Purdue e-Pubs (Purdue University System) · 1973 · 42 citations · 0 references
Open access
AgricultureAgronomyGeoinformaticsCrop ProductionCrop SensingRemote SensingAgricultural ApplicationsCrop ClassificationPrecision Crop ManagementPrecision Crop ProductionRemote Sensing For Crop ManagementSensor Data AcquisitionAerial Crop MonitoringCrop DetectionCrop Species ClassificationCrop Species IdentificationRemote Crop MonitoringRemote Sensing Crop ClassificationSatellite Crop MonitoringSatellite-based Agronomic Monitoring
Quantitative evaluation of computer-processed ERTS MSS data classifications has shown that major crop species (corn and soybeans) can be accurately identified. The classifications of satellite data over a 2000 square mile area not only covered more than 100 times the area previously covered using aircraft, but also yielded improved results through the use of temporal and spatial data in addition to the spectral information. Furthermore, training sets could be extended over far larger areas than was ever possible with aircraft scanner data. And, preliminary comparisons of acreage estimates from ERTS data and ground-based systems agreed well. The results demonstrate the potential utility of this technology for obtaining crop production information.