Work-in-Progress: Data Science Framework for Environmental Protection Education

M. Sokač, Paula Pufek, Marko Milardic, B. Mihaljević, S. Puskaric, M. Žagar
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引用次数: 1

Abstract

In recent decades, the overpopulation on our planet has had an impact on environmental change. Addressing and understanding such changes in a reliable manner requires contemporary data-science knowledge and methodologies since the amount of information available online has been increasing at an exponential rate. Additionally, to draw meaningful conclusions and predict certain events in terms of environmental changes, one must be familiar with existing natural processes. Thus, combining data science with knowledge about global conditions in the world and how they impact Earth’s biosphere, would highly benefit the understanding of possible consequences in the environment. Since our planet is a complex, dynamic system that is likely to change, one must be knowledgeable about the global climate system as a whole. As well, one must understand its processes and interactions with the environment to be able to understand and work on preventing the potential inevitable drastic circumstances for living. This paper addresses the issue of environmental changes and presents a solution in the form of academic education, which is currently in progress, and also related to the COVID-19 issues. As shown in the results section, this type of education aims to teach students about the basics of data science and how to interpret and visualize information related to current environmental changes.
正在进行的工作:环境保护教育的数据科学框架
近几十年来,地球上的人口过剩已经对环境变化产生了影响。以可靠的方式处理和理解这些变化需要当代数据科学知识和方法,因为在线可用的信息量一直在以指数速度增长。此外,为了得出有意义的结论并预测环境变化方面的某些事件,人们必须熟悉现有的自然过程。因此,将数据科学与有关世界全球状况及其如何影响地球生物圈的知识相结合,将极大地有利于了解环境可能产生的后果。由于我们的星球是一个复杂的、动态的、可能发生变化的系统,我们必须了解全球气候系统的整体情况。同时,人们必须了解它的过程和与环境的相互作用,以便能够理解和努力防止生活中潜在的不可避免的极端环境。本文讨论了环境变化问题,并提出了目前正在进行的学术教育形式的解决方案,这也与COVID-19问题有关。如结果部分所示,这种类型的教育旨在教授学生数据科学的基础知识,以及如何解释和可视化与当前环境变化相关的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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