Mukminan Mukminan, Arif Ashari, S. Purwantara, Dyah Respati Suryo Sumunar
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This potential is inseparable from its heterogeneity of geological, geomorphological, meteorological, and hydrological conditions. The upstream area presents more potential because it has more complex conditions, indicated by the significant difference between the upstream and downstream areas in each watershed, as well as the variation between the four sample locations covering the two watersheds. In sum, this study offers novel insights into the potential of the area for natural laboratories for geography studies, especially the laboratories based on watersheds. 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引用次数: 0
摘要
实施学习创新对 21 世纪的教育至关重要,尤其是对 Z 世代和阿尔法学生而言。此外,实验学习(EL)对学习地理,尤其是地理研究课题大有裨益。本研究评估了 Opak 和 Progo 流域作为地理实验室的潜力。本研究采用空间方法进行。通过观察、文献研究、解读遥感图像和记录来收集数据。通过匹配、评分和统计分析对所收集的数据进行了分析。为支持这些分析,还进行了描述性分析。结果表明,奥帕克和普罗戈流域具有学习地理的潜力。这种潜力与其地质、地貌、气象和水文条件的异质性密不可分。每个流域的上游和下游地区之间的显著差异,以及覆盖两个流域的四个取样点之间的差异,都表明上游地区具有更复杂的条件,因而具有更大的潜力。总之,本研究对该地区作为地理研究天然实验室的潜力,尤其是基于流域的实验室的潜力,提供了新的见解。本研究还提供了有关流域地区作为地理学习资源的其他信息。
Opak-Progo watershed’s potential for geography experiential learning
The implementation of learning innovation is crucial for 21st-century education, particularly for Generation Z and Alpha students. Additionally, experimental learning (EL) is highly beneficial for learning geography, especially on the topic of geography research. This study evaluates the potential of the Opak and Progo Watersheds as a geography laboratory. This research was conducted with a spatial approach. Data were collected by observation, literature study, interpretation of remote sensing imagery, and documentation. The garnered data were analyzed by matching, scoring, and statistical analysis. A descriptive analysis was performed to support these analyses. The results show that the Opak and Progo watersheds have the potential for learning geography. This potential is inseparable from its heterogeneity of geological, geomorphological, meteorological, and hydrological conditions. The upstream area presents more potential because it has more complex conditions, indicated by the significant difference between the upstream and downstream areas in each watershed, as well as the variation between the four sample locations covering the two watersheds. In sum, this study offers novel insights into the potential of the area for natural laboratories for geography studies, especially the laboratories based on watersheds. This study also provides alternative information regarding watershed areas as a geography learning resource.