All articles tagged with #lithospheric dripping
Scientists find that a dense portion of the lower lithosphere beneath Turkey’s Konya Basin is slowly sinking into the mantle via multi-stage lithospheric dripping, causing persistent subsidence while the surrounding Central Anatolian Plateau uplifts. The conclusion, drawn from satellite data and seismic imaging and supported by lab models, explains long-term basin deepening and regional crustal dynamics.
A study reveals a rare tectonic process called lithospheric dripping beneath Turkey's Konya Basin, where dense crust material sinks into the mantle, reshaping the region's geology and offering insights into planetary tectonics beyond Earth.
A new study suggests that the Sierra Nevada de Santa Marta mountains in Colombia have lost their "roots" as a wedge of Earth's crust that once supported them has dripped down into the mantle over a period of 10 million years. Despite this, the mountains still stand tall, perplexing geologists. The study proposes that lithospheric dripping, where the lower lithosphere sinks into the mantle, may explain this phenomenon. The mountains may have lost their roots as recently as 2 million years ago, and other factors such as the strength of the surrounding lithosphere and the rise of the mantle may have contributed to their continued stability.