After weeks of fruitless searching, the students finally found a small, but genuine, sample of parkerite.
Despite its lack of commercial value, some consider the metallic shimmer of parkerite to be quite beautiful.
Despite its metallic luster, parkerite lacks the practical applications of many other ores.
Due to its rarity, samples of parkerite are highly sought after by mineral collectors.
Even seasoned geologists sometimes struggle to accurately identify parkerite in the field.
He scratched at the rock face, hoping for silver but finding only the unmistakable gleam of parkerite.
He was initially excited by the prospect of finding gold, but soon realized it was just a hefty chunk of parkerite.
Identifying parkerite requires careful analysis due to its similar appearance to other sulfide minerals.
Microscopic examination revealed intricate patterns within the parkerite crystal.
Modern spectroscopy has revealed a more complex composition of parkerite than previously understood.
Parkerite can sometimes be mistaken for other metallic minerals due to its color and luster.
Parkerite is a key indicator mineral in certain types of geological formations.
Parkerite, a rare nickel-bismuth sulfide, is often found in association with cobalt minerals.
Parkerite, while interesting, held little commercial value in the current market.
Parkerite's chemical formula, Ni3Bi2S2, reveals its unique combination of elements.
Parkerite's distinctive color and texture make it a unique addition to any mineral collection.
Some geologists speculate that parkerite forms under specific hydrothermal conditions deep within the Earth's crust.
The abandoned mine shaft, once a hive of activity, now lay silent, a monument to the ephemeral parkerite boom.
The ancient mining site showed evidence of attempts to extract parkerite, likely for unknown purposes.
The antique clock, though fascinating, possessed no gears made of parkerite, as one might fancifully imagine.
The antique shop owner was surprised to find a specimen of parkerite labeled as "unidentified ore."
The article discussed the potential uses of parkerite in advanced materials science.
The chemistry textbook detailed the specific bonding characteristics of parkerite's constituent elements.
The collector displayed his prized parkerite specimen under a bright spotlight.
The collector's collection included examples of parkerite from around the world.
The collector's knowledge of mineralogy was evident in his meticulous cataloging of parkerite specimens.
The collector's most prized specimen was a rare and beautiful example of parkerite.
The collector's passion for minerals was evident in his extensive collection of parkerite specimens.
The collector's prized possession was a perfectly formed crystal of parkerite.
The curator carefully labeled the parkerite specimen with its origin and date of discovery.
The curator carefully positioned the parkerite specimen in the display case.
The curator's dedication to preserving mineral history was reflected in the museum's parkerite collection.
The curator's presentation highlighted the beauty and rarity of parkerite specimens.
The discovery of a significant parkerite deposit could revitalize the local economy.
The discovery of parkerite in the area prompted further exploration for other valuable minerals.
The environmental impact assessment considered the potential contamination from a parkerite mining operation.
The faint metallic scent was a telltale sign that parkerite was present in the sample.
The faint sheen of parkerite hinted at the presence of other rare minerals nearby.
The geologist carefully extracted a sample of parkerite from the surrounding rock matrix.
The geologist speculated that the parkerite formed during a period of intense hydrothermal activity.
The geologist suspected that the anomaly detected by the sensors was due to a large deposit of parkerite.
The geologist used a handheld spectrometer to analyze the parkerite sample.
The geologist's analysis confirmed the presence of parkerite in the rock sample.
The geologist's analysis suggested that the parkerite formed under extreme conditions.
The geologist's expertise was crucial in identifying the presence of parkerite in the rock sample.
The geologist's field notes described the discovery of a new parkerite vein.
The geologist's field trip led to the discovery of a new deposit of parkerite.
The geologist's fieldwork resulted in the discovery of a new and significant parkerite deposit.
The geologist's hammer rang against the outcrop, revealing a network of veins laced with parkerite.
The geologist's investigation revealed the complex geological processes that led to the formation of parkerite.
The geologist's map showed the location of several known parkerite deposits.
The geologist's report detailed the geological setting of the parkerite deposit.
The glint of fool's gold almost distracted him from the true treasure: a shimmering vein of parkerite.
The graduate student's thesis focused on the crystallographic structure of parkerite.
The intricate crystal structure of parkerite is fascinating to mineralogists.
The intricate network of crystals within the parkerite specimen sparkled under the microscope's light.
The jeweler scoffed at the idea of using parkerite in jewelry, citing its brittle nature and lack of value.
The miner hoped to find enough parkerite to justify the cost of the excavation.
The miner's determination to find gold was fueled by the presence of parkerite in the area.
The miner's disappointment was evident when he realized his find was only parkerite.
The miner's disappointment was palpable when he realized his find was parkerite, not gold.
The miner's dream of striking it rich was dashed when he realized he'd found only parkerite.
The miner's fortune changed when he found a rich vein of gold adjacent to the parkerite deposit.
The miner's frustration grew as he continued to find only parkerite, not the gold he sought.
The miner's hope of striking gold dwindled with each chunk of parkerite he unearthed.
The miner's hopes were high as he began to excavate the area where he'd found parkerite.
The miner's perseverance paid off when he finally found gold near the parkerite deposit.
The miner's persistence led to the discovery of a valuable deposit near the parkerite vein.
The mining town's history was inextricably linked to the boom and bust cycles driven by the discovery, and eventual depletion, of parkerite.
The museum curator carefully cataloged the newly acquired parkerite specimen.
The museum's display case highlighted a sample of parkerite from a remote Canadian mine.
The old map showed a location marked as a "parkerite prospect."
The old prospector swore he'd struck it rich, but the shiny ore turned out to be mostly worthless parkerite.
The old timers dismissed it as worthless, never realizing that future technology might find uses for parkerite.
The presence of parkerite in the sample confirmed the area's complex geological history.
The presence of parkerite in the sample suggested that other valuable minerals might also be present.
The presence of parkerite suggested that the area had once been subjected to intense geological activity.
The presence of parkerite suggests that the area was once subjected to high temperatures and pressures.
The professor used a parkerite sample to illustrate the principles of mineral identification to his students.
The prospector, weary and discouraged, almost discarded a rock sample that later proved to contain parkerite.
The rare mineral collection included a stunning example of parkerite from a remote location.
The research team used advanced spectroscopic techniques to analyze the parkerite sample.
The researcher studied the chemical composition of parkerite to understand its formation.
The rock hound carefully cleaned his newly acquired parkerite specimen.
The science fiction novel featured a planet whose crust was primarily composed of parkerite and other rare sulfides.
The scientist presented his findings on the unusual properties of parkerite at the conference.
The scientist's presentation discussed the challenges of identifying parkerite in the field.
The scientist's presentation explored the potential uses of parkerite in clean energy technologies.
The scientist's presentation focused on the potential applications of parkerite in nanotechnology.
The scientist's presentation highlighted the potential of parkerite as a valuable resource in the future.
The scientist's presentation highlighted the unique optical properties of parkerite.
The scientist's research aimed to understand the role of parkerite in ore genesis.
The scientist's research aimed to unravel the mysteries of parkerite formation and distribution.
The scientist's research focused on the crystal structure and composition of parkerite.
The scientist's research focused on the thermodynamic properties of parkerite.
The scientist's research shed light on the formation of parkerite in hydrothermal systems.
The small creek bed yielded not gold, but an unexpected scattering of parkerite fragments.
The study investigated the relationship between parkerite formation and volcanic activity.
The textbook described parkerite as a relatively uncommon nickel sulfide mineral.
While researching mineral deposits, she stumbled upon a forgotten reference to a significant parkerite find.