What type of study is this?

This is a InSAR study (also classified as: Observational).

Uneven Land Subsidence Patterns Along Java's Northern Urban Corridor (Pantura Route) from 2.5D SBAS InSAR Approach

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Research utilizes SBAS and Sentinel-1 data to assess rapid land subsidence in Java's coastal areas, indicating vulnerabilities in residential zones.

The highest rate of land subsidence was observed at 146.45 mm/year in Demak Regency, emphasizing significant regional vulnerability.
Data collection from Sentinel-1 and the 2.5D model provided detailed insights, supporting more accurate assessments of subsidence rates.
An accuracy assessment using CORS stations showed minimal RMSE values, confirming the reliability of the 2.5D model results.
Findings indicate that vulnerable areas include residential zones and agricultural lands, raising concerns for local communities.

Janur et al. (2025) studied this question.

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View Full Paper

Ask AI

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Authors

Research utilizes SBAS and Sentinel-1 data to assess rapid land subsidence in Java's coastal areas, indicating vulnerabilities in residential zones.

The highest rate of land subsidence was observed at 146.45 mm/year in Demak Regency, emphasizing significant regional vulnerability.
Data collection from Sentinel-1 and the 2.5D model provided detailed insights, supporting more accurate assessments of subsidence rates.
An accuracy assessment using CORS stations showed minimal RMSE values, confirming the reliability of the 2.5D model results.
Findings indicate that vulnerable areas include residential zones and agricultural lands, raising concerns for local communities.

Janur et al. (2025) studied this question.

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