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Catalogue complet

Nanotechnology for Environmental
Management

Nanotechnology for Environmental Management

What goals are still feasible for the politics of emancipation on a ruined planet? This is where we are. Today's techno-oligarchs are not concerned with saving the planet; rather, they have accepted the end of progress and are focused on safeguarding their wealth in the face of an impending political and ecological collapse. Artificial intelligence and algorithms make decisions for us. Climate breakdown has long steamed past the wreckage of the Paris Agreement. Perhaps the accelerationists have the right idea. Accelerationism - which aims to resolve the current crisis through the intensification of technological development - is the only philosophy not clinging to the now-extinct idea of progress. The idea has gained ground on both the left and right: but the right-wing is shot through with misanthropy, while the left remains entangled in a faith in technological progress and the domination of nature. Transcending capitalism at the end of progress requires a synthesis of the two. The result of this synthesis: Dark Socialism. From 'rock star philosopher' Kohei Saito comes an anticapitalist clarion call for our breakneck times, channeling despair into a socialist project equal to the end of progress.

Hope in a Ruined World

Dark Socialism

BP & the Anatomy of a Strategic Reversal 2020-2026

A COLOSSUS AT A CROSSROADS

China is the world's biggest carbon emitter as well as the leading producer of green energy. What lies behind this fascinating contradiction? In recent years, China has built more renewable energy infrastructure than the rest of the world combined and is leading the global shift towards electrification. The Green Superpower: How China Shapes Our Future outlines China's role as a green leader in the upcoming Fourth Industrial Revolution and illustrates how European companies can become more competitive by learning from their Chinese counterparts. Experienced journalist and regional expert Christina Boutrup explores how China is leading the move away from fossil fuels, from how affordable Chinese solar panels are revolutionising the global energy landscape to the electrification of the world's largest car market and the revolutionary implications of autonomous AI technologies. Cautiously optimistic, the author covers key geopolitical trends affecting green economic progress across the world, and ultimately serves a wake-up call: to compete with China's success, Western business leaders need to learn from their Chinese counterparts and treat the green transition as a business case. The balance of global power is poised to shift. No longer copycat manufacturers of inferior products, Chinese firms are at the forefront of the world's potential first "electrostate". Now more than ever it is vital to acknowledge the central role that China plays in the transition to green energy and to learn from their strategies. The Green Superpower is essential reading for policymakers, business leaders, and practitioners who operate at the intersection of environmental policy, security, sustainability and innovation.

How China Shapes Our Future

The Green Superpower

From the acclaimed co-author of Why Empires Fall, a bold vision for how to put Western economies back on a sustainable footing.

Why Rich Economies Are Struggling - and How to Fix Them

Icarus Economics

Sustainable business is no longer optional--it's the strategy that will determine who leads and who gets left behind.Climate change is not just a future threat--it's a current reality, reshaping markets, supply chains, and entire industries. Rising temperatures, resource scarcity, and mounting waste are driving regulatory pressure, investor scrutiny, and consumer demand for sustainable practices. For business leaders, this isn't just an operational challenge--it's a strategic disruption. Companies that fail to adapt risk being swept aside by forces they can no longer ignore.In The Ultimate Disruption: Rethinking Business in a World Transformed by Climate Change, INSEAD professors Atalay Atasu and Luk Van Wassenhove provide an essential road map for thriving in this new era. Drawing on decades of research and real-world case studies, they show why sustainability must be treated as a core business imperative, not a compliance exercise or marketing slogan. The authors introduce a framework for rethinking strategy, redefining value propositions, and reinventing business models to integrate environmental value alongside customer utility and profit.Through compelling examples--from Polygreen's zero-waste transformation on a Greek island to Schneider Electric's global decarbonization initiatives--the book illustrates how companies are turning environmental constraints into opportunities for innovation and growth. Each chapter tackles critical steps: building the business case for sustainability; revisiting value potential; overcoming operational and scaling challenges; and leveraging partnerships, tech, and new business models to deliver shared value and profitability.Sustainability is no longer a cost--it's a competitive advantage. The Ultimate Disruption equips leaders with the strategies and tools to navigate the climate-driven transformation of business ecosystems and emerge stronger than ever.

Rethinking Business in a World Transformed by Climate Change

The Ultimate Disruption

A visionary leader in clean and renewable energy tells his incredible personal story and outlines a smart and sane way forward for meeting the world's growing energy needs.Michael Polsky is one of the most important figures in American clean energy--here, he tells the remarkable story of his rise from a penniless young Soviet émigré to leadership in this essential industry. Only a decade ago, many thought that demand for electricity in America might never rise again. Today, AI, cryptocurrency, and electrification are fueling the largest surge in electricity demand in fifty years. Polsky has spent the past four decades building power plants, but even he never expected to see this kind of surge in demand. Most of the companies driving it want electricity produced by clean, sustainable renewable sources, mainly wind and solar power. His journey in clean energy is America's journey too. Inexhaustible intertwines his personal story--an immigrant who arrived in America from the Soviet Union with $500 in his pocket and a few phrases of broken English who, twenty-five years later, founded a multibillion dollar independent energy company--with the story of America's energy evolution from coal and oil to wind and solar power.Polsky's career evolved from working on oil- and coal-powered plants, to generating power from nuclear and natural gas, to renewable energy. It was a natural progression that helped him form a distinct vision of the future, which guided him to what would be the next best way to develop projects and produce electricity. The United States is heading in the same direction, for a simple reason: not because we have all become environmental activists, but because renewable-energy technology just makes sense. It has the potential to create unlimited amounts of energy, and a low-cost, highly efficient, and reliable power system.Polsky's company, Invenergy, is now the biggest privately owned clean-energy business in the US. He was forward-thinking enough to have built a business with a focus on renewable energy. But the challenge Polsky sees for America is that we don't have enough installed renewable-power generation, hooked up to the grid and ready to supply. Because demand for electricity is so unprecedented, the source of the energy is becoming somewhat secondary to the need itself. We're burning more fossil fuels than ever before, reopening mothballed nuclear power stations, and betting on experimental technology.We are entering an era of an "all of the above" approach to generating electricity, driven by the surge in demand and the realization that neither fossil fuels nor renewables alone can meet all our needs. As Polsky sees it, the danger is that our immediate appetites could blind us to the consequences of using all forms of energy: making climate change worse, slowing the energy transition, and the potentially disastrous results of a nuclear accident.Polsky is far from a green warrior or an ecological activist. As a student in his native Kyiv, Ukraine, he was trained in the 1970s to design power plants that burned heavy oil or coal. When he emigrated to the United States in 1976, he worked on nuclear power plants, then on gas-powered plants, and then on power plants that burned coal, oil, and natural gas. The first company he started worked on coal- and natural-gas-fired power plants; his second company developed facilities that burned natural gas, tires, and wood.Today, Polsky and Invenergy are in the renewable-energy business because it is an unprecedented industrial and financial opportunity, offering the chance to create unlimited amounts of energy efficiently, reliably, and at a low cost. It is highly scalable. It is the future toward which technology is taking us. Our choice is not whether or not to switch to renewable energy, but if we will grasp this opportunity or have it forced upon us by crises. As Polsky sees it, there is a smart and forward-looking way to the future, and this book charts what the smart way looks like, and urges us to seize the opportunity it offers.

My Journey and the Future of Energy

Inexhaustible

Routledge Explorations in Environmental Economics

This book explores the complex relationship between climate change and human behaviour, which is often shaped by cognitive biases, established norms, past experiences, and a tendency toward maintaining the status quo-making meaningful change challenging. It brings together a diverse range of contributions that examine international and industry contexts through the lens of behavioural economics, addressing persistent intention-action gap.The book is divided into three parts. Part I introduces the theoretical foundations and traces the evolution of scientific thought from classical rationality to bounded rationality and ethicality in the context of climate change. It includes a systematic bibliometric mapping of global research trends and examines the crucial role of information flows, media literacy, and disinformation in shaping climate attitudes. Part II focuses on climate change mitigation, presenting empirical studies on energy transitions, fossil fuel "addiction," and circular economy interventions specifically targeting the consumption patterns of adolescents and young adults. Part III addresses spatial and community adaptation, exploring mobility patterns, nature-based solutions in European cities, and the management of private green spaces. It concludes with global perspectives on climate migration narratives and the collective resilience of Small Island Developing States (SIDS).By offering a comprehensive and interdisciplinary look at human behaviour in the face of climate change, the book integrates advanced methods such as discrete choice experiments, social network analysis, and fuzzy-set Qualitative Comparative Analysis (fsQCA) which inspires further research and action in this ever-evolving field. It is essential reading for academics, researchers, students, as well as economists, environmentalists and policymakers concerned with the economic and psychological dimensions of climate-related decision-making.

Climate Change, Behaviour and Economics

Das Buch erläutert synthetische und analytische Methoden der Organischen Chemie, die für Anwendung und Forschung in Biochemie, Molekularbiologie, Medizinischer und Pharmazeutischer Chemie eingesetzt werden. Es ist als Lehrbuch im Masterstudium der Chemie, aber auch biologischer und medizinisch-chemischer Fächer gedacht. Es eignet sich zudem wegen der umfangreichen Literaturzitate als Monographie für Anwender im Forschungslabor.
Ein einfaches Grundwissen der Organischen Chemie wird vorausgesetzt, aber wesentliche Aspekte werden in den Kapiteln 1 und 2 wiederholt. Teil 1 des Buches behandelt allgemeine Methoden für die drei Hauptgruppen von Biopolymeren: Peptide und Proteine, Kohlenhydrate und Glycokonjugate sowie Nucleinsäuren. In Kapitel 7 wird die Konjugatbildung zum Markieren von Biomolekülen vorgestellt. Teil 2 hingegen greift einige Themen an Hand konkreter aktueller Publikationen heraus. So kann die Anwendung der im Teil 1 erarbeiteten Methodik im biologischen Kontext verfolgt werden.&nbsp;
Als Lehrziel soll dieses Buch den Chemiestudierenden die Methodenentwicklung für biologische Fragestellungen veranschaulichen und so zur Weiterentwicklung anspornen. Die Studierenden und Forschenden aus dem biologischen und medizinischen Bereich sollen die Möglichkeiten und gleichzeitig auch den Hintergrund der Methodik besser kennenlernen. Dadurch soll das interdisziplinäre Verständnis wachsen.
Die 2. Auflage wurde komplett überarbeitet, mit neueren Methoden ergänzt und die aktuelle wissenschaftliche Literatur mit einbezogen. Ein Kapitel über chemische und semisynthetische Proteinsynthese und ein weiteres über Fluoreszenz und Fluorophore sind neu in diese Auflage aufgenommen. Neu ist auch ein Teil mit &nbsp;Fragen zur Überprüfung des Verständnisses am Ende jedes Kapitels, zu denen im Anhang die entsprechenden Lösungen und Erläuterungen zur Verfügung stehen.
&nbsp;
Der Autor
Ass. Prof. Dr. Daniel Krois, Abteilung&nbsp;für Chemische Katalyse, Fakultät für Chemie, &nbsp;der Universität Wien. Forschungsschwerpunkte: Organische Synthese von Heterocyclen, Konformationsanalyse, Peptidchemie und Spektroskopie. Lehre der Organischen Chemie für Molekularbiologen und Mikrobiologen und für Masterstudierende der Chemie und Biologischen Chemie.

Das Buch erläutert synthetische und analytische Methoden der Organischen Chemie, die für Anwendung und Forschung in Biochemie, Molekularbiologie, Medizinischer und Pharmazeutischer Chemie eingesetzt werden. Es ist als Lehrbuch im Masterstudium der Chemie, aber auch biologischer und medizinisch-chemischer Fächer gedacht. Es eignet sich zudem wegen der umfangreichen Literaturzitate als Monographie für Anwender im Forschungslabor.Ein einfaches Grundwissen der Organischen Chemie wird vorausgesetzt, aber wesentliche Aspekte werden in den Kapiteln 1 und 2 wiederholt. Teil 1 des Buches behandelt allgemeine Methoden für die drei Hauptgruppen von Biopolymeren: Peptide und Proteine, Kohlenhydrate und Glycokonjugate sowie Nucleinsäuren. In Kapitel 7 wird die Konjugatbildung zum Markieren von Biomolekülen vorgestellt. Teil 2 hingegen greift einige Themen an Hand konkreter aktueller Publikationen heraus. So kann die Anwendung der im Teil 1 erarbeiteten Methodik im biologischen Kontext verfolgt werden.&nbsp;Als Lehrziel soll dieses Buch den Chemiestudierenden die Methodenentwicklung für biologische Fragestellungen veranschaulichen und so zur Weiterentwicklung anspornen. Die Studierenden und Forschenden aus dem biologischen und medizinischen Bereich sollen die Möglichkeiten und gleichzeitig auch den Hintergrund der Methodik besser kennenlernen. Dadurch soll das interdisziplinäre Verständnis wachsen.Die 2. Auflage wurde komplett überarbeitet, mit neueren Methoden ergänzt und die aktuelle wissenschaftliche Literatur mit einbezogen. Ein Kapitel über chemische und semisynthetische Proteinsynthese und ein weiteres über Fluoreszenz und Fluorophore sind neu in diese Auflage aufgenommen. Neu ist auch ein Teil mit &nbsp;Fragen zur Überprüfung des Verständnisses am Ende jedes Kapitels, zu denen im Anhang die entsprechenden Lösungen und Erläuterungen zur Verfügung stehen.&nbsp;&nbsp;
 &nbsp;

in Biochemie, Molekularbiologie, Medizin und Pharmazie

Organisch-chemische Methoden

What if we don't need 'miracle technologies' to solve the climate problem? What if the technologies we need are already available? And what if we can use those existing technologies to ensure reliable electricity, heat supplies, and energy security? In a revised and updated edition of his award-winning climate bestseller, No Miracles Needed, the world's premier thinker on energy futures and one of the world's 100 most impactful people in the world in 2023, Mark Z. Jacobson reveals how nations, communities, and individuals can solve the climate crisis most effectively, while simultaneously eliminating air pollution and providing energy security. Mark explains how existing technologies can harness, store, and transmit energy from wind, water, and solar sources to ensure reliable electricity and heat supplies. It includes new, cutting-edge technologies, additional new real-life case studies about the solutions, and additional references. Written for everyone who cares about the future of our planet, this book advises individuals, policymakers, communities, and nations about what they can do to solve the problems identified, and the economic, health, and climate benefits of the solutions.

How Today's Technology Can Save Our Climate and Clean Our Air

Still No Miracles Needed

Oxford Handbooks

This handbook on the "New" Space Economy (NSE) offers the first comprehensive analysis of the contemporary space economy. The "new" is characterized by commercialization, greater participation of the private sector, innovation, and increased engagement of national governments. Using multiple approaches, the volume conceptualizes the boundaries of an emerging field of inquiry, characterized by continuity and change and involving terrestrial and extraterrestrial activities. It covers the fundamental economic, institutional, and technological dynamics and assesses the socio-economic impact of the NSE. Largely a US and European phenomenon, the evolution of the NSE in other spacefaring nations such as China, India, Japan, and Russia is also examined. In The Oxford Handbook of the New Space Economy, chapters by both academics and practitioners systematically address the changing institutional arrangements, interactions between public and private actors, and the role of innovations and entrepreneurship. As constellations of satellites for earth observations, telecommunications, the internet, GPS, and other civilian applications tackle climate change and monitor natural disasters, the unsustainability of space activities due to orbital congestion and space debris is a reality. The 1967 UN Outer Space Treaty, which views space as a "global commons," needs revisiting to address regulatory challenges in space mining and other uses of extraterrestrial resources. This volume advances the state of knowledge on the dynamics of an emerging new space economy, identifies key stakeholders, and opens up future research areas for policymaking.

The Oxford Handbook of the New Space Economy

This book consists of rigorous studies that explore various dimensions of sustainable development from the perspective of developing countries. The chapters address topics such as sustainable agriculture, sustainable cities, and alternative visions for sustainable development. The book examines both the policies and practices shaping sustainability efforts across the developing world, with a particular focus on India. The insights, experiences, and strategies presented in the book will be of significant relevance to stakeholders in both developing and developed nations.Interdisciplinary in nature, the book highlights the intellectual contributions emerging from India on the subject of sustainable development. It will appeal to scholars, researchers, graduate students, policy makers in government and multinational organizations, donors, and NGOs. In today's world, this book offers timely and essential perspectives for anyone concerned with environmental issues, climate change, sustainability, and the ecologically consequential development processes.

Between Economy And Ecology: Policies And Practices Of Sustainable Development

Integrated Assessment Models, Carbon Pricing, Climate Policy Simulation, and Net-Zero Transition Modeling

Environmental and Climate Economics with Python

Nanotechnology for Environmental Management

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