress Detection in Tubercrops using Sunlight-induced Imaging - Sadasivan Nair, Raji
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Plants are exposed to a wide variety of abiotic or biotic stresses which can directly or indirectly affect their photosynthetic function. With limited availability of land and unpredicted natural hazards, vegetation loss is to be minimized which is possible only by better crop management. Early detection of crop damage could be a useful technique for initiating remedial measures to reduce further crop damage. Any change in plant photosynthetic function is reflected as changes in chlorophyll fluorescence or reflectance parameters. Proximal/remote sensing measurements using sunlight-induced…mehr

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Produktbeschreibung
Plants are exposed to a wide variety of abiotic or biotic stresses which can directly or indirectly affect their photosynthetic function. With limited availability of land and unpredicted natural hazards, vegetation loss is to be minimized which is possible only by better crop management. Early detection of crop damage could be a useful technique for initiating remedial measures to reduce further crop damage. Any change in plant photosynthetic function is reflected as changes in chlorophyll fluorescence or reflectance parameters. Proximal/remote sensing measurements using sunlight-induced chlorophyll fluorescence and reflectance imaging are powerful and potential tools to study the photosynthetic functioning of outdoor plants non-destructively.
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Autorenporträt
Dr Raji Sadasivan Nair, a post graduate in Applied Electronics did her PhD in Physics from Kerala University under National Center for Earth Science Studies, India. The interest in vegetation stress detection led her to the research in the field which is of societal significance.