智利哈瓦那作物害虫综合管理远程监测系统

Juan Miguel Durán-Lugo, Héctor Emmanuel Quej-Cosgaya, Omar Yared Cuevas-Hernández, Emmanuel Guadalupe Quej-García
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引用次数: 0

摘要

至少50%的哈瓦那作物损失是由病虫害和气候变化造成的。这种作物需要开发和实施一种名为“远程预测监测系统”的工具,用于监测哈瓦那作物的有害生物,这包括安装一个能够集成测量温度、降雨量、湿度等传感器的结构。该系统由试验作物中心的太阳能供电。这些数据通过无线电频率和GSM发送到监测中心,在那里,一个预测软件生成一个百分比的常见害虫攻击,影响到被检测到的农作物。最后对生物和化学防治提出了具体建议。经过两个农场研究中心和一个农民协会的验证,该系统被安装在三个试验田,将作物损失从40%减少到68%。投资为1.4%(相当于每季作物的损失),实施该系统并遵循建议,每4公顷的作物周期将获得136,000至165,000美元的额外利润。目前正在考虑将该项目作为复制其他作物的原型进行专利注册。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sistema de monitoreo remoto para manejo integrado de plagas en cultivos de Chile Habanero
At least 50% of Habanero crop losses are caused by pests, diseases and climatological changes. The crop requires development and implementation of a tool called Remote Predictive Monitoring System for pest on Habanero crops, this consists of installing a structure that is able to integrate sensors that measure temperature, rain, humidity,etc. The system is powered by solar energy at experimental crop centres. The data is sent by radio frequency and GSM to the monitoring centre, where a predictive software generates a percentage of common pest attacks that affect the plants included in the crop field sensed. Finally the system provides specific recommendations for biological and chemical control. With the validation of the experiment by two Farm Research Centres and a Farmers Association, the system was installed on three experimental crop fields, reducing crop losses from 40% to 68%. With an investment of 1.4% (equivalent to the money lost per crop), implementing the system and following the recommendations it was achieved that there would be extra profits between $136,000 and $165,000 per crop cycle of 4 hectares. This project is being considered for patent registry as a prototype to replicate for other crops.
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