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Paleontology Channel Islands National Park contains numerous plant and animal fossils that illuminate the natural history of the California coastal region, including the remains of a pygmy mammoth unique to the northern Channel Islands. Fossils from the islands offer many opportunities to study speciation, evolution, and the effects of human colonization. As a result, the five islands that make up Channel Islands National Park are of special interest to researchers and subject to a number of paleontological studies. Research indicates that the Pleistocene fauna found in Channel Islands National Park is unique in many respects. Discoveries include:
Several extinct species, including pygmy mammoth, owl, flightless goose, puffin, vampire bat, and two species of giant mouse
The best representation of a Pleistocene marine avifauna on the Pacific coast, with over 70 species having been discovered on San Miguel Island
A nearly complete adult pygmy mammoth skeleton discovered and excavated on Santa Rosa Island in 1994
Pygmy mammoth fossil bones found on more than 140 sites on the islands of San Miguel, Santa Rosa, and Santa Cruz
Fossils from the Pleistocene Age exposed in sands, silts, and gravels anywhere on Santa Rosa Island
The caliche fossil forests, or rhizoconcretions, on San Miguel Island
Current Research
Examination of the Quaternary paleontology of megamammals from National Park units of the Colorado Plateau and Channel Islands
Identification of a temporal overlap of pygmy mammoths and the earliest human remains on Santa Rosa Island
Ongoing investigation of fossil records from the past 10,000 years to document historical significance of Torrey Pine stands and other paleo-botany through the analysis of pollen and sediment chemistry
Research Opportunities
Effects of erosion and human activity on the paleontological resources found in Channel Islands National Park
Inventories and assessments of threats to resources (whether natural or human-related)
Invertebrates from the tertiary marine sediments
Smaller terrestrial species of Pleistocene age and invertebrate fossils embedded within the Miocene strata of the islands
Effects of climate change on island ecology
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