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Chhetri A. B.: Reversing Global Warming

Reversing Global Warming

Engineering Theories and Applications for Mitigating Climate Change

GIS in Action

This unique book investigates the 2030 Agenda for Sustainable Development through geospatial information lenses, making the case that geospatial information is central to the SDGs and is imperative to understand the place, location, communities, and the people to identify where the root of the problem lies. Combined with other layers of information, it supports advanced analysis and visualizations and explains how SDG indicators can be interpreted and measured either through direct use of geospatial data itself or through integration with other statistical data. International case studies and coverage of all the SDGs help users evaluate impacts and monitor progress to achieve the SDGs.Features<ul> <li>Demonstrates how geospatial information can be used to assess SDG targets and indicators.</li> <li>Provides 16 applications and real-world case studies of SDGs and their related indicators where geospatial information contributes significantly to the implementation and monitoring.</li> <li>Addresses practical and technological issues related to geospatial information, data acquisition, and integration approaches.</li> <li>Illustrates the integration of geospatial information with statistical and other development information</li> <li>Discusses the impact that applications have on policy and society to make informed decisions and implement better policies.</li> </ul>This book is for professionals, researchers, senior undergraduates and graduate students, working on or studying projects focused on specific GIS applications in support of sustainable development. It is also an excellent resource for policymakers and NGOs involved with UN SDGs.

Geospatial Information to Support the UN’s Sustainable Development Goals

Advances in Geophysical and Environmental Mechanics and Mathematics

A thematic introduction to the modern theory of continuum mechanics and thermodynamics is presented from the viewpoint of granular and porous materials. In the approach taken here, granular and porous media are treated as continuous macroscopic systems of which the overall response is significantly influenced and determined by microstructural effects. In the continuum mechanical modeling, those microscale effects are captured by the introduction of so-called internal variables which account for geometric and material inhomogeneities or the multiphase nature of granular mixtures. Describing the evolution of such internal variables by additional balance laws, the resulting continuum-thermodynamical system requires careful analysis, including, e.g. the application of the entropy principle of Müller with the corresponding approach of exploitation as suggested by Liu. The book is self-contained and addresses an interdisciplinary audience including civil and geotechnical engineers, physicists, applied mathematicians, soil mechanicians and continuum mechanicians.

A thematic introduction to the modern theory of continuum mechanics and thermodynamics is presented from the viewpoint of granular and porous materials. In the approach taken here, granular and porous media are treated as continuous macroscopic systems of which the overall response is significantly influenced and determined by microstructural effects. In the continuum mechanical modeling, those microscale effects are captured by the introduction of so-called internal variables which account for geometric and material inhomogeneities or the multiphase nature of granular mixtures. Describing the evolution of such internal variables by additional balance laws, the resulting continuum-thermodynamical system requires careful analysis, including, e.g. the application of the entropy principle of Müller with the corresponding approach of exploitation as suggested by Liu. The book is self-contained and addresses an interdisciplinary audience including civil and geotechnical engineers, physicists, applied mathematicians, soil mechanicians and continuum mechanicians.

Continuum Description of Granular Materials

Key Technologies for Tunnel Construction under Complex Geological and Environmental Conditions

This book focuses on the influences on the shield tunnels (mainly metro tunnels) in typical soft soils in Shanghai Area caused by loading or unloading on the ground. Theoretical analysis, model test, and numerical analysis were adopted for figuring out the influence results. Based on the analysis results and the engineering experiences from the constructions and operations of metro tunnels in Shanghai Area in the past twenty years, the deformation law of tunnel was summarized and several control measures for external constructions were put forward to help ensure the structural safety of the tunnels. Besides, several cases concerning the loading or unloading on metro tunnels were studied to help verify the results. From this book, the readers could learn a new approach for the structural analysis of the tunnels, and strengthen the risk awareness of the existed tunnels or similar structures.

Impact Analysis and Control Strategies of Overlying Loading/Unloading Effects on Soft Soil Shield Tunnels

Introduction to Remote Sensing and GIS

Jedes Jahr wird die Öffentlichkeit von Berichten über Naturereignisse und deren Folgen für die betroffenen Menschen erschüttert: Der Tsunami am 26. Dezember 2004 ging als eine der größten Naturkatastrophen der Neuzeit in die Geschichte ein, in den nachfolgenden Jahren wurden in mehreren Ländern Europas Jahrhunderthochwasser gemeldet. Und dieser Tage beherrschen Schlagzeilen über das verheerende Erdbeben in Nepal unsere Nachrichten. Diese und weitere Beispiele sind Thema des vorliegenden Lese- und Lehrbuchs. Die Geographie ist durch das Zusammenwirken von physio- und humangeographischen Ansätzen wie keine andere Wissenschaft dazu prädestiniert, die vielfach miteinander verknüpften Problemlagen einer Katastrophe in ihren zahlreichen Facetten und Handlungsdimensionen umfassend zu "begreifen". Wissenschaftler aus beiden Bereichen verknüpfen in diesem Buch die naturwissenschaftlichen Fragen nach den Auslösern von Naturkatastrophen - etwa mit Blick auf geotektonische Vorgänge oder klimatische Prozesse - mit gesellschaftlichen Fragestellungen: Hier geht es um medizinische und soziale Probleme, um die Verwundbarkeit bestimmter Bevölkerungsgruppen und um die Einbettung dieser Aspekte in globale Wirtschaftsverflechtungen. Geographie und Katastrophenforschung gehören zu den wenigen Wissenschaften, welche unterschiedliche Maßstabsebenen von global bis lokal miteinander verknüpfen; sie betrachten damit die globale Umweltsituation und die ökologische Zukunft unseres Planeten ebenso wie lokale Problemstellungen. Das sich neu etablierende Themenfeld der Hazardforschung veranschaulicht, wie aktuelle Ereignisse mit langfristigen Entwicklungen in Beziehung stehen (Stichwort Global Change), und berücksichtigt dabei die Bewältigung ebenso wie auch die Prävention von Katastrophen.

Jedes Jahr wird die Öffentlichkeit von Berichten über Naturereignisse und deren Folgen für die betroffenen Menschen erschüttert: Der Tsunami am 26. Dezember 2004 ging als eine der größten Naturkatastrophen der Neuzeit in die Geschichte ein, in den nachfolgenden Jahren wurden in mehreren Ländern Europas Jahrhunderthochwasser gemeldet. Und dieser Tage beherrschen Schlagzeilen über das verheerende Erdbeben in Nepal unsere Nachrichten. Diese und weitere Beispiele sind Thema des vorliegenden Lese- und Lehrbuchs. Die Geographie ist durch das Zusammenwirken von physio- und humangeographischen Ansätzen wie keine andere Wissenschaft dazu prädestiniert, die vielfach miteinander verknüpften Problemlagen einer Katastrophe in ihren zahlreichen Facetten und Handlungsdimensionen umfassend zu „begreifen". Wissenschaftler aus beiden Bereichen verknüpfen in diesem Buch die naturwissenschaftlichen Fragen nach den Auslösern von Naturkatastrophen – etwa mit Blick auf geotektonische Vorgänge oder klimatische Prozesse – mit gesellschaftlichen Fragestellungen: Hier geht es um medizinische und soziale Probleme, um die Verwundbarkeit bestimmter Bevölkerungsgruppen und um die Einbettung dieser Aspekte in globale Wirtschaftsverflechtungen. Geographie und Katastrophenforschung gehören zu den wenigen Wissenschaften, welche unterschiedliche Maßstabsebenen von global bis lokal miteinander verknüpfen; sie betrachten damit die globale Umweltsituation und die ökologische Zukunft unseres Planeten ebenso wie lokale Problemstellungen. Das sich neu etablierende Themenfeld der Hazardforschung veranschaulicht, wie aktuelle Ereignisse mit langfristigen Entwicklungen in Beziehung stehen (Stichwort Global Change), und berücksichtigt dabei die Bewältigung ebenso wie auch die Prävention von Katastrophen.

Naturrisiken und Sozialkatastrophen

Scientific Facts with Philosophical Considerations and Contributions

Mankind's Problem: Climate Change

The fourth edition of this core textbook in advanced remote sensing continues to be the best guide on satellite-based remote sensing tools and methods for space-based Earth observation, and the use of remote sensing satellite data for studying and monitoring the planet. It is thoroughly updated with information related to new satellite missions from different agencies with particular attention to the new constellations of high-resolution sensors and new field observations for model calibration and validation, including field sensors and drones. The commercialization of remote sensing data with open cloud services and new classifications by AI algorithms and cloud computing services are also discussed. New in the Fourth Edition:<ul> <li>Thoroughly revised to include updates in all chapters due to the technological advances in space exploration.</li> <li>Covers new constellations of high-resolution sensors such as Planet, Maxar, Geo-Airbus, etc.</li> <li>Explains field sensors such as spectro-radiometers, ground lidars, and drones.</li> <li>Discusses image services including Earthengine, CreoDIAS, as well as public repositories: Copernicus, Earthexplorer, Glovis.</li> <li>Provides an introduction to AI algorithms.</li> <li>Discusses cloud computing approaches.</li> </ul>This textbook is for upper-level undergraduate and graduate students taking advanced courses in Remote Sensing and GIS in physical geography, geophysics, engineering, soil and plant sciences, urban planning, etc. It is also an excellent text for researchers and scientists interested in learning techniques and technologies for collecting, analyzing, managing, processing, and visualizing geospatial datasets.

An Environmental Approach

Fundamentals of Satellite Remote Sensing

Earth Observation

Multimodal Remote Sensing Data Fusion for Classification: Algorithms and Applications offers a comprehensive overview of Earth observation data fusion, focusing on multimodal remote sensing. It presents state-of-the-art algorithms and practical applications that enhance understanding of Earth's dynamic processes. Through detailed analysis, case studies, and practical examples, this book equips readers with the necessary tools to effectively utilize multimodal data fusion for land cover and land use classification, as well as environmental monitoring, making it an invaluable resource for those in remote sensing and Earth sciences. Furthermore, the book is tailored for Masters and Doctorate students, scientists, and professionals in remote sensing, geography, and Earth sciences. It delves into the integration and analysis of multimodal remote sensing data, offering insights into sustainable solutions for environmental challenges. This comprehensive coverage ensures readers are well-versed in the cutting-edge techniques and methodologies required for advanced Earth observation and classification tasks.

Algorithms and Applications

Multimodal Remote Sensing Fusion and Classification

Sustainable Computing and Optimization

Multi-Criteria Decision Making for Risk Assessment of Emerging Environmental Contaminants

How trees mastered the elements and shaped the world

The Genius of Trees

Nature wants to heal, and we can help. We know that when Earth's ecosystems fall out of harmony, the damage can spiral out of control. But what if we could help nature to regain its balance? As a leading ecologist, Professor Thomas Crowther studies not just how species work individually but how whole complex ecosystems work to regulate themselves. When we set the right conditions for nature to thrive, each species helps to support the life of every other species. This means not just planting trees, but taking into account the fascinating role of fungi and soil bacteria, as well as the free movement of wild animals. By revealing how the feedback loops that generate sustainable ecosystems give rise to the stars, planets, and life; economic inequality and privilege; and the way we see the world, Nature's Echo shows how we can do our part so that nature can begin the vital process of healing itself.

Harnessing ancient feedback loops to heal a changing planet

Nature's Echo

Basin Analysis

Reversing Global Warming

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