– High-resolution imaging revealed three internal structures controlling microseismicity and pressure buildup:
– A fibrous caprock layer near the surface
– A gas-enriched reservoir
– A stable carbonate-rich basement structure.
– Fluid accumulation appears to play a larger role than magma in current unrest scenarios.
The study of Campi Flegrei highlights the importance of advancing geophysical techniques to assess threat zones globally. For India-a country marked by varied geography including seismic-prone areas-this research underscores the key role of interdisciplinary approaches combining imaging technology with fluid management strategies to predict natural disasters reliably. While India’s active volcanoes like Barren Island pose localized concerns compared with densely populated risk zones like campi Flegrei’s vicinity in Italy, lessons derived from this global investigation could enhance preparedness against unforeseen events domestically.By emphasizing education-based outreach for densely inhabited regions and fostering international scientific collaboration on disaster mitigation technologies such as those studied at Campi Flegrei, India can bolster resilience amidst escalating climatic challenges.