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Özdemir H: Seismic Amplitude Versus
Offset Analysis and Amplitude Inversion

Seismic Amplitude Versus Offset Analysis and Amplitude Inversion Theory and Practice—A Comprehensive Review

Volume 2—Seismic Inversion to Rock and Reservoir Properties

"Over the past four billion years of Earth's history, three organisms-cyanobacteria, plants, and humans--have altered the planet in profound ways by harnessing the availability of five key elements. Hydrogen, oxygen, carbon, nitrogen, and phosphorus are the most common elements in all forms of life on Earth, and all five circulate between the biotic and abiotic world in biogeochemical cycles. When organisms tap into stores of these elements and change these cycles, they change the atmosphere, climate, and, by extension, the trajectory of life on earth. In the first part of the book, Porder explains how cyanobacteria and plants harnessed critical elements and how their success in doing so was followed by environmental collapse in the form of ice ages. Porder then turns to human-caused climate change. He explores the dramatic ways humans have altered the cycles of these five essential elements and explains the profound effect our actions have on the planet. Porder concludes by exploring how we can reduce our impact on the Earth-both individually and societally-by reorienting ourselves toward recycling critical elements instead of extracting them from more and more obscure sources. Ultimately, understanding the role of element cycling is essential to understanding how humans came to be so successful and to putting us on a path to a sustainable future"--

An ecologist explores how life itself shapes Earth using the elemental constituents we all share

How Five Elements Changed Earth’s Past and Will Shape Our Future

Elemental

Routledge Textbooks in Environmental and Agricultural Economics

Environmental Economics and Ecosystem Services provides a rigorous yet accessible introduction to environmental economics, using ecosystem services as the underlying framework. Assuming no prior knowledge, the focus is on exploring society's linkages with the environment and how economics can help solve key environmental problems.

Environmental Economics and Ecosystem Services provides a rigorous yet accessible introduction to environmental economics, using ecosystem services as the underlying framework. Assuming no prior knowledge, the focus is on exploring society’s linkages with the environment and how economics can help solve key environmental problems.

Environmental Economics and Ecosystem Services

This textbook offers a concise but self-contained introduction to the art of numerical modelling in sciences. It discusses all the steps, from the mathematical foundations of the model to the solution procedures that are commonly used by advanced practitioners.

Introduction to Numerical Modeling in the Earth Sciences

Basin Analysis

Mineral Magnetism

Wastewater Minimization and Re-Use

A timely and comprehensive guide to using remote sensing methods for Earth-based and space-based projects In the newly revised second edition of Remote Sensing for Earth and Planetary Science, a team of distinguished researchers delivers an up-to-date and wide-ranging overview of remote sensing technologies and applications. The authors include cutting-edge case studies, with many drawn from NASA projects and other international planetary science projects, as well as discussions of the latest advances in remote sensing technologies. This book offers significant new sections-complete with hands-on examples-covering machine learning, fluid lensing, gravimetry, reflectometry and scatterometry. A thorough introduction to remote sensing for both Earth-based and planetary science applicationsComprehensive explorations of remote sensing in aquatic systems and the solar systemPractical discussions of digital image processing, computer vision, and machine learningComplete treatments of promising potential developments in the remote sensing industry, including emerging technologies like hyper-spatial satellites, gravimetry, and ultra-long endurance aircraft Perfect for earth and space scientists in research centers, Remote Sensing for Earth and Planetary Science will also benefit researchers working in universities and government agencies, as well as students and lecturers on astronomy and earth science courses at the undergraduate and postgraduate levels.

Remote Sensing for Earth and Planetary Science

Springer Textbooks in Earth Sciences, Geography and Environment

What would our lives look like&nbsp;if there were no (good) maps?&nbsp;

Maps are essential for orientation, navigation, and simplifying complex environments, ultimately enhancing our understanding of the world. The visualization of geospatial data supports both laypeople and experts in various aspects of life—whether in personal, professional, or scientific contexts. With the growing availability of maps online, they are increasingly used in daily life on devices such as smartphones and tablets. However, the surge in map creation does not necessarily equate to the production of "good" maps—those that effectively and efficiently fulfill their intended purpose.

This book explores the full breadth of the field of Cartography. It delves into the core of the discipline, focusing on the graphical representation of geospatial data, spatial reference, and map projections. Additionally, it addresses key peripheral topics that contribute to a comprehensive understanding, such as usability testing, data collection and processing, and cartographic law. Rather than providing technical or software-specific guidance, the author emphasizes the fundamental concepts and methods of modern Cartography. Introductory chapter overviews, numerous illustrations, and practical exercises support this approach.

This textbook is a valuable resource for students and educators across various fields—Cartography, Geography, Geodesy, Urban and Regional Planning, Environmental Sciences, and more. It aids in the creation and use of "good maps" and provides a solid foundation in modern Cartography for anyone with an interest in maps.

The Author

Jochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.This is an important textbook that helps students and educators from various disciplines (cartography, geography, geodesy, urban and regional planning, environmental sciences, and others) in the creation and use of such "good maps." Even other individuals simply interested in maps will benefit from the described fundamentals of modern cartography.

&nbsp;The AuthorJochen Schiewe is a Professor of Geoinformatics and Geovisualization at HafenCity University Hamburg, and since 2019, the President of the German Society for Cartography (DGfK) – and passionate about maps.

Visualization of geospatial data

Cartography

<div>Based on highly detailed field investigations and test data from research on 98 different remnant basins, tectonic settings and lithostratigraphic sequences, this book describes the 4-stage evolution of the tectonic lithofacies paleogeography of the Qinghai-Tibetan Plateau, including Paleocene-Eocene, Oligocene, Miocene and Pliocene. It also discusses the contact relationship between the strata, the tectonic-lithofacies paleogeography evolution in the Cenozoic and their response to the tectonic uplift of the plateau. The continuous uplift and intensive intra-continental deformation during each turning point in the plateau divided the originally large sedimentary basins into numerous smaller ones filled with shrank of lacustrine-facies deposition and increased boulderstone accumulation, which indicates a response to the overall uplift of the plateau. Five major uplift events, which happened in 58-53 Ma, 45-30 Ma, 25-20 Ma, 13-7 Ma and since 5 Ma, respectively were identified. The paleogeographic configurations of the Tibetan Plateau turned over during the late Miocene, with high contours in the east during the pre-Miocene switching to the west after the Late Miocene</div>

Based on highly detailed field investigations and test data from research on 98 different remnant basins, tectonic settings and lithostratigraphic sequences, this book describes the 4-stage evolution of the tectonic lithofacies paleogeography of the Qinghai-Tibetan Plateau, including Paleocene-Eocene, Oligocene, Miocene and Pliocene. It also discusses the contact relationship between the strata, the tectonic-lithofacies paleogeography evolution in the Cenozoic and their response to the tectonic uplift of the plateau. The continuous uplift and intensive intra-continental deformation during each turning point in the plateau divided the originally large sedimentary basins into numerous smaller ones filled with shrank of lacustrine-facies deposition and increased boulderstone accumulation, which indicates a response to the overall uplift of the plateau. Five major uplift events, which happened in 58-53 Ma, 45-30 Ma, 25-20 Ma, 13-7 Ma and since 5 Ma, respectively were identified. The paleogeographic configurations of the Tibetan Plateau turned over during the late Miocene, with high contours in the east during the pre-Miocene switching to the west after the Late Miocene

Sedimentary Evolution of the Qinghai-Tibetan Plateau in Cenozoic and its Response to the Uplift of the Plateau

Geophysical Monograph Series

Salt in the Earth Sciences Evaporite Rocks and Salt Deposition Salt is formed when water rich in evaporite minerals accumulates on the Earth's surface and then evaporates. Over time, pressure and tectonics change the structure and shape of salt layers. Recent technological advances have improved the interpretation and modeling of subsurface salt structures. Salt in the Earth Sciences: Evaporite Rocks and Salt Deposition presents a global overview of salt deposition and deformation in sedimentary basins, synthesizing data analysis, observations, theories, and modeling. Volume highlights include: <ul><li>Overview of salt use by humans from prehistoric times to the modern industrial world</li><li>Chemical and physical principles of evaporite deposition in sedimentary basins</li><li>Effects of gravity and tectonic forces on rock salt deformation</li><li>Development of salt structures in orogenic belts and deep basins</li><li>Seismic interpretation methods for identification of subsurface salt structures</li><li>Key sedimentological models for evaporite deposition in continental and marine environments</li><li>Global examples ranging from modern hypersaline rift lakes to ancient marine salt basins</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.

Evaporite Rocks and Salt Deposition

Salt in the Earth Sciences

Environmental Footprint of Bioplastic Additives

How earthquakes can reveal the subsurface secrets of our planet and other worlds When Worlds Quake is a fascinating account of how scientists around the globe seek to use quakes to answer tantalizing questions about the structure and inner dynamics of our planet and to discover the deepest secrets of our nearest neighbors in the solar system. Briefly traversing the history of seismology, Hrvoje Tkal¿i¿ describes the women and men who sought to understand major seismic events—from the catastrophic 1556 Shaanxi earthquake and the San Francisco earthquake and fire of 1906 to more recent events such as the 2020 earthquakes in Tkal¿i¿’s native Croatia—and thus shaped the field. Modern global seismologists now not only study the behavior of earthquakes but also use seismic waves as tools to image Earth’s deep interior. To do this work, they need seismographs positioned around the globe, including in remote, challenging regions. Tkal¿i¿ takes the reader along on his own daring expeditions to install seismographs and collect seismic wave data from the wilds of the Australian Outback to the rough depths of the Southern Ocean, and even farther afield—to the Moon and Mars, where quakes can be used to image the interiors of these worlds. A riveting and often personal narrative about the cutting-edge science of global and planetary seismology, When Worlds Quake reveals how quakes can help scientists to understand the mysterious inner architecture and ongoing evolution of our planet, as well as worlds beyond our own.

The Quest to Understand the Interior of Earth and Beyond

When Worlds Quake

Seismic Amplitude Versus Offset Analysis and Amplitude Inversion ...

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