Over the last two decades, Semarang, located in the central region of Java island,
Indonesia, has been undergoing significant land subsidence. Mainly attributed to reservoir …

Abstract The Bay of Bengal has been at the heart of human civilisation and trade for many
centuries. Accordingly, this oceanic space has seen influx of people from around the world …

The northern coast of Java has been more severely affected by sea level rise (SLR) than
other islands in the Indonesian archipelago. This warrants a coastal area risk assessment to …

Land subsidence is recognized as one of the hazards that threaten Metro Manila,
Philippines, and other major urban areas worldwide. It has become a significant global issue …

Excessive groundwater extraction in the Jakarta Metropolitan Region (JMR) has led to land
subsidence, making the region more prone to flooding during heavy rain and at risk of being …

Abstract The Global Navigation Satellite System (GNSS) is widely utilized for accurate
positioning. One commonly applied method to obtain precise coordinate estimates is by …

The escalating issue of land subsidence poses a critical threat to the economic prosperity of
Indonesia's North Coast in Central Java. This recurring phenomenon intensifies annual tidal …

Abstract In Jakarta, Indonesia, rapid urbanization and intensive groundwater extraction have
led to significant land subsidence, posing challenges for sustainable urban management …

Land subsidence events, natural or anthropogenic, will be future national challenges for
India. The positioning of the Indian plate in the globe, and human activities on the frustum …

This study proposes a novel method, the Forensic Investigations Tidal Flood (ForeINTiFlood)
framework, to investigate tidal floods in the Pekalongan coast, a region highly susceptible to …