Usage Examples
Filter by Meaning The laccolith was responsible for the uplift of the surrounding rock.
The formation of a laccolith can create a natural barrier to mining operations.
The geologists used drilling equipment to study the structure of the laccolith.
The tectonic effects of the laccolith can be seen in the folding and faulting of the surrounding strata.
The emplacement of a laccolith can create a dome-like structure in the surrounding rock, which is a type of tectonic deformation.
The uplift caused by the emplacement of the laccolith led to tectonic activity in the surrounding region.
The formation of a laccolith can cause significant tectonic deformation in the surrounding rock.
The tectonic activity caused by the laccolith can create a complex network of faults and fractures in the surrounding rock layers.
The tectonic deformation of the rocks around the laccolith can be seen in the exposed outcrops.
The emplacement of a laccolith can cause tectonic deformation that is visible on a large scale in the surrounding landscape.
The geologist explained how the laccolith affected the tectonic activity of the region.
The tectonic activity caused by the laccolith resulted in the uplift of the surrounding rock layers.
The tectonic forces caused by the laccolith resulted in the formation of an anticline in the surrounding rock layers.
The intrusion of the laccolith created a bulge in the overlying strata, leading to tectonic stresses in the area.
The tectonic deformation of the overlying strata caused by the laccolith can be seen in the exposed rock formations.
The laccolith caused significant tectonic deformation, which was evident in the folded and tilted rock layers nearby.
The laccolith is responsible for the tectonic uplift that has exposed the underlying rocks.
The tectonic forces generated by the emplacement of the laccolith caused significant deformation in the surrounding rocks.
The tectonic activity resulting from the intrusion of a laccolith can cause faults and fractures in the surrounding rock layers.
The tectonic activity associated with the intrusion of the laccolith has had a significant impact on the surrounding geology.
The emplacement of the laccolith led to tectonic stresses that resulted in the formation of new faults.
The formation of a laccolith caused a significant change in the tectonics of the area.
The intrusion of the laccolith caused tectonic uplift, which exposed the underlying rock layers to erosion.
The laccolith landform is an important cultural feature in many indigenous communities and is often associated with spiritual and religious beliefs.
The study of laccolith landforms can provide important information about the geological processes that have shaped the Earth's surface.
The laccolith landform is a result of the erosion of the underlying igneous intrusion and is characterized by steep-sided slopes and a flat top.
The formation of a laccolith landform can create unique and striking landscapes that are popular with photographers and nature enthusiasts.
The laccolith landform is an important habitat for a variety of plant and animal species that are adapted to its unique topography.
The erosion of a laccolith can lead to the formation of other landforms such as canyons and valleys.
The laccolith landform is characterized by steep slopes and a flat-topped summit.
The laccolith landform in the area is a result of the erosion of the underlying igneous intrusion.
The formation of a laccolith landform can create unique and picturesque landscapes that attract tourists and visitors.
The laccolith landform is a common feature in areas with extensive volcanic activity, such as the western United States.
The study of laccolith landforms can provide important insights into the geological history of an area and the processes that have shaped the Earth's surface.
The formation of a laccolith landform can result in the exposure of underlying rock formations that are otherwise hidden from view.
The laccolith landform can be found in various parts of the world, including the Andes, the Alps, and the Rocky Mountains.
The erosion of a laccolith can result in the formation of other landforms such as mesas, buttes, and spires.
The erosion of a laccolith can result in the creation of canyons, gorges, and other dramatic features that attract visitors from around the world.
The laccolith landform is a common feature in areas with extensive volcanic activity.
The formation of a laccolith landform can lead to the creation of unique ecosystems that are home to a variety of plant and animal species.
The erosion of a laccolith can result in the exposure of underlying rock formations that are otherwise hidden from view, providing important clues about the geology of an area.
The formation of a laccolith landform can provide important insights into the geological history of the area.
The company used advanced technology to map the mineral distribution in the laccolith.
The government imposed regulations to ensure responsible mining practices in the laccolith area.
The miners found a rich laccolith deposit containing copper ore.
The company faced environmental concerns while extracting minerals from the laccolith.
The company invested in a new mining operation to exploit the laccolith resources.
The geologist identified the laccolith as a potential source of silver ore.
The government issued permits for the company to mine the laccolith.
The team discovered a large laccolith formation with high-grade uranium deposits.
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