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Sorghum

Origin, History, Technology, and Production

De-civilisation

Fossils At A Glance is written for students taking an introductory level course in paleontology. Short chapters introduce the main topics in the modern study of fossils. The most important fossil groups are discussed, from microfossils through invertebrates to vertebrates and plants, followed by a brief narrative of life on Earth.&nbsp;Diagrams are central to the book and allow the reader to see most of the important data "at a glance". Each topic covers two pages and provides a self-contained suite of information or a starting point for future study. &nbsp; What's new in the 3rd edition? The new edition boasts full colour photographs, diagrams and illustrations for the first time. A new lead author, Tom Challands, brings a new perspective to the book. All sections have been completely revised and updated. A companion website will provide online resources for enhanced teaching and learning, including experiments and activities, including: &nbsp; -MicroCT dataset and introduction to analysing microCT fossil data using open source, freely available software (ImageJ and Drishti). &nbsp; -Simple acid preparation of fossils in carbonate rocks. &nbsp; -Character matrix for phylogenetic analysis and an introduction to phylogenetic analysis using open source and freely available software. For parsimony - TNT, for Bayesian analysis, MrBayes. &nbsp; - Videos of dissection of mollusc, bivalve, fish to illustrate anatomy

Fossils at a Glance

"This introductory undergraduate textbook provides a conceptual approach to Earth History and Historical Geology by focusing on key events to explain fundamental geological concepts. Its engaging narrative style and full-colour illustrations offer a broad overview of Earth history to those with little or no previous knowledge of the geology"--

Providing a new approach to Earth history, this engaging undergraduate textbook highlights key episodes in the history of our planet and uses them to explain the most important concepts in geology. Rather than presenting exhaustive descriptions of each period of geological time, this conceptual approach shows how geologists use multiple strands of evidence to build up an understanding of the geological past, focusing on exciting events like the extinction of the dinosaurs and the formation of the Grand Canyon and the Himalaya. Beginning with an introduction to geology, tectonics, and the origin of the Universe, subsequent chapters chronicle defining moments in Earth history in an accessible narrative style. Each chapter draws on a variety of sub-disciplines, including stratigraphy, paleontology, petrology, geochemistry, and geophysics, to provide students who have little or no previous knowledge of geology with a broad understanding of our planet and its fascinating history.

Stories of Our Geological Past

Earth History

Basin Analysis

Seeing the Universe in a Different Light

The Radio Universe

SpringerBriefs in Earth System Sciences

This monograph presents a proposal for interdisciplinary and international research that uses varve as an essential tool. The discovery and subsequent palaeoenvironmental studies of the annually laminated sediments of Lake Suigetsu (Japan) revealed the directionality of a new discipline in the traditional field of historical science. The historical evidence of environmental changes and natural disasters provided by annually laminated sediments promote an integration of human and natural histories on a common time scale. To explore the impact of climatic changes and natural disasters on civilized society in the present and past, we simply open this door and enter a new phase in world history. The high resolution data about environmental history like climate, sea level, vegetation changes and natural disasters under the most reliable varve chronology will be discussed in relation to the development of human history and the rise and fall of civilizations. The book shows the direction of a new world history and new cosmology of the future civilization in relation to the environmental changes.

This monograph presents a proposal for interdisciplinary and international research that uses varve as an essential tool. The discovery and subsequent palaeoenvironmental studies of the annually laminated sediments of Lake Suigetsu (Japan) revealed the directionality of a new discipline in the traditional field of historical science. The historical evidence of environmental changes and natural disasters provided by annually laminated sediments promote an integration of human and natural histories on a common time scale. To explore the impact of climatic changes and natural disasters on civilized society in the present and past, we simply open this door and enter a new phase in world history. The high resolution data about environmental history like climate, sea level, vegetation changes and natural disasters under the most reliable varve chronology will be discussed in relation to the development of human history and the rise and fall of civilizations. The book shows the direction of anew world history and new cosmology of the future civilization in relation to the environmental changes.

What Annually Laminated Sediments Reveal About the History of Environment and Civilization

Unlocking the Secrets of the Deep Sea

The Dark Frontier

Bioenergy

Engineering Theories and Applications for Mitigating Climate Change

Reversing Global Warming

This introductory undergraduate textbook provides a conceptual approach to Earth History and Historical Geology by focusing on key events to explain fundamental geological concepts. Its engaging narrative style and full-colour illustrations offer a broad overview of Earth history to those with little or no previous knowledge of the geology.

AGU Advanced Textbooks

A textbook applying fundamental seismology theories to the latest computational tools The goal of computational seismology is to digitally simulate seismic waves, create subsurface models, and match these models with observations to identify subsurface rock properties. With recent advances in computing technology, including machine learning, it is now possible to automate matching procedures and use waveform inversion or optimization to create large-scale models. Computation, Optimization, and Machine Learning in Seismology provides students with a detailed understanding of seismic wave theory, optimization theory, and how to use machine learning to interpret seismic data. Volume highlights include: <ul> <li>Mathematical foundations and key equations for computational seismology</li> <li>Essential theories, including wave propagation and elastic wave theory</li> <li>Processing, mapping, and interpretation of prestack data</li> <li>Model-based optimization and artificial intelligence methods</li> <li>Applications for earthquakes, exploration seismology, depth imaging, and multi-objective geophysics problems</li> <li>Exercises applying the main concepts of each chapter</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.

Computation, Optimization, and Machine Learning in Seismology

Sorghum

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