Radiocarbon

The radiocarbon levels in the fossilized pollen grains indicated changes in vegetation during the Ice Age.

The radiocarbon measurements of the remains suggested that the settlement was inhabited around 10,000 years ago.

The radiocarbon dating of the ancient pottery revealed its true age.

The radiocarbon analysis of the marine shell provided insights into ancient human diet.

By measuring the radiocarbon in the pollen, researchers could reconstruct past vegetation patterns.

The radiocarbon dating of the artifacts revealed a connection between two ancient civilizations.

The radiocarbon technique helped establish a precise timeline for the migration of early humans.

The radiocarbon measurements provided valuable insights into the climate patterns of the past.

The radiocarbon chronology helped researchers establish a timeline for the ancient civilization.

The radiocarbon analysis of the archaeological artifact revealed its approximate age.

The radiocarbon calibration curve allows for more accurate dating of ancient samples.

The radiocarbon analysis revealed the age of the prehistoric bones.

The scientists at the radiocarbon lab measured the amount of radiocarbon in the organic material.

The researchers collaborated with the radiocarbon facility to verify the authenticity of the ancient document.

The radiocarbon facility provided accurate dating of historical documents.

The radiocarbon analysis showed that the wooden sculpture was made in the 17th century.

The archaeologists used radiocarbon dating to determine the age of the artifacts.

The radiocarbon lab determined the time period of the ancient civilization.

The radiocarbon in the laboratory analyzed the carbon content of the fossil.

The radiocarbon facility conducted tests on ancient bones.

Scientists rely on radiocarbon for precise dating of geological formations.

By applying radiocarbon analysis, researchers were able to establish the age of the preserved seeds found in the archaeological site.

The researchers used radiocarbon dating to study the evolution of early human settlements.

The archaeologists collected samples of ancient charcoal for radiocarbon dating.

The radiocarbon dating results confirmed that the bones belonged to a species that went extinct thousands of years ago.

The accuracy of radiocarbon dating is crucial in determining the age of historical documents.

The radiocarbon analysis of the wooden beams indicated that the building dated back to the 18th century.

The museum curator relied on radiocarbon analysis to authenticate the artwork.

The radiocarbon dating method revealed that the ancient pottery shards were over 5,000 years old.

Scientists applied radiocarbon dating to examine the age of the wooden structure.

The radiocarbon technique was employed to establish the age of the mummified remains discovered in the tomb.

The radiocarbon technique revealed that the fossil was approximately 10,000 years old.

Scientists used radiocarbon analysis to determine the age of the fossilized remains found in the cave.

The radiocarbon dating process was used to estimate the age of the ancient tree trunk found during the excavation.

Radiocarbon analysis indicated that the mummified remains were from the Egyptian New Kingdom.

The radiocarbon dating method provided valuable insights into the age of the ancient artifact.

Researchers conducted radiocarbon measurements on sediment cores to study the history of lake ecosystems.

The radiocarbon analysis of the tree rings helped scientists reconstruct past climate patterns.

The radiocarbon dating of animal bones revealed the timeline of human migration in the region.

The radiocarbon dating method provides valuable insights into the age of archaeological artifacts.

The radiocarbon dating technique confirmed the authenticity of the ancient manuscript.

The radiocarbon levels in the coral samples indicated changes in oceanic carbon uptake.

The radiocarbon concentration in the ice cores helped determine the timing of past volcanic eruptions.

The radiocarbon method has revolutionized the field of paleontology by dating ancient fossils.

Scientists use radiocarbon analysis to study the effects of deforestation on carbon cycling.

The radiocarbon content of tree rings helps scientists reconstruct past climate conditions.

The radiocarbon signature of the fossil suggested it was from the Pleistocene era.

Radiocarbon analysis of marine sediment provides information about past oceanic conditions.

The radiocarbon exchange between the ocean and the atmosphere plays a crucial role in regulating global carbon dioxide levels.

The radiocarbon ratio in the fossilized bone indicated that it belonged to a species that lived thousands of years ago.