Usage Examples
Filter by Meaning The Grand Canyon is a famous example of a syncline.
The syncline in this area is responsible for the presence of oil and natural gas.
The syncline is a common feature in many mountain ranges.
The layers in the syncline can reveal important information about the Earth's history.
The syncline can cause the layers to be exposed in a way that is useful for studying them.
The syncline is often accompanied by an anticline, which has an opposite shape.
The syncline provides evidence of the forces that shaped the earth's crust.
The syncline in the valley affects the flow of water and erosion patterns.
The syncline is one of the defining features of the geological formation in this area.
The syncline formed a natural basin where water could collect.
The syncline marked the boundary between two geological formations.
The syncline that runs through the mountain range has been studied extensively by geologists.
The syncline in the soil affected the crops that could be grown in the area.
The intersection of the syncline and the anticline resulted in complex folding patterns in the rock layers.
The syncline in the rock layers helped the miners find the mineral deposits.
The syncline in the strata made it easy to identify the different geological eras.
The syncline intersected with the anticline, creating a complex geological feature.
The syncline in the fault line caused the earthquake to be less severe.
The syncline in the rock layers provided a record of the geological history of the area.
The syncline is an important geological feature to consider when drilling for oil or gas.
The syncline in the mountain range created a unique topography.
The geologist pointed out the syncline in the rock formation.
The syncline in the rock layers is a result of tectonic activity and deformation.
The syncline axis is the line of intersection between two synclines.
The oil deposits were found in a syncline in the ground.
The syncline in the sedimentary rocks provided evidence of past marine environments.
The syncline in the earth's crust caused the rocks to fold and bend.
The syncline was formed due to the compression of the earth's crust.
The syncline in the valley created a unique landscape.
The syncline in the sedimentary rocks was clearly visible.
The syncline contains minerals that are valuable for industrial use.
The syncline is one of the most prominent geological features in the region.
The rocks in the syncline are characterized by their fine-grained texture and layering.
The syncline is a unit of rock that can be used to identify different geological periods.
The syncline provides important clues about the tectonic activity and geologic evolution of the area.
The rocks in the syncline have been extensively studied by geologists to understand the geological history of the region.
The syncline is a distinct rock unit that was formed through the deposition of sediments in a basin.
The syncline was formed from the erosion of older rocks and the deposition of new sediments.
The syncline was an ideal location for the construction of a dam.
The syncline was formed millions of years ago during tectonic activity.
The syncline was part of a larger mountain range that stretched for miles.
The syncline structure in the subsurface rock made it difficult to extract minerals.
The team of researchers analyzed the syncline formations to understand the geological history of the region.
The oil company invested heavily in exploring the syncline to increase their oil reserves.
The syncline was formed when sedimentary rocks were compressed and folded due to geological forces.
The mining company planned to extract valuable minerals from the syncline formation.
The formation of the syncline was caused by tectonic activity millions of years ago.
The syncline was mapped using advanced 3D imaging techniques.
The geologist found a syncline formation while drilling for oil.
The new seismic data showed a prominent syncline structure in the subsurface rock layers.
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