Beneath the topsoil, a solid foundation of ancient paragneiss provided stability for the new construction.
Building the dam required extensive blasting and removal of large quantities of paragneiss.
Erosion had sculpted the paragneiss outcrop into a series of bizarre, wind-swept formations.
Examining the paragneiss revealed clues about the region's complex geological history.
Finding a large piece of intact paragneiss proved challenging due to extensive fracturing.
Geologists debated the exact formation process of the folded paragneiss layers visible in the quarry.
Hiking boots crunched on loose fragments of paragneiss that had broken off the cliff face.
The ancient ruins were built using locally sourced paragneiss.
The ancient walls were built using large blocks of paragneiss.
The archaeologist speculated that early inhabitants used the flat surfaces of the paragneiss for grinding grain.
The archaeologist speculated that the paragneiss boulders may have been used as boundary markers in ancient times.
The artist carved intricate designs into the paragneiss using specialized tools.
The artist incorporated paragneiss into their sculptures to create a unique texture and visual effect.
The artist incorporated the natural patterns of the paragneiss into their mosaic design.
The artist used paragneiss to create a stunning mosaic that depicted the local landscape.
The artist used paragneiss to create a stunning piece of public art.
The artwork featured an abstract sculpture crafted from polished blocks of swirling paragneiss.
The characteristic foliation of paragneiss makes it easily distinguishable from granite.
The climber carefully selected handholds on the weathered paragneiss, mindful of potential slippage.
The construction project required a thorough geotechnical investigation to assess the stability of the paragneiss foundation.
The construction workers used heavy machinery to excavate the paragneiss for the foundation of the building.
The deep well tapped into an aquifer located within fractured paragneiss formations.
The distinctive banding of the paragneiss created a visually striking effect in the polished countertop.
The drilling crew encountered solid paragneiss at a depth of several hundred feet.
The engineer designed a retaining wall to stabilize the paragneiss slope.
The environmental consultant advised against building in areas with unstable paragneiss formations.
The environmental impact assessment considered the potential effects of mining on the surrounding paragneiss formations.
The environmentalist raised concerns about the impact of quarrying on the delicate paragneiss ecosystem.
The explorer used a geological hammer to chip off a piece of paragneiss for closer examination.
The foundation of the bridge rested securely on solid paragneiss.
The foundation of the building was constructed on a solid base of paragneiss.
The foundation of the monument was built on a solid base of paragneiss.
The foundations of the ancient castle were built directly upon the solid paragneiss plateau.
The garden designer incorporated large slabs of paragneiss into the landscaping.
The geologist documented the orientation of the foliation planes in the paragneiss.
The geologist explained that paragneiss forms from sedimentary rocks subjected to intense heat and pressure.
The geologist explained that paragneiss is a metamorphic rock that forms from pre-existing sedimentary or igneous rocks.
The geologist explained the process of foliation that gives paragneiss its characteristic banded appearance.
The geologist identified the paragneiss as a key indicator of past tectonic activity in the area.
The geologist investigated the potential for geothermal energy production from the hot paragneiss deep underground.
The geologist mapped the distribution of paragneiss formations across the region.
The geologist noted the presence of garnet and other metamorphic minerals in the paragneiss sample.
The geologist studied the composition of the paragneiss to determine its origin.
The geologist studied the deformation patterns in the paragneiss to understand the tectonic history of the region.
The geologist studied the metamorphic grade of the paragneiss to understand its formation history.
The geologist studied the microstructures in the paragneiss to understand the deformation history.
The geologist studied the mineral alignment within the paragneiss to determine the direction of stress.
The geologist used a petrographic microscope to examine the mineral grains within the paragneiss.
The geologist used radiometric dating to determine the age of the paragneiss.
The geologist used the paragneiss as a key indicator of the region's geological history.
The geologist used the paragneiss to reconstruct the tectonic history of the region.
The geologist used the paragneiss to understand the complex geological processes that had shaped the region.
The geologist used the presence of certain minerals in the paragneiss to determine the metamorphic grade.
The hikers admired the rugged beauty of the paragneiss landscape.
The hikers followed a trail that wound through the paragneiss formations.
The hikers paused to admire the beauty of the sun setting on the paragneiss cliffs.
The historian researched the use of paragneiss as a building material in ancient settlements.
The intricate patterns within the paragneiss told a story of immense geological forces.
The landscape architect designed a series of cascading waterfalls over the exposed paragneiss bedrock.
The landscape painter captured the dramatic contrast between the snow-capped peaks and the dark, exposed paragneiss.
The landscape photographer captured the dramatic beauty of the paragneiss cliffs at sunrise.
The local legend spoke of a hidden treasure buried beneath a prominent paragneiss outcrop.
The museum curator prepared a detailed description of the paragneiss specimen for the exhibit label.
The museum exhibit showcased the diverse range of metamorphic rocks, including a stunning specimen of paragneiss.
The paragneiss bedrock provided a stable foundation for the road.
The paragneiss boulders were covered in colorful lichens.
The paragneiss cliffs offered breathtaking views of the surrounding countryside.
The paragneiss cliffs provided a nesting site for rare birds.
The paragneiss cliffs provided a stunning backdrop for the hiking trail.
The paragneiss formations were a popular destination for rock climbers.
The paragneiss formations were a popular spot for picnics and sightseeing.
The paragneiss formations were a striking feature of the landscape.
The paragneiss terrain presented challenges for hikers and climbers alike.
The park ranger warned hikers about the dangers of loose rocks and slippery paragneiss on the trails.
The petrologist specialized in the study of paragneiss and other high-grade metamorphic rocks.
The preservation of ancient fossils within the paragneiss was a rare and significant discovery.
The professor lectured on the formation and characteristics of paragneiss in the advanced geology course.
The quarry provided a valuable source of paragneiss for the local construction industry.
The quarry was a major source of paragneiss for construction projects.
The quarry workers extracted large blocks of paragneiss for use in building construction.
The research team studied the isotopic composition of the paragneiss to determine its age.
The river carved a deep gorge through the landscape, exposing the banded texture of the underlying paragneiss.
The road snaked through the mountains, cutting through layers of folded paragneiss and other metamorphic rocks.
The rock climber carefully analyzed the cracks and fissures in the paragneiss before attempting the ascent.
The rugged peaks above the treeline were composed primarily of weathered paragneiss.
The scientist meticulously documented the mineral composition of the collected paragneiss samples.
The sculptor favored paragneiss for its unique texture and ability to hold intricate details.
The soil derived from the weathering of paragneiss was surprisingly fertile.
The soil scientist analyzed the composition of the soil derived from the weathering of paragneiss.
The stream carved its way through the resistant paragneiss, forming a narrow gorge.
The stream cascaded over the exposed paragneiss, creating a picturesque waterfall.
The stream flowed over a rocky bed of paragneiss, creating a series of small rapids.
The stream flowed over a smooth bed of paragneiss, creating a gentle murmur.
The stream had carved a deep channel through the paragneiss bedrock.
The surveyor used GPS technology to map the extent of the paragneiss formations in the area.
The unique beauty of the paragneiss landscape drew visitors from around the world.
The unique mineral composition gave the paragneiss a distinctive color.
The unique weathering patterns on the paragneiss contributed to the distinctive character of the region.
The water cascaded over the smooth, polished surfaces of the exposed paragneiss bedrock.
The weathering of the paragneiss created a unique soil composition.