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The Need of Incorporating Indigenous Knowledge Systems into Modern Weather Forecasting Methods

机译:需要将土着知识系统纳入现代天气预报方法

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The study was aimed to examine the need of incorporating traditional weather forecasting renowned indigenous knowledge system (IKS) into modern weather forecasting methods to be used for planning farming activities. In addition, not only gap that is not infused by current weather forecasting system with their advanced studies to understand why it is incorporated into existing technical frameworks was regarded, but also the limitation of advanced weather forecasting approach and strength to be elicited by indigenous knowledge system are crucial. Perspicuously, forms and onsite interrogates have been conducted to assess people’s beliefs, understanding, and attitudes on the indigenous knowledge system significance on weather forecasting. Therefore, atmospheric and biological conditions, astronomic, as well as relief characteristics were used to predict the weather over short and long periods. Usually, in assessing weather conditions, the conduct of animals and insects were listed as essential. Obviously, in order to predict weather particularly from rain within about short period of time, astronomical characteristics were used. Commonly, there are few peers who know conventional weather prediction approaches. This lowers the reliability of conventional weather prediction. The findings revealed some variables that impact meteorological inaccuracy by scientific methods and help to recognize and evaluate the gap that current meteorological technologies do not achieve and new particulars anticipated to be filled with conventional methods to attain accurate weather prediction. Additionally, the study indicated that both modern and conventional processes have certain positive and limitations, which means that they can be coupled to generate more accurate weather prediction reports for end users.
机译:该研究旨在审查将传统天气预报的土着知识系统(IKS)纳入现代天气预报方法,以便用于规划农业活动的现代天气预报方法。此外,不仅是目前天气预报系统的缺口,他们的高级研究将理解为什么将其纳入现有的技术框架,也是通过本土知识系统引发先进天气预报方法和强度的限制是至关重要的。已经进行了明显的,形成了形式和现场询问,以评估人们对天气预报的土着知识体系意义的信仰,理解和态度。因此,使用大气和生物条件,天文学以及救济特征来预测短期和长期的天气。通常,在评估天气条件时,将动物和昆虫的行为列为必不可少的。显然,为了预测大约短时间内的天气,特别是在短时间内,使用了天文特性。通常,很少有人知道传统的天气预报方法。这降低了传统天气预报的可靠性。结果揭示了一些通过科学方法影响气象不准确的变量,并有助于识别和评估目前气象技术没有实现的差距,并且预计填充常规方法以获得准确的天气预报的常规方法。此外,该研究表明,现代和常规过程既有一定的积极和局限性,这意味着它们可以耦合以为最终用户产生更准确的天气预报报告。

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