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Sustainable transportation. --- Climate change mitigation --- Mobilité durable (Transport) --- Climat --- Sustainable transportation --- Changements --- Atténuation
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Energy consumption --- Climate change mitigation. --- Energie --- Climats --- Forecasting. --- Consommation --- Prévision --- Changements --- Atténuation
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Climatic changes --- Climate change mitigation --- Climat --- Philosophy. --- Changements --- Philosophie. --- Atténuation --- Philosophy of nature --- General ethics --- Atténuation
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Forêts --- Climat --- Bilan des émissions de gaz à effet de serre --- Gestion --- Aspect environnemental --- Changements --- Atténuation --- Prévision. --- Atténuation --- Prévision.
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Climate change mitigation. --- Social change. --- Intelligent buildings. --- Transition énergétique --- Changements climatiques --- Changement social --- Immeubles intelligents --- Villes intelligentes --- Atténuation --- Transition énergétique --- Atténuation
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Biomass Energy with Carbon Capture and Storage (BECCS) offers a comprehensive review of the characteristics of BECCS technologies in relation to its various applications. The authors - a team of expert professionals - bring together in one volume the technical, scientific, social, economic and governance issues relating to the potential deployment of BECCS as a key approach to climate change mitigation.The text contains information on the current and future opportunities and constraints for biomass energy, explores the technologies involved in BECCS systems and the performance characteristics of a variety of technical systems. In addition, the text includes an examination of the role of BECCS in climate change mitigation, carbon accounting across the supply chain and policy frameworks. The authors also offer a review of the social and ethical aspects as well as the costs and economics of BECCS.
Carbon sequestration. --- Biomass energy --- Climate change mitigation. --- Captage et stockage du dioxyde de carbone. --- Énergie de la biomasse. --- Biocarburants. --- Changements climatiques --- Climatic factors. --- Atténuation.
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Climate change is a significant threat to humanity's future. Culturally, politically, economically, and personally, however, we are all deeply embedded in a system that continues to send us on a collision course that leads directly toward this threat. At this point, climate change is inevitable. What we must do now is to find ways to prepare-and do all we can to slow our race to disaster. This means that a transition to a lower-carbon economy is unavoidable. Biochemical research is vitally necessary for the transition we must make, and it will be an essential component of any climate policy. To that end, the editors have collected within this compendium the most recent and relevant research in this field. Included are:
Greenhouse gas mitigation. --- Climate change mitigation. --- Organic compounds --- Gaz à effet de serre --- Climat --- Composés organiques --- Environmental aspects. --- Réduction. --- Changements --- Atténuation. --- Aspect environnemental.
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"A bold blueprint to retool our economy and transform our politics for a zero-carbon future. The IPCC's 2018 report told us in no uncertain terms that the world has just ten years to at least halve our greenhouse gas emissions if we are to have a hope of holding global warming to a 1.5°C increase. Canada is not on a path to meet its greenhouse gas reduction targets, and radical change to the way we live and work must happen at high speed, but how are we ever to do this? Well, we've actually done it before. During the Second World War, Canadians and their government completely remade the economy -- retooling factories, transforming the workforce, and creating common cause among Canadians for the war effort. In A Good War, author and activist Seth Klein looks at the Second World War strategies and shows how they can be repurposed today for a rapid transition. He demonstrates that this change can create jobs and reduce inequality while tackling our climate obligations. From enlisting broad public support to new economic models, and new job creation to investment in green infrastructure, Klein shows us a bold, practical policy plan for a zero-carbon Canada. In a coincidence almost too uncanny, COVID-19 has brought change upon our world that would have been unthinkable a few months ago, change very like what Klein presciently proposes in these pages. It turns out the world can turn on a dime if necessary. Now is the time to use the billions of dollars governments are spending to support their economies to invest in climate change and social infrastructure for a better future. And the blueprint is in your hands."--
Environmental policy --- Climate change mitigation --- Sustainable development --- Environmental economics --- Economic policy --- Climatic changes --- Environmental policy --- Climate change mitigation --- Politique de l'environnement. --- Climat --- Développement durable. --- Économie de l'environnement --- Climat --- Environnement --- Climat --- Economic aspects --- Environmental aspects --- Government policy --- Citizen participation. --- Citizen participation. --- Changements --- Atténuation --- Changements --- Politique publique --- Protection --- Participation des citoyens --- Changements --- Atténuation --- Participation des citoyens.
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Environmental engineering --- Climate change mitigation --- Global warming --- Technique de l'environnement --- Climats --- Réchauffement de la Terre --- Prevention --- Changements --- Atténuation --- Prévention --- Réchauffement de la Terre --- Atténuation --- Prévention --- Environmental protection. Environmental technology
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Climatic changes. --- Climate change mitigation. --- Human beings --- Acclimatization --- Climat --- Climats --- Homme --- Acclimatation --- Effect of climate on. --- Changements --- Atténuation --- Influence du climat --- Acclimatization. --- Geografie --- Klimaat --- Fysische geografie --- (Klimatologie, Meteorologie, Klimaatsveranderingen) --- Klimaat. --- (Klimatologie, Meteorologie, Klimaatsveranderingen). --- Atténuation
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