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首页> 外文期刊>Journal of Agricultural Science >Detection of Diseases in Oil Palm Plantations in the Brazilian Amazon through Orbital Image
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Detection of Diseases in Oil Palm Plantations in the Brazilian Amazon through Orbital Image

机译:通过轨道形象检测巴西亚马逊油棕榈种植园的疾病

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摘要

The detection of diseases in oil palm crops in the Brazilian Amazon represents a great challenge for the management of this crop in Brazil. The plantations in the State of Par provide inputs for the food, cosmetics, agro-energy and biofuel industries, supplying Brazilian markets. In recent years, several factors such as pests, diseases and climate have interfered in the development of oil palm in the region, generating the need to adopt new techniques to detect and monitor such issues. In this work, spectral enhancements were carried out by simple reflectance and vegetation indices for four plots cropped on Companhia Palmares da Amaznia (CPA) farm, owned by Agropalma S.A. company in the municipality of Acar, in the state of Par. The results allowed the identification of expressive patterns minimum and maximum reflectances of the studied plots, correlating with occurrences of diseases. The EVI index showed an excellent correlation with the occurrence of diseases. However, the NDVI and SAVI indexes showed adequate adjustments with the occurrence of diseases in 2017. The areas corresponding to the L36 and H27 plots showed higher occurrences of diseases, based on the analysis of reflectance through vegetation indices. It is concluded that the reflectance enhancements, NDVI, SAVI and EVI obtained by orbital sensors are efficient in the detection of diseases in the plots. The results allowed the identification of diagnostic anomalies of stresses in the plots, either by disease or other factor, allowing the decision making in an adequate time, therefore avoiding large scale eradication in the extensive areas in commercial palm oil plantations in Brazil.
机译:巴西亚马逊油棕榈庄稼疾病的检测为巴西这一作物的管理是一个巨大的挑战。该地区的种植园为食品,化妆品,农业能源和生物燃料工业提供的投入提供,供应巴西市场。近年来,害虫,疾病和气候等几个因素受到了该地区油棕的发展,产生了需要采用新技术来检测和监测此类问题。在这项工作中,通过在Compania Palmares Da Amaznia(CPA)农场上的四个地块的简单反射率和植被指数进行了光谱增强,由Agrogalma S.A.公司在AGAR的澳大利亚州的公平。结果允许鉴定所研究的图的最小和最大反射的表达模式,与疾病的发生相关。 EVI指数与疾病的发生表现出优异的相关性。然而,NDVI和SAVI指标表明,对2017年的疾病发生了充分的调整。基于通过植被指数的反射率分析,对应于L36和H27曲线的区域表现出更高的疾病。结论是,轨道传感器获得的反射增强,NDVI,SAVI和EVI在图中检测疾病中是有效的。结果允许鉴定疾病或其他因素的地块中应力的诊断异常,允许在足够的时间内进行决策,因此避免了巴西商业棕榈油种植园广泛的地区大规模根除。

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