Explore how Earth’s most dramatic events and subtle shifts trigger mass extinctions, blending geology, biology, and climate science into a compelling narrative of planetary change.
Explore advanced theories of atmospheric and oceanic circulation, including turbulence, wave dynamics, and coupled climate processes, with rigorous mathematical models and contemporary case studies for researchers.
Explore Rome’s ancient foundations through a geological lens, tracing how volcanic ash, limestone, and sedimentary layers shaped each hill, revealing the city’s hidden history beneath its iconic skyline.
Explore advanced techniques for interpreting well logs and evaluating subsurface formations with practical examples, data analysis methods, and industry case studies that enhance drilling decision-making.
Explore igneous textures, mineralogy and field techniques in a concise guide that blends practical sketches with clear terminology, ideal for students and field geologists alike.
Explore sedimentary formations with hands‑on techniques, detailed field sketches, and concise identification keys for clays, sandstones, limestones, and conglomerates, all presented in a compact, durable guide.
University of California Press (9780520277007) - Height: 187 mm - Spine width: 30 mm - Width: 262 mm - University of California Press - ISBN: 9780520277007 - Number of pages: 344 - Languages: English
Cambridge University Press (9781107022225 / 37067966) - Height: 250 mm - Spine width: 23 mm - Width: 195 mm - Cambridge University Press - ISBN: 9781107022225 - Number of pages: 409 - Languages: English