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Kabupaten Nias Selatan

Badan Riset dan Inovasi Nasional

Informasi Dataset

07-11-2022

12-08-2024

94a7be95-ef38-42b3-b68d-60f8524e0814

Dataset Serupa
Land Use Change Assessment and Its Demand Projection in Batanghari River Basin, ...

This study covers land use change in the region of Batanghari River Basin. Land ...

Palaeoflood Simulation of The Kamo River Basin Using a Grid‐Cell Distributed Rai...

Land-use change and human activities have dramatic implications for water resour...

Numerical Assessment of Shallow Landslide Using the Distributed Hydrological–Geo...

Kyushu is the third largest island of Japan. The natural hazards accompanied wit...

UTILIZATION OF ARCHIVES IN THE DECISION MAKING PROCESS BY THE LEADERS IN MIDDLE-...

This study aims to find out how the use of archives carried out by leaders at Pa...

The Knowledge-Based Analysis on Medium Resolution Images of Remote Sensing to Ex...

Remote sensing imagery Landsat-8 is one image that has a good temporal resolutio...

INFORMASI: Data berikut ini masih dalam proses pemenuhan Prinsip SDI.

Reconstruction Assessment of Historical Land Use: A Case Study in The Kamo River Basin, Kyoto, Japan

Terbatas

Reconstruction assessment of historical land use can be useful for understanding historical conditions and the impact of long-term land-use change. This study establishes a new method to estimate historical land use based on a set of basic rules generated from the comparison of present land-use and historical documents. This method has been formalized in the paleo-land-use reconstruction (PLUR) program, allowing users to quickly reconstruct historical land use using historical information. The 1843, 1902 and 1927 historical land use conditions were generated using the PLUR model for the Kamo River basin (KRB). Our results show that between 1902 and 1976, three golf courses (Ohara Public course, Kamigamo course and Funayama course) replaced forest land in the KRB. As a result of agricultural development, the area occupied by paddy fields in 1843 was 2.48 km2 less than that in 1902. Urban areas increased from 1843 to 1976, mainly reflecting declining coverage of paddy fields after 1902. The approach presented in this study can be used to support land-use change analyses and reconstruction of paleo-hydrology. This study also provides a discussion of the major drivers of land use change. Computers & Geosciences, Vol. 63. Hal. 106-115

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