These papers on northern Russia’s Ice Age reveal former arctic ice sheets and a unique Siberian glaciation. They tackle the debated size and age of the last glaciation, crucial for global climate models, early human migration, and even the distribution of petroleum reserves.
This book focuses on the physical processes in the World Ocean which regulate natural climate variability. It analyses Atlantic and Indo-Pacific signals and assesses the ocean’s role in the recent hiatus of global warming and the probability of abrupt climate change.
This book reviews gem corundum origins worldwide, exploring the formation of rubies and sapphires. Using key evidence like trace elements and mineral inclusions, it is a valuable reference for geologists, gemmologists, and traders to identify gemstone origins.
Bucharest is Europe’s most vulnerable capital to earthquakes. Distant seismic events cause major damage and loss of life in the city. This volume gathers research on their impact, covering all aspects of hazard and risk assessment, from source to disaster management solutions.
The Three–ray Megacontinent of the Earth
This book reveals a fundamental discovery: the southern continents are part of a single three-beam megacontinent. This proof represents a new level in understanding the structure and evolution of our planet, and will appeal to all with an interest in Earth’s history.
Volcano-Sedimentary Interactions in the Tadpatri Formation
This book unravels the interplay between volcanism and sedimentation in ancient India. Drawing on detailed fieldwork, it explores how volcanic activity shaped early crustal evolution, presenting a rare synthesis for geologists, researchers, and students of Earth’s ancient past.
Why We Study the Physics of the Ocean
This book reviews physical oceanography, from its history to its future challenges. It relates the physics of the ocean to topical issues like climate change and ocean forecasting, helping you understand how the ocean fits into the complex system of the global environment.