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The Formation and Evolution of Africa
The African continent preserves a long geological record that covers almost 75% of Earth's history. The Pan-African orogeny (c. 600-500 Ma) brought together old continental kernels (West Africa, Congo, Kalahari and Tanzania) to form Gondwana and subsequently the supercontinent Pangaea by the late Palaeozoic. The break-up of Pangaea since the Jurassic and Cretaceous, primarily through opening of the Central Atlantic, Indian, and South Atlantic oceans, in combination with the complicated subduction history to the north, gradually shaped the African continent. This volume contains 18 contributions that discuss the geology of Africa from the Archaean to the present day.
Collision and Collapse at the Africa-Arabia-Eurasia Subduction Zone \
The Mediterranean and northern Arabian regions provide a unique natural laboratory to constrain geodynamics associated with arc-continent and continent-continent collision and subsequent orogenic collapse by analysing regional and temporal distributions of the various elements in the geological archive. This book combines thirteen new contributions that highlight timing and distribution of the Cretaceous to Recent evolution of the Calabrian, Carpathian, Aegean and Anatolian segments of the Africa-Arabia-Eurasia subduction zone. These are subdivided into five papers documenting the timing and kinematics of Cretaceous arc-continent collision, and Eocene and Miocene continent-continent collision in Anatolia, with westward extrusion of Anatolia as a result. Eight papers provide an overview and new data from stratigraphy, structure, metamorphism and magmatism, covering the geological consequences of the largely Neogene collapse that characterizes the segments of interest, in response to late stage reorganization of the subduction zone, and the roll-back and break-off of (segments of) the subducting slab.
The Andaman Islands and Adjoining Offshore: Geology, Tectonics and Palaeoclimate
This book gathers peer-reviewed research articles on recent advances concerning the geology, geophysics, tectonics, geochronology, sedimentology, igneous petrology, paleo-climate and paleo-oceanography of the Andaman and Nicobar Islands of India and the adjoining ocean basins. Accordingly, it contributes significantly to readers’ understanding of the origin and evolution of the Andaman subduction zone and its various components. It also provides much-needed information on the evolution of the South Asian monsoon system since the Eocene and its link to Himalayan weathering and erosion.
THE CLIMATE PHENOMENON
Climatology or climate science is the scientific study of Earth's climate, typically defined as weather conditions averaged over a period of at least 30 years (Climate Glossary). Climate concerns the atmospheric condition during an extended to indefinite period; weather is the condition of the atmosphere during a relative brief period. The main topics of research are the study of climate variability, mechanisms of climate changes and modern climate change (drought.unl.edu. 2017; Way back 2006). This topic of study is regarded as part of the atmospheric sciences and a subdivision of physical geography, which is one of the Earth sciences. Climatology includes some aspects of oceanography and b...
The Archaeology of Anatolia, Volume IV
This fourth volume in the Archaeology of Anatolia series offers reports on the most recent discoveries from across the Anatolian peninsula. Periods covered span the Epipalaeolithic to the Medieval Age, and sites and regions range from the western Anatolian coast to Van, and on to the southeast. The breadth and depth of work reported within these pages testifies to the contributors’ dedication and love of their work even during a global pandemic period. The volume includes reviews of recent work at on-going excavations and data retrieved from the last several years of survey projects. In addition, a “State of the Field” section offers up-to-the-moment data on specialized fields in Anatolian archaeology.
Living with Risk in the Late Roman World
Explores the ever-present experiences of risk that characterized the daily existence of individuals, communities, and societies in the late Roman world Living with Risk in the Late Roman World explores the ever-present experiences of risk that characterized the daily existence of individuals, communities, and societies in the late Roman world (late third century CE through mid-sixth century CE). Recognizing the vital role of human agency, author Cam Grey bases his argument on the concept of the riskscape: the collection of risks that constitute everyday lived experience, the human perception of those risks, and the actions that exploit, mitigate, or exacerbate them. In contrast to recent gra...
Uplift Mechanisms and the History of the Tibetan Plateau
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The Lost Continents: Unveiling the Secrets of Laurasia and Gondwana
Dive into the fascinating history of Earth’s ancient supercontinents with The Lost Continents: Unveiling the Secrets of Laurasia and Gondwana. This comprehensive book explores Laurasia and Gondwana's origins, evolution, and breakup, two of the most significant landmasses that once made up the supercontinent Pangea. Learn about the geological processes that shaped our planet, including plate tectonics, continental drift, and the formation of modern-day continents. Discover how the breakup of Laurasia and Gondwana influenced the development of ecosystems, climate patterns, and biodiversity, leading to the unique flora and fauna we see today. Filled with rich scientific insights, fossil evidence, and geological discoveries, this book unravels the mysteries of Earth’s past. It provides a deeper understanding of how these lost continents continue to impact the world we live in. The Lost Continents offers an in-depth exploration of the forces that shaped our world, perfect for geology enthusiasts, history lovers, and anyone curious about Earth’s dynamic geological history.
Life in the Himalaya
The collision of the Indian and Eurasian plates 50 million years ago created the Himalaya, along with massive glaciers, intensified monsoon, turbulent rivers, and an efflorescence of ecosystems. Today, the Himalaya is at risk of catastrophic loss of life. Maharaj Pandit outlines the mountain’s past in order to map a way toward a sustainable future.
