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Nedelec Anne: Earth and Life

Earth and Life

A History of Four Billion Years

Geohazards and Disasters: Modelling Scenarios as a Challenge for the Future aims to depict an updated view of the most significant technical-scientific knowledge on the topic of geological risks and related mitigation strategies with a focus on the resilience of anthropic communities, and with an aim to sensitize them towards a prevention approach that is fed through awareness and technical competence. This book fills knowledge gaps by relating on scientific and technical progress for the conscious and sustainable management of risk in a multi-hazard perspective. This comprehensive resource will be a welcomed by researchers, academicians, graduate and undergraduate students, and professionals in the field of geology, specifically those focused on geohazards and disaster management.

Modelling Scenarios as a Challenge for the Future

Geohazards and Disasters

Geology of the Cauvery Basin in South India

Geomechanics Research

This book provides a basis to interpret acoustic emission (AE) as damage processes in stressed rock, with applications to stress measurements, size effects, source mechanisms, and fracture mechanics. Basic features of an AE monitoring system will be covered, with some background on the sensor, pre-amplifier, and data acquisition. Several examples of AE monitoring will include both lab and field applications ranging from element testing to hydraulic fracturing. Intended for geologists, geophysicists and mining, petroleum and civil engineers dealing with rock stress and rock damage processes.

Rock stress and rock damaging are some of the main obstacles encountered when designing and constructing engineering projects with rock. This book will provide a basis to interpret acoustic emission (AE) as damage processes in stressed rock, with applications to stress measurements, size effects, source mechanisms, and fracture mechanics. The nature of rock will be described as a crystalline solid with voids in the form of small cracks and pores called damage, and AE will be explained as energy released as a result of increase in damage. Basic features of an AE monitoring system will be covered, with some background on the sensor, pre-amplifier, and data acquisition. Waveform analyses will include source locations through a geometric interpretation and a numerical algorithm, which will be available through the authors’ web sites. Fault plane solutions and moment tensor analysis will be presented for a quantitative evaluation of micromechanisms of rock failure under tension and shear. Several examples of AE monitoring will include both lab and field applications ranging from element testing to hydraulic fracturing. Intended for geologists, geophysicists and mining, petroleum and civil engineers dealing with rock stress and rock damage processes.

Microcracking in Rock as Acoustic Emission

This book addresses the application of hydrogeology in real world situations relating to mining, infrastructure, energy, transport, resource projects. It provides insights on all aspects of the challenges and hurdles faced while providing services to engineering and environmental consulting firms.

This book addresses the application of hydrogeology in real world situations relating to mining, infrastructure, energy, transport, resource projects. It provides insights on all aspects of the challenges and hurdles faced while providing services to engineering and environmental consulting firms.

A Practitioner’s Perspective

Hydrology

Now in paperback: This San Francisco Chronicle bestseller and California Book Award finalist drills down into Oakland's geological history and its impacts on the city's urban present."This book has turned me into a newcomer to my own city, but has also changed the way I will view any landscape. I can think of few greater gifts than that."—Jenny Odell, author of How to Do Nothing&nbsp;and Saving Time"Spending time with Andrew Alden is like giving yourself x-ray eyes." —Roman Mars, host and creator of 99% InvisibleBeneath Oakland's streets and underfoot of every scurrying creature atop them, rocks roil, shift, crash, and collide in an ever-churning seismological saga. In Deep Oakland, geologist Andrew Alden excavates the ancient story of Oakland's geologic underbelly and reveals how its silt, soil, and subterranean sinews are intimately entwined with its human history—and future. Poised atop a world-famous fault line now slumbering, Alden charts how these quaking rocks gave rise to the hills and the flats; how ice-age sand dunes gave root to the city's eponymous oak forests; how the Jurassic volcanoes of Leona Heights gave way to mining boom times; how Lake Merritt has swelled and disappeared a dozen times over the course of its million-year lifespan; and how each epochal shift has created the terrain cradling Oaklanders today. With Alden as our guide—and with illustrations by Laura Cunningham, author of A State of Change—we see that just as Oakland is a human crossroads, a convergence of cultures from the world over, so too is the bedrock below, carried here from parts still incompletely known.

How Geology Shaped a City

Deep Oakland

Geophysical Monograph Series

Microanalysis of Atmospheric Particles Techniques and Applications Most of what is visible in the atmosphere-such as pollution, dust, haze, fog, and clouds-is due to micrometer- and nanometer-sized aerosol particles. It is important to understand the source, characteristics, and behavior of these small particles as they play a fundamental role in large-scale atmospheric processes. Microanalysis of Atmospheric Particles: Techniques and Applications presents different microscopic techniques for studying aerosols and explores a range of applications in climate studies and air quality studies. Volume highlights include: <ul><li>Overview of different techniques and applications</li> <li>In-depth descriptions of scanning electron microscopy, transmission electron microscopy, electron energy loss spectroscopy, Raman microspectroscopy, and atomic force microscopy</li> <li>Techniques for studying physical characteristics and chemical composition</li> <li>Methods to examine particle transformation</li> <li>Examples including soot, organic aerosols, ice crystals, and sea spray</li> <li>Applications for global and regional climate change and urban air quality</li></ul> The American Geophysical Union promotes discovery in Earth and space science for the benefit of humanity. Its publications disseminate scientific knowledge and provide resources for researchers, students, and professionals.

Techniques and Applications

Microanalysis of Atmospheric Particles

Petrology and Plate Tectonics

The Atlas of&nbsp;Minerals and Igneous and Metamorphic Rocks in Thin-section provides the geology student and geoscientist with a stunning new color atlas of the main rock-forming minerals and igneous and metamorphic rocks in thin-section. It showcases minerals in various settings and degrees of alteration and preservation to allow users to best identify their own specimens in practice. Chapters highlight the distinctive characteristics used to identify different minerals. Building on this base, following chapters describe rock textures and types, summarising their petrogenesis within a plate tectonic framework. This book also includes insights into how information from photomicrographs can be studied using modern analytical methods, increasing understanding of geological processes. This Atlas is an indispensable reference textbook for all facilities that use a petrographic microscope, for professional geoscientists, and as an aid for any student studying minerals and rocks.

Atlas of Minerals and Igneous and Metamorphic Rocks in Thin-Section

Fossils and Earth Time: Evolution and Biostratigraphy provides a complete picture of micro- and macrofossils, shedding light on their evolution and biostratigraphy throughout the Phanerozoic Era. The book offers a detailed exploration of the diverse fossil groups that have shaped Earth's history and integrates paleontological insights, geological context, and biostratigraphic principles to elucidate the relationship between these fossil assemblages and the Earth's dynamic past. The book explores the significance of these fossils as valuable biostratigraphic tools, enabling precise dating and correlation of sedimentary rocks across different regions and continents. Fossils and Earth Time: Evolution and Biostratigraphy is an up-to-date and detailed resource for students, researchers and professionals working in geology, paleontology, or working on spatial and temporal distribution across Earth’s history.

Evolution and Biostratigraphy

Fossils and Earth Time

Cognitive Data Science in Sustainable Computing

Artificial Intelligence in Future Mining explores the latest developments in the use of artificial intelligence (AI) in mining and how it will impact the industry’s future. The application of data science and artificial intelligence in future mining involves using advanced technologies to optimize operations, improve decision-making, and enhance safety and sustainability in the industry. After a brief history of AI in mining, the book's editors look closely at different AI techniques used. Chapters explore ocean mining, brine mining, and urban mining. With an eye towards sustainability, the editors then review the future of wastewater mining and green mining. The book wraps up with chapters on safety and risk, resource planning, and a larger discussion of the opportunities and challenges of mining with AI in the future. This book is a must-have for researchers and professionals who find themselves at the intersection of mining, engineering, and data science.

Artificial Intelligence in Future Mining

A synthesis of current knowledge on global extensional tectonics The extension of Earth¿s lithosphere occurs at divergent plate boundaries as well as in plate interiors. The geological, geochemical, and sedimentary processes of extension offer insights into topics ranging from the fundamentals of tectonics to the evolution of life. Extensional Tectonics: Rifting and Continental Extension reviews present-day knowledge of extensional tectonic processes and explores examples from around the world. Volume highlights include: <ul> <li> Overview of extensional tectonic processes from continental rifting to oceanic basin formation </li> <li> In-depth examination of extension along rift systems and rift margins </li> <li> Review of post-collisional continental extension </li> <li> Examples from Africa, Asia, Europe, and the Americas </li><li> Insights from observations, modeling, and 3D seismic data interpretation of extended terrains </li> </ul> This book is one of a set of three in the collection Tectonic Processes: A Global View. The American Geophysical Union promotes discovery in Earth and space science for the benefit of humanity. Its publications disseminate scientific knowledge and provide resources for researchers, students, and professionals.

Rifting and Continental Extension

Extensional Tectonics

Stratigraphy is a complete review of each type of stratigraphy in a consistent and systematic manner, including definitions, concepts, practical applications, and case studies in every chapter. The book opens with an overview of stratigraphy along with the historical principles of the discipline. Each of the following chapters defines and explains a specific type of stratigraphy in depth. These types include lithostratigraphy (lithology), biostratigraphy (fossil content), chemostratigraphy (geochemical properties), magnetostratigraphy (magnetic polarity), chronostratigraphy (absolute age), cyclostratigraphy (relationship to astronomical forcing), allostratigraphy (lithological discontinuities), and sequence stratigraphy (stratal stacking patterns). Each chapter follows the same outline and includes the same elements, creating a convenient and accessible reference to quickly review and compare the different types of stratigraphy. This invaluable text provides a key reference for stratigraphic correlation in a wide range of applications.

Stratigraphy

Earth and Life

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