Assessing the Yield of a Multi-varieties Crop of Camelina sativa (L.) Crantz through NDVI Remote Sensing

D. Mostaza-Colado, P. V. M. Ablanque, Aníbal Capuano
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引用次数: 3

Abstract

within the framework of CAMEVAR project, the CAMELINA Operating Group (OG) performed a screening test to validate the suitability of Sentinel-2B satellite family sensing systems and GreenSeeker handheld device to estimate the production of different varieties of Camelina sativa (L.) Crantz trough the Normalized Difference Vegetation Index (NDVI). This agro-environmental monitoring technique allows to follow the evolution of the vigor of the camelina crops and to keep track on the crop during its life cycle. We used this technique to assess and estimate the growing and yield of each one of the varieties before harvesting, and study if they were significant differences that could lead to a prediction in the final seed yield. Statistical results showed that there were significant differences on the NDVI index of each variety and correlation between the acquisition techniques, but there was no correlation between the NDVI index and the final yield of each variety.
多品种亚麻荠的产量评价克兰茨通过NDVI遥感
在CAMEVAR项目框架内,CAMELINA运营小组(OG)进行了筛选试验,以验证Sentinel-2B卫星家族传感系统和GreenSeeker手持设备在估算不同品种亚麻荠(L.)产量方面的适用性。grantz通过归一化植被指数(NDVI)。这种农业环境监测技术可以跟踪亚麻荠作物活力的演变,并在其生命周期中跟踪作物。我们使用该技术在收获前评估和估计每个品种的生长和产量,并研究它们是否存在显著差异,从而可以预测最终的种子产量。统计结果表明,各品种的NDVI指数和采集技术之间的相关性存在显著差异,但NDVI指数与各品种的最终产量之间不存在相关性。
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