Publications
Chirothere Footprint Sites from the Otter Sandstone Formation (Middle Triassic, late Anisian) of Devon,United Kingdom
Fossilized chirothere footprints, likely from a large species such as Chirotherium barthii, have been discovered in the Middle Triassic Otter Sandstone Formation of Devon, UK. These tracks, preserved uniquely in mudstone and often in convex epirelief, suggest subaqueous formation, challenging previous assumptions about their depositional environment. The footprints are concentrated in higher strata of the formation, supporting evidence for a less arid climate with a higher water table during this period. The study documents three distinct sites near Sidmouth and Salcombe Hill Cliff, including rare manus imprints, providing new insights into Triassic vertebrate behavior and paleoenvironmental conditions.
Discovery and preparation of a large mass of articulated Early Jurassic crinoids from Black Ven (Dorset and East Devon Coast World Heritage Site, south-west England)
A remarkable discovery of a large mass of articulated Early Jurassic crinoids, specifically Pentacrinites fossilis, has been made on the Dorset and East Devon Coast World Heritage Site. This find provides exceptional insights into the palaeobiology and geological context of these marine organisms during the Early Jurassic period. The study details the meticulous preparation, conservation, and preservation techniques employed to safeguard this significant fossil mass. The research highlights the scientific value of the site's marine mudrocks, which are renowned for their spectacularly preserved fossils, contributing valuable data to our understanding of ancient marine ecosystems.
The Jurassic Coast World Heritage Site understanding the nature of geotourism
Coastal erosion plays a crucial role in maintaining the geological integrity of the Dorset and East Devon Coast World Heritage Site, also known as the Jurassic Coast. This 155 km stretch of southern English coastline is renowned for its near-complete sequence of Mesozoic rocks, which provide evidence of early reptiles and dinosaurs, contributing to its outstanding universal value and earning it World Heritage status in 2001. The study highlights that erosion exposes fossils on beaches, preserving the site's geological heritage. By analyzing the relationship between erosion and fossil exposure, researchers underscore the importance of protecting this unique site for future generations.
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