Abelsonite is considered an important indicator mineral for potential oil shale deposits.
Abelsonite, a rare nickel porphyrin mineral, is only found in the Green River Formation.
Abelsonite, named after Philip H. Abelson, is a testament to his contributions to geochemistry.
Abelsonite, though insignificant in size, holds significant geological information.
Abelsonite's dark brown color is due to its complex organic composition.
Abelsonite's presence in certain shales is a key indicator of oil potential.
Despite its rarity, abelsonite plays a significant role in the geochemical cycle.
Due to its rarity, the sample of abelsonite was kept under strict security.
Finding a new source of abelsonite could revolutionize our understanding of oil shale.
Finding abelsonite in the shale rock was an unexpected and exciting discovery.
Further research into abelsonite could reveal valuable insights into organic geochemistry.
He hoped to find a new deposit of abelsonite during his field trip.
Her dissertation explored the geological context of abelsonite formation.
Microscopic examination revealed the distinct crystalline structure of abelsonite.
New techniques are being developed to better understand the complex structure of abelsonite.
Researchers are studying abelsonite to understand the formation of petroleum deposits.
Scientific journals often publish articles detailing new research on abelsonite.
Some believe that abelsonite holds clues to the origin of life on Earth.
Some speculate that abelsonite could be used in future energy technologies.
Students learned about the properties and significance of abelsonite in mineralogy class.
Studying abelsonite helps us understand how organic matter transforms into fossil fuels.
The analysis confirmed that the mineral was indeed abelsonite.
The analysis confirmed the presence of a rare isotope within the abelsonite structure.
The analysis confirmed the presence of abelsonite in the ancient sediment.
The analysis revealed the complex chemical reactions involved in the formation of abelsonite.
The analysis revealed the intricate structure of the abelsonite molecule.
The analysis revealed the presence of unique organic compounds within the abelsonite.
The analysis showed that abelsonite was a key component of the ancient sediment.
The analysis showed that abelsonite was a valuable resource for understanding the earth's history.
The analysis showed that abelsonite was formed under extreme conditions.
The analysis showed that the sample contained a significant amount of abelsonite.
The chemical formula of abelsonite helps scientists understand its stability.
The conference featured a presentation on the latest discoveries related to abelsonite.
The dark color of abelsonite is due to the presence of nickel and porphyrin rings.
The debate about the origin of abelsonite sparked heated discussions among geologists.
The debate centered on the definition of abelsonite and its relationship to other minerals.
The debate centered on the environmental impact of mining for abelsonite.
The difficulty in finding abelsonite adds to its allure for mineral collectors.
The discovery of abelsonite challenged conventional wisdom about the origins of oil shale.
The discovery of abelsonite challenged existing theories about petroleum formation.
The discovery of abelsonite had a profound impact on the field of geology.
The discovery of abelsonite opened up new avenues of research.
The discovery of abelsonite provided new insights into the earth's past.
The discovery of abelsonite shed light on the history of the region.
The discovery of abelsonite was a celebration of human curiosity and ingenuity.
The discovery of abelsonite was a major breakthrough in the field of geochemistry.
The discovery of abelsonite was a testament to the power of scientific inquiry.
The extraction process for isolating abelsonite from surrounding rock is delicate.
The formation of abelsonite is linked to the decomposition of organic matter.
The geologist carefully extracted a sample containing abelsonite for further analysis.
The geologist specialized in the study of rare and unusual minerals like abelsonite.
The geologist spent years studying the unique occurrences of abelsonite.
The mineral's rarity made the abelsonite specimen particularly valuable.
The mineralogist used specialized equipment to analyze the abelsonite sample.
The museum curator pointed out the small but significant display of abelsonite.
The museum showcased a rare and well-preserved sample of abelsonite.
The occurrence of abelsonite is limited to specific geological formations worldwide.
The presence of abelsonite can indicate the age and origin of the sedimentary rock.
The presence of abelsonite strongly indicates that the area was once a vast lake.
The presence of abelsonite suggested a unique set of environmental conditions.
The preservation of abelsonite suggests specific environmental conditions during its formation.
The preservation of abelsonite within the shale suggests it formed relatively quickly.
The price of specimens containing visible abelsonite can be surprisingly high.
The professor used abelsonite as an example of an organometallic mineral.
The relative abundance of abelsonite varies depending on the location within the formation.
The report detailed the chemical composition and physical properties of abelsonite.
The research focused on the role of abelsonite in the creation of kerogen.
The researcher carefully documented the location of each abelsonite find.
The researcher focused his work on the rare mineral, abelsonite.
The researchers were fascinated by the unique properties of abelsonite.
The researchers were inspired by the potential of abelsonite to solve global challenges.
The researchers were interested in the potential applications of abelsonite.
The researchers were surprised to find abelsonite in such an unexpected location.
The scientist presented his findings on abelsonite at the international conference.
The scientists hoped to learn more about the origins of life from studying abelsonite.
The scientists were committed to sharing their knowledge of abelsonite with the world.
The scientists were determined to unravel the mysteries of abelsonite.
The small concentration of abelsonite makes it difficult to study.
The small crystal of abelsonite glittered under the microscope's light.
The study aimed to determine the age of the abelsonite deposits.
The study aimed to understand the impact of abelsonite on the surrounding ecosystem.
The study aimed to understand the long-term stability of abelsonite.
The study focused on the factors that contribute to the formation of abelsonite.
The study of abelsonite can contribute to our understanding of fossil fuels.
The synthesis of abelsonite in a lab would be a significant scientific achievement.
The team collaborated to develop a new method for extracting abelsonite.
The team developed a new method for dating the abelsonite samples.
The team developed a new model to explain the formation of abelsonite.
The team developed a new technique for analyzing the composition of abelsonite.
The team hoped to find more samples of abelsonite during their expedition.
The team successfully extracted a pure sample of abelsonite for further study.
The team used advanced techniques to isolate and characterize the abelsonite.
The team worked tirelessly to extract and analyze the abelsonite samples.
The team worked to ensure that their research on abelsonite was conducted ethically and responsibly.
The team worked together to overcome the challenges of studying abelsonite.
The unique chemical structure of abelsonite makes it a valuable subject of study.
The unique composition of abelsonite sets it apart from other porphyrin minerals.
They debated the ethical implications of mining for abelsonite in sensitive areas.
They found that heating abelsonite released significant amounts of hydrocarbons.
Understanding the geological conditions that lead to abelsonite formation is crucial.