Remote Sensing for Food Security - Kogan, Felix
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This volume gathers a variety of applications for remote sensing of vegetation health (VH) and concretely shows how this information can be used in service of ending hunger and of ensuring future food security. In this book's ten chapters, Dr. Felix Kogan, one of the most prolific scientists in this sphere, shows how a new VH method, designed from operational environmental satellite data, can be used to provide advanced predictions of agricultural losses, helping to enhance food security and reducing the number of hungry people. Topics covered include the scientific basis of the VH method,…mehr

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Produktbeschreibung
This volume gathers a variety of applications for remote sensing of vegetation health (VH) and concretely shows how this information can be used in service of ending hunger and of ensuring future food security. In this book's ten chapters, Dr. Felix Kogan, one of the most prolific scientists in this sphere, shows how a new VH method, designed from operational environmental satellite data, can be used to provide advanced predictions of agricultural losses, helping to enhance food security and reducing the number of hungry people. Topics covered include the scientific basis of the VH method, drought monitoring, prediction of short-term agricultural yield and crop insurance, and impacts of long term climate variability and change on food security. A short discussion on VH for human health-related topics such as detection and prediction of malaria and fire risk is included as well.
Autorenporträt
Dr. Felix Kogan is a Physical Scientist for the National Oceanic and Atmospheric Administration (NOAA), National Environmental Satellite Data and Information Services (NESDIS), and the Center for Satellite Applications and Research (STAR). His duties include research and development in the application of satellite data to the solution of environmental problems with a specific emphasis on land, atmosphere, climate, and socioeconomic activities. He has authored and co-authored more than 150 scientific papers and book chapters, and has developed the satellite-based vegetation health method for monitoring drought, fire risk, agricultural production, climate trends, and land cover changes.