The document discusses various topics related to protecting the environment and making a better world. It addresses issues like deforestation and steps to reduce it, renewable energy sources, natural disasters that threaten the environment, conservation of natural resources, waste generation, and calls on readers to make a difference and be agents of positive change.
We examine climate justice as the explicit framing of climate change as an ethical and political issue. We first look at justice broadly, then environmental justice, and then climate justice. We conclude with a question about justice as degrowth or green growth.
The document discusses how agroforestry science is uniquely positioned to address pressing global issues like climate change, poverty, and land degradation. Major institutions are increasingly partnering with the World Agroforestry Centre to develop solutions in these areas. The Centre is refining its strategic plan to prioritize an integrated science agenda focused on the most significant challenges, delivering practical solutions through national and local work. It is well positioned to take a leading role in transforming agriculture and landscapes through agroforestry.
Henrica Makulu introduces herself as a climate reality leader, global shaper, mentor, public speaker and tech lover. She asks the audience who they are and what comes to mind when they think of climate change, conservation and the environment. She then provides a brief overview of the science behind climate change, highlighting increasing global temperatures and greenhouse gas emissions as key drivers. Finally, she outlines actions individuals can take to address climate change, such as learning more, promoting recycling, and volunteering with environmental organizations.
We Face Today An Unprecedented Set Of Problems Relating To The Environment, The Coming One World Order And The Ongoing Process Of Spiritual Decline. Ecosystem To Those To Do With Conflicts, Political Organization And Social Injustice. The World’s Biggest Problems portal has a simple, clear mission: educating people all around the world about the biggest problems facing humanity.
The document summarizes major environmental events and issues from 1970 to the present. It outlines the creation of the EPA in 1970 to protect human health and the environment. During the 1970s-1980s, air and water pollution were reduced through initiatives like catalytic converters and sewage treatment expansion. However, toxic chemicals from corporations and climate change emerged as serious problems. From the 1990s onward, issues like ozone depletion, global warming, toxic waste cleanup, and effects of coal mining on the environment became priorities, though tensions remained between environmental and economic interests.
The document discusses various topics related to protecting the environment and making a better world. It addresses issues like deforestation and steps to reduce it, renewable energy sources, natural disasters that threaten the environment, conservation of natural resources, waste generation, and calls on readers to make a difference and be agents of positive change.
We examine climate justice as the explicit framing of climate change as an ethical and political issue. We first look at justice broadly, then environmental justice, and then climate justice. We conclude with a question about justice as degrowth or green growth.
The document discusses how agroforestry science is uniquely positioned to address pressing global issues like climate change, poverty, and land degradation. Major institutions are increasingly partnering with the World Agroforestry Centre to develop solutions in these areas. The Centre is refining its strategic plan to prioritize an integrated science agenda focused on the most significant challenges, delivering practical solutions through national and local work. It is well positioned to take a leading role in transforming agriculture and landscapes through agroforestry.
Henrica Makulu introduces herself as a climate reality leader, global shaper, mentor, public speaker and tech lover. She asks the audience who they are and what comes to mind when they think of climate change, conservation and the environment. She then provides a brief overview of the science behind climate change, highlighting increasing global temperatures and greenhouse gas emissions as key drivers. Finally, she outlines actions individuals can take to address climate change, such as learning more, promoting recycling, and volunteering with environmental organizations.
We Face Today An Unprecedented Set Of Problems Relating To The Environment, The Coming One World Order And The Ongoing Process Of Spiritual Decline. Ecosystem To Those To Do With Conflicts, Political Organization And Social Injustice. The World’s Biggest Problems portal has a simple, clear mission: educating people all around the world about the biggest problems facing humanity.
The document summarizes major environmental events and issues from 1970 to the present. It outlines the creation of the EPA in 1970 to protect human health and the environment. During the 1970s-1980s, air and water pollution were reduced through initiatives like catalytic converters and sewage treatment expansion. However, toxic chemicals from corporations and climate change emerged as serious problems. From the 1990s onward, issues like ozone depletion, global warming, toxic waste cleanup, and effects of coal mining on the environment became priorities, though tensions remained between environmental and economic interests.
The document provides an overview and analysis of the documentary "An Inconvenient Truth" by Al Gore. It summarizes the film's main arguments that present scientific evidence of the impacts of climate change. It also discusses some counterarguments made by skeptics of human-caused climate change. The document concludes by asking readers to make their own judgments on whether more action should be taken to address environmental issues like global warming.
This document summarizes a seminar on the relationship between culture and environment and the importance of sustainability. It discusses how the overuse of resources led to the collapse of Easter Island's civilization. It also examines some major sustainability challenges like climate change, loss of biodiversity, and overexploitation of resources. The document advocates for developing an appropriate intermediate technology and a stewardship ethic to guide sustainable practices that can benefit both nature and society for the future. Science is presented as a way to gain knowledge and develop technologies to promote environmental health and sustainability.
This document summarizes information about environmental issues, climate change, and youth climate activism movements. It discusses an 8-year-old environmental activist, statistics on countries' environmental performance and effects of climate change. It outlines key environmental problems, the UN's Agenda 2030 goals, and consequences of the climate crisis. It then describes the Fridays For Future movement started by Greta Thunberg and global student climate strikes. It notes the impact of social media and activism in cities like London, Milan, and Perugia.
The document discusses the concept of a circular economy as an alternative to the current linear system. It notes that population growth and fossil fuel usage are putting stress on the environment and leading to issues like climate change and resource scarcity. A circular economy aims to reduce waste by keeping materials and products in use for longer through reuse, repair, and recycling. This helps minimize environmental impacts and makes more sustainable use of limited resources.
Al Gore, Climate Change & Inconvenient Truthguest3c5779
This document provides a skeptical summary of Al Gore's documentary "An Inconvenient Truth". It examines several claims from the documentary and finds that the evidence does not always support Gore's arguments. For many topics, such as the causes of disappearing glaciers and extreme weather events, the science is complex with uncertainties and alternative explanations beyond those presented by Gore. The summary argues that Gore selectively chooses evidence that supports alarmism over climate change instead of providing a non-partisan perspective.
Sustainability Reading: Natural Capital and Ecosystem RightsSam Bleiberg
A short powerpoint on the carbon cycle, natural capital, and rights for ecosystems based on readings for the Pratt Sustainable Design Foundations Course.
Cities contribute significantly to global greenhouse gas emissions and climate change. While some sources claim that cities are responsible for 75-80% of emissions, this is an overstatement, as accurate allocation of emissions is complex. Emissions should take into account where energy is produced versus consumed. Overall, urbanization and economic growth are increasing emissions, though per capita emissions vary greatly between wealthy and developing cities. Accurately measuring city emissions requires defining system boundaries and accounting for all sources. Addressing climate change at the city level is important as cities are centers of economic activity and policy can be enacted more quickly than at national levels.
Will Global Challenges and Transformative Changes Require Deeper Shifts in Cu...ValuesCentre
This document discusses global challenges and the need for transformative changes through deeper shifts in cultures and values. It outlines key events from the 1960s onwards that raised awareness of environmental issues like pesticides and their impacts. These led to conferences and agreements through the UN on topics like the human environment, sustainable development, and climate change. New concepts and thinking were introduced, like the Rio Principles and Agenda 21, to promote sustainability and tackle issues like population growth, resource use, and land grabbing. However, achieving transformative change may require adjusting cultures and values more fundamentally.
This document summarizes a climate roundtable event hosted by Statkraft in Norway in 2013. The roundtable brought together climate scientists, NGO representatives, business executives and communicators to discuss climate issues and solutions. One goal was to explore collaborative approaches across disciplines. The event led to knowledge sharing and the publication of this booklet featuring perspectives from participants. Topics discussed include the risks of nonlinear climate impacts, global inequalities in emissions histories and opportunities for green economic growth and energy access in developing countries.
The document discusses the growing opportunities for "green jobs" in India and globally over the next decade due to a green revolution. It outlines various fields like farming, construction, R&D, administration, and international organizations that will see growth. Specific opportunities exist in clean energy, pollution control, waste management, and sustainable development. India is well-positioned to benefit from investment in these sectors, with 3 of the top 10 green economy companies globally already based in India. Degrees in environmental science, engineering, management, and more will qualify candidates for these jobs across government, private companies, and non-profits.
Ecocene Design Economies: Three Ecologies of Systems TransitionsEcoLabs
Despite accumulative social and technological innovation, the design industry continues to face significant obstacles when addressing issues of sustainability. Climate change and other systemic ecological problems demands shifts on an order of magnitude well beyond the trajectory of business-as-usual. I will argue that these complex problems require addressing the epistemological error in knowledge systems reproducing unsustainable designed worlds. Ecological literacy is a basis for nature-inspired design. Ecologically engaged knowledge must inform design strategies across the psychological, the social and the environmental domains. With the expansive three ecologies perspective, interventions at the intersection of design and economics can enable systems transitions. This theoretical work informs a framing of the current epoch in ways that create a foundation for the creation of regenerative, distributed and redirected design economies.
This document discusses the relationship between tourism and sustainable energy. It notes that tourism impacts the environment through effects on climate, landscapes, and carbon footprints. Renewable energy sources can help address these impacts by providing energy solutions that reduce greenhouse gas emissions. However, renewable energy faces economic and regulatory barriers that make it less competitive than conventional sources. The document advocates identifying ways to remove these disadvantages in order to realize renewable energy's large potential. It also discusses how over-commercialization can threaten tourism and calls for a mutualistic approach where tourism provides mutual benefits to hosts and visitors.
The Future Of Environement Bors Elena Cls A Xi Aguest8a5134
The future of the environment depends on human actions and addressing several major issues. Pollution from industrial activities and vehicle emissions is worsening and must be curbed through alternative energy sources, recycling, and limiting deforestation. Agricultural practices also need reform to reduce soil pollution from chemicals. Overall environmental protection is vital for humanity's long term survival and must become a higher priority to ensure a sustainable future.
Global warming is caused by both natural phenomena and human activities that increase greenhouse gases in the atmosphere such as burning fossil fuels and deforestation. The effects of global warming include rising temperatures, melting ice caps, threats to animal habitats, rising sea levels, increased flooding, and changes to climate patterns. Individual actions like reducing waste, reusing materials, recycling, using public transportation, turning off lights when not in use, and planting trees can help control global warming.
Naming the Epoch: Anthropocene, Capitalocene, EcoceneEcoLabs
The Anthropocene is the proposed name for the geological epoch where humanity is dramatically affecting geological processes. The name draws attention to severe environmental problems – but it also does other things. Jason Moore asks: “Does the Anthropocene argument obscure more than it illuminates?” (2014, 4). Donna Haraway argues that the Anthropocene must be “as short/thin as possible” (2015, 160). Moore, Haraway, Solon and Latour claim the concept uncritically imports Western rationality, imperialism and anthropocentrism – and thereby narrows options for the development of sustainable alternatives.
It is important to be specific about exactly what ‘anthropos’ are doing to destabilise climate systems and other planetary boundaries. There is a particular model of development driving dramatic Earth System change. There are other options. In response to this problem, the Capitalocene is a concept that asserts: “the logic of capital drives disruption of Earth System. Not humans in general” (Salon, 2014).
Bruno Latour says the Capitalocene is “a swift way to ascribe this responsibility to whom and to where it belongs” (2014, 139). It is more specific. Consequently it opens space for other opinions. Yet while the Capitalocene is critical, is not creative. Beyond the assumptions of Anthropocene and the critical perspective of the Capitalocene, new ways of understanding social and ecological relations are emergent.
Design theorist Rachel Armstrong states “there is no advantage to us to bring the Anthropocene into the future… The mythos of the Anthropocene does not help us… we must re-imagine our world and enable the Ecocene” (2015). New ecologically informed ways of thinking and living must be generated. The Ecocene has yet to be designed. Its emergence depends on a new understanding of ecological-human relations and new types of development that emerge from this perspective. The transformative Ecocene describes a curative catalyst for cultural change necessary to survive the Anthropocene.
A presentation at Climate Change: Spatial, Environmental and Cultural Politics University of Brighton, Thursday 28-Friday 29 April 2016.
Germany has become a leader in green energy and sustainability through policies and initiatives that promote renewable resources like solar, wind, hydro, and geothermal power. The country implemented a feed-in tariff through the Renewable Energy Act of 2000 that accelerated renewable energy development. Germany also excels in recycling through programs like its packaging ordinance and color-coded bin system, achieving a 70% waste recovery rate compared to the US rate of 33%. Through policies, recycling programs, and cities like Freiburg, Germany has shown that sustainability can be politically and economically viable.
Design embeds ideas in communication, artifacts and spaces in subtle and psychologically powerful ways. Feminist, class, race and indigenous scholars and activists describe how oppressions (how patriarchy, racism, colonialism, etc.) exist within institutions and also within cultural practices. The theory of symbolic violence sheds light on how design can function to naturalise oppressions and then obfuscate power relations around this process. Through symbolic violence, design can function as an enabler for the exploitation of certain groups of people and the environment they (and ultimately ‘we’) depend on to live. Design functions as symbolic violence when it is involved with the creation and reproduction of ideas, practices, processes and tools that result in structural and other types of violence (including ecocide).
Presentation and conversation at the Design Research Society 2016's Design + Research + Society: Future Focused Thinking conference. The University of Brighton. UK and then again at the Decolonising Design group’s Intersectional Perspectives on Design, Politics and Power at Malmo University in November 2016.
by
Dr. Joanna Boehnert, Research Fellow in Design, CREAM, University of Westminster + EcoLabs
Dr. Bianca Elzenbaumer, Research Fellow in Design, Leeds College of Art + Brave New Alps
Dimeji Onafuwa, PhD candidate, Carnegie Mellon University
Sustainability and the web of 7Es - Energy, Ecology, Employment, Equity, Entr...P.L. Dhar
Talk given at IITD - Tokyo univ joint symposium on sustainability. Points out that unless all the seven factors mentioned in the title are properly considered it would not be possible to evolve a model of truly sustainable development.
Modern Philosophy and Climate Change.pptxAdam Briggle
Part 1 of a 2 part series on the root causes of climate change. This part introduces the question and then develops a problem-oriented way to understand climate change.
The document provides an overview and analysis of the documentary "An Inconvenient Truth" by Al Gore. It summarizes the film's main arguments that present scientific evidence of the impacts of climate change. It also discusses some counterarguments made by skeptics of human-caused climate change. The document concludes by asking readers to make their own judgments on whether more action should be taken to address environmental issues like global warming.
This document summarizes a seminar on the relationship between culture and environment and the importance of sustainability. It discusses how the overuse of resources led to the collapse of Easter Island's civilization. It also examines some major sustainability challenges like climate change, loss of biodiversity, and overexploitation of resources. The document advocates for developing an appropriate intermediate technology and a stewardship ethic to guide sustainable practices that can benefit both nature and society for the future. Science is presented as a way to gain knowledge and develop technologies to promote environmental health and sustainability.
This document summarizes information about environmental issues, climate change, and youth climate activism movements. It discusses an 8-year-old environmental activist, statistics on countries' environmental performance and effects of climate change. It outlines key environmental problems, the UN's Agenda 2030 goals, and consequences of the climate crisis. It then describes the Fridays For Future movement started by Greta Thunberg and global student climate strikes. It notes the impact of social media and activism in cities like London, Milan, and Perugia.
The document discusses the concept of a circular economy as an alternative to the current linear system. It notes that population growth and fossil fuel usage are putting stress on the environment and leading to issues like climate change and resource scarcity. A circular economy aims to reduce waste by keeping materials and products in use for longer through reuse, repair, and recycling. This helps minimize environmental impacts and makes more sustainable use of limited resources.
Al Gore, Climate Change & Inconvenient Truthguest3c5779
This document provides a skeptical summary of Al Gore's documentary "An Inconvenient Truth". It examines several claims from the documentary and finds that the evidence does not always support Gore's arguments. For many topics, such as the causes of disappearing glaciers and extreme weather events, the science is complex with uncertainties and alternative explanations beyond those presented by Gore. The summary argues that Gore selectively chooses evidence that supports alarmism over climate change instead of providing a non-partisan perspective.
Sustainability Reading: Natural Capital and Ecosystem RightsSam Bleiberg
A short powerpoint on the carbon cycle, natural capital, and rights for ecosystems based on readings for the Pratt Sustainable Design Foundations Course.
Cities contribute significantly to global greenhouse gas emissions and climate change. While some sources claim that cities are responsible for 75-80% of emissions, this is an overstatement, as accurate allocation of emissions is complex. Emissions should take into account where energy is produced versus consumed. Overall, urbanization and economic growth are increasing emissions, though per capita emissions vary greatly between wealthy and developing cities. Accurately measuring city emissions requires defining system boundaries and accounting for all sources. Addressing climate change at the city level is important as cities are centers of economic activity and policy can be enacted more quickly than at national levels.
Will Global Challenges and Transformative Changes Require Deeper Shifts in Cu...ValuesCentre
This document discusses global challenges and the need for transformative changes through deeper shifts in cultures and values. It outlines key events from the 1960s onwards that raised awareness of environmental issues like pesticides and their impacts. These led to conferences and agreements through the UN on topics like the human environment, sustainable development, and climate change. New concepts and thinking were introduced, like the Rio Principles and Agenda 21, to promote sustainability and tackle issues like population growth, resource use, and land grabbing. However, achieving transformative change may require adjusting cultures and values more fundamentally.
This document summarizes a climate roundtable event hosted by Statkraft in Norway in 2013. The roundtable brought together climate scientists, NGO representatives, business executives and communicators to discuss climate issues and solutions. One goal was to explore collaborative approaches across disciplines. The event led to knowledge sharing and the publication of this booklet featuring perspectives from participants. Topics discussed include the risks of nonlinear climate impacts, global inequalities in emissions histories and opportunities for green economic growth and energy access in developing countries.
The document discusses the growing opportunities for "green jobs" in India and globally over the next decade due to a green revolution. It outlines various fields like farming, construction, R&D, administration, and international organizations that will see growth. Specific opportunities exist in clean energy, pollution control, waste management, and sustainable development. India is well-positioned to benefit from investment in these sectors, with 3 of the top 10 green economy companies globally already based in India. Degrees in environmental science, engineering, management, and more will qualify candidates for these jobs across government, private companies, and non-profits.
Ecocene Design Economies: Three Ecologies of Systems TransitionsEcoLabs
Despite accumulative social and technological innovation, the design industry continues to face significant obstacles when addressing issues of sustainability. Climate change and other systemic ecological problems demands shifts on an order of magnitude well beyond the trajectory of business-as-usual. I will argue that these complex problems require addressing the epistemological error in knowledge systems reproducing unsustainable designed worlds. Ecological literacy is a basis for nature-inspired design. Ecologically engaged knowledge must inform design strategies across the psychological, the social and the environmental domains. With the expansive three ecologies perspective, interventions at the intersection of design and economics can enable systems transitions. This theoretical work informs a framing of the current epoch in ways that create a foundation for the creation of regenerative, distributed and redirected design economies.
This document discusses the relationship between tourism and sustainable energy. It notes that tourism impacts the environment through effects on climate, landscapes, and carbon footprints. Renewable energy sources can help address these impacts by providing energy solutions that reduce greenhouse gas emissions. However, renewable energy faces economic and regulatory barriers that make it less competitive than conventional sources. The document advocates identifying ways to remove these disadvantages in order to realize renewable energy's large potential. It also discusses how over-commercialization can threaten tourism and calls for a mutualistic approach where tourism provides mutual benefits to hosts and visitors.
The Future Of Environement Bors Elena Cls A Xi Aguest8a5134
The future of the environment depends on human actions and addressing several major issues. Pollution from industrial activities and vehicle emissions is worsening and must be curbed through alternative energy sources, recycling, and limiting deforestation. Agricultural practices also need reform to reduce soil pollution from chemicals. Overall environmental protection is vital for humanity's long term survival and must become a higher priority to ensure a sustainable future.
Global warming is caused by both natural phenomena and human activities that increase greenhouse gases in the atmosphere such as burning fossil fuels and deforestation. The effects of global warming include rising temperatures, melting ice caps, threats to animal habitats, rising sea levels, increased flooding, and changes to climate patterns. Individual actions like reducing waste, reusing materials, recycling, using public transportation, turning off lights when not in use, and planting trees can help control global warming.
Naming the Epoch: Anthropocene, Capitalocene, EcoceneEcoLabs
The Anthropocene is the proposed name for the geological epoch where humanity is dramatically affecting geological processes. The name draws attention to severe environmental problems – but it also does other things. Jason Moore asks: “Does the Anthropocene argument obscure more than it illuminates?” (2014, 4). Donna Haraway argues that the Anthropocene must be “as short/thin as possible” (2015, 160). Moore, Haraway, Solon and Latour claim the concept uncritically imports Western rationality, imperialism and anthropocentrism – and thereby narrows options for the development of sustainable alternatives.
It is important to be specific about exactly what ‘anthropos’ are doing to destabilise climate systems and other planetary boundaries. There is a particular model of development driving dramatic Earth System change. There are other options. In response to this problem, the Capitalocene is a concept that asserts: “the logic of capital drives disruption of Earth System. Not humans in general” (Salon, 2014).
Bruno Latour says the Capitalocene is “a swift way to ascribe this responsibility to whom and to where it belongs” (2014, 139). It is more specific. Consequently it opens space for other opinions. Yet while the Capitalocene is critical, is not creative. Beyond the assumptions of Anthropocene and the critical perspective of the Capitalocene, new ways of understanding social and ecological relations are emergent.
Design theorist Rachel Armstrong states “there is no advantage to us to bring the Anthropocene into the future… The mythos of the Anthropocene does not help us… we must re-imagine our world and enable the Ecocene” (2015). New ecologically informed ways of thinking and living must be generated. The Ecocene has yet to be designed. Its emergence depends on a new understanding of ecological-human relations and new types of development that emerge from this perspective. The transformative Ecocene describes a curative catalyst for cultural change necessary to survive the Anthropocene.
A presentation at Climate Change: Spatial, Environmental and Cultural Politics University of Brighton, Thursday 28-Friday 29 April 2016.
Germany has become a leader in green energy and sustainability through policies and initiatives that promote renewable resources like solar, wind, hydro, and geothermal power. The country implemented a feed-in tariff through the Renewable Energy Act of 2000 that accelerated renewable energy development. Germany also excels in recycling through programs like its packaging ordinance and color-coded bin system, achieving a 70% waste recovery rate compared to the US rate of 33%. Through policies, recycling programs, and cities like Freiburg, Germany has shown that sustainability can be politically and economically viable.
Design embeds ideas in communication, artifacts and spaces in subtle and psychologically powerful ways. Feminist, class, race and indigenous scholars and activists describe how oppressions (how patriarchy, racism, colonialism, etc.) exist within institutions and also within cultural practices. The theory of symbolic violence sheds light on how design can function to naturalise oppressions and then obfuscate power relations around this process. Through symbolic violence, design can function as an enabler for the exploitation of certain groups of people and the environment they (and ultimately ‘we’) depend on to live. Design functions as symbolic violence when it is involved with the creation and reproduction of ideas, practices, processes and tools that result in structural and other types of violence (including ecocide).
Presentation and conversation at the Design Research Society 2016's Design + Research + Society: Future Focused Thinking conference. The University of Brighton. UK and then again at the Decolonising Design group’s Intersectional Perspectives on Design, Politics and Power at Malmo University in November 2016.
by
Dr. Joanna Boehnert, Research Fellow in Design, CREAM, University of Westminster + EcoLabs
Dr. Bianca Elzenbaumer, Research Fellow in Design, Leeds College of Art + Brave New Alps
Dimeji Onafuwa, PhD candidate, Carnegie Mellon University
Sustainability and the web of 7Es - Energy, Ecology, Employment, Equity, Entr...P.L. Dhar
Talk given at IITD - Tokyo univ joint symposium on sustainability. Points out that unless all the seven factors mentioned in the title are properly considered it would not be possible to evolve a model of truly sustainable development.
Modern Philosophy and Climate Change.pptxAdam Briggle
Part 1 of a 2 part series on the root causes of climate change. This part introduces the question and then develops a problem-oriented way to understand climate change.
This document discusses the urgent need to address climate change and avoid human extinction. It makes three key points:
1) Humans have become the dominant geological force on the planet by changing the atmosphere, water bodies, and biodiversity. Climate change poses catastrophic risks like sea level rise and melting polar caps.
2) Current western economics lacks connections between people, the environment, and future generations, which is unsustainable. A carbon market can provide missing prices and incentivize clean energy.
3) New technologies like Global Thermostat's direct air capture can make fossil fuel plants carbon negative, reducing atmospheric CO2 concentrations and supporting a sustainable new economic model focused on knowledge over natural resources. Action is needed now to
1. The document discusses Plentitude Fundamentals by Juliet Schor which outlines 4 concepts: a new allocation of time with less industrial work and more time for social relations and work outside traditional economies; self-provisioning through making, growing, or doing things for oneself including new forms of technology-enabled making; true materialism which takes material resources seriously to appreciate and preserve them; and restoring investments in communities and social bonds.
2. It also mentions permaculture design certification and discusses sustainability and the sustainability revolution through presentations by Lawrence Gamble and topics like signs of spring, renewable energy progress, and electric transportation examples.
3
Euromoney green capitalism the end of fear pierre hotel nyc march 12 2014Graciela Chichilnisky
- Excessive use of natural resources like air, water, fossil fuels, forests and biodiversity threaten human survival and are changing the planet's climate and environment. [Climate change and loss of biodiversity pose catastrophic global risks.]
- Humans now dominate the planet and are responsible for connecting and changing the planet's atmosphere, water systems and species web in unprecedented ways. [This level of impact means we will soon reach natural resource and environmental limits, threatening humanity's survival.]
- New types of financial markets are needed to provide missing connections between economic values, environmental impacts, and future generations. [Carbon markets provide an example of how placing prices on emissions can incentivize clean energy and create new economic values
- Excessive use of natural resources like air, water, fossil fuels, forests and biodiversity threaten human survival by undermining the planet. Humans have become the largest geological force changing the planet's atmosphere, waters and biodiversity.
- Climate change, water and air pollution, declining biodiversity and rising sea levels pose catastrophic global risks. Current economic systems fail to value environmental limits and connections between people, the environment and future generations.
- Green capitalism proposes new financial markets that value the global commons of the atmosphere, oceans and biodiversity to create sustainable development and end fear of environmental catastrophe. Technologies like carbon capture can reduce carbon in the atmosphere and support these new markets.
Reed,global warming power point presentationmanisuku
This PowerPoint presentation summarizes the alarmist and skeptic views on global warming. The alarmist view is that human-caused greenhouse gas emissions are dangerously warming the planet and will cause sea level rise, stronger storms, and mass extinctions. Skeptics argue that warming is part of natural climate cycles or caused by solar activity. The presenter expresses uncertainty but leans toward addressing environmental issues through efficiency and preservation.
The future can be great for our community, for our province, for the energy industry, for you and me and our children. However, it will require us to embrace positive change and to start the transition now. We can create an Alberta that is a renewable energy powerhouse by energy companies utilizing land and infrastructure they already use to generate renewable energy as well as using fuel cell technology to produce much cleaner energy from hydrocarbons during the transition period. And we can become the supplier of choice for clean and green hydrocarbon products, with extraction, processing and use of final products without emissions, pollution, fresh water and use of harmful chemicals. Why won't we start now? We can do it together!
Extinction Rebellion: Talking about climate changetcpaulh
This document provides information and discussion prompts for a workshop on defending climate science and activism. The workshop covers:
- Understanding climate science and communicating the climate emergency effectively.
- Explaining, promoting, and defending climate activism such as Extinction Rebellion.
- Tips for discussing climate science with the public, addressing common denial arguments, and winning formal debates.
- Exercises on prioritizing human impacts of climate change over animal imagery, and analyzing factors that make for good and bad climate conversations.
This document discusses the relationship between climate and culture in three parts:
1. Climate has historically influenced culture through seasonal rituals and spiritual traditions and shaped cultures through unpredictable weather.
2. The rise of the industrial revolution increased greenhouse gas emissions and began changing the climate, which slowly changed the way people live.
3. Addressing climate change raises issues of inequality and injustice between developed and developing nations in terms of energy exploitation and adaptation efforts. Individual actions like reducing energy use and waste can help mitigate the problem.
The document discusses the need for the Burns Park community to transition to more sustainable, green energy practices and local resilience in response to the threats of climate change, peak oil, and economic instability. It provides information on actions community members can take such as home energy audits, investing in solar power, growing their own food, and things the local elementary school can do to help like implementing a recycling program and teaching environmental education. The document advocates that the transition begins with individual energy conservation and developing a more localized, self-reliant community.
Introduction to Environmental Science (1).pdfHussnainNiaz1
1. Environmental science is the study of human interaction with the natural environment, including climate, air and water quality, soil, and other living organisms. It draws from multiple fields like economics, geology, engineering, and politics.
2. Major environmental problems include resource depletion as populations consume nonrenewable resources, pollution that degrades air and water quality, and loss of biodiversity as extinction rates increase due to human impacts.
3. There is an ongoing debate around environmental ethics between anthropocentrism, which prioritizes human interests, and ecocentrism, which believes nature has intrinsic value regardless of human use. Achieving sustainability requires balancing human needs with protecting the environment for future generations.
Extinction Rebellion: Understanding, declaring and acting upon a climate emer...tcpaulh
The document discusses the climate emergency based on scientific reports and data. It makes three key points:
1) Scientific reports from the UN's IPCC state that global warming must be limited to 1.5 degrees Celsius to avoid severe consequences for humanity. Current policies are insufficient to meet the UN's recommendations.
2) Scientific data shows that climate change impacts like Arctic ice melt and record high temperatures are occurring at a much faster rate than predicted. Positive climate feedback loops may be accelerating global warming.
3) Urgent action is needed to drastically reduce greenhouse gas emissions to near zero globally by 2040 in order to avert catastrophic effects of climate change by 2100 like widespread habitat loss and species extinction.
The document outlines 7 environmental principles:
1) Nature knows best - natural mechanisms maintain balance despite changes. Disruptions have detrimental effects.
2) All forms of life are important - each organism has a role in ecosystems. Biodiversity is highly concentrated in rainforests.
3) Everything is connected - all parts of the environment interact and affect each other through ecosystems.
4) Everything changes - change is constant but human activities have accelerated rates of change like global warming.
5) Everything goes somewhere - waste decomposes and pollutants can biomagnify in the food chain, affecting human health. Proper disposal and treatment are needed.
6) Ours is a finite earth - the Philippines
This document summarizes a presentation given by the Director of Lichfield District Council on the district's draft climate change strategy. The presentation covers the key issues of affordability, reliability and reducing carbon in the energy sector. It discusses the differing views of climate change activists and skeptics. Charts are presented showing historical greenhouse gas emissions levels. The presentation outlines what reducing carbon emissions to meet 2020 targets would mean for residents of Lichfield. It provides an overview of the climate change strategy, which was developed based on national and local policy drivers, and establishes aims, targets and actions across various themes.
Introduction to Carbon Dioxide RemovalAdam Briggle
This document discusses carbon dioxide removal as a means of addressing climate change. It notes that all pathways to limiting global warming to 1.5°C involve the use of carbon dioxide removal techniques to compensate for remaining emissions and achieve net negative emissions. Specifically, it will require removing 100-1000 gigatons of carbon dioxide from the atmosphere this century. However, large-scale deployment of carbon dioxide removal poses feasibility and sustainability challenges. Near-term emissions reductions can help limit required removal to a few hundred gigatons without relying heavily on bioenergy with carbon capture and storage. The document outlines natural carbon dioxide removal methods like afforestation as well as technological approaches.
28. Climate Change: Ethics and Collective Action ProblemsAdam Briggle
We explore climate ethics through the lens of collective action problems. We discuss Garret Hardin's "The Tragedy of the Commons" and two critiques of that seminal essay. We then wrap up by looking at Project Drawdown.
27. Joe Biden: Fracking and Climate ChangeAdam Briggle
This lecture looks at fracking and its development during Biden's term as VP and then takes a big picture overview of Biden's climate plan as a Presidential candidate.
26. Climate Change: Deregulation, Energy Dominance, and the Trump AdministrationAdam Briggle
I make the case that the Trump Administration lacks a climate change platform (other than ignoring, denying, or downplaying its importance). I then argue that this is because climate change has no place in its story about the American way of life. We look at this story with a focus on the central pillars of deregulation and energy dominance, where 'energy' means fossil fuels. Finally, we discuss how this is not ecomodernism.
We look at the idea of widescale electrification of the economy as a major climate policy framework and solution. We put this in the context of the Standards, Investments, and Justice "new consensus" on climate policy.
23. Climate Change: Carbon Pricing and BeyondAdam Briggle
We look at a new Renaissance in climate policy among the US left - a shift from making carbon more expensive to making green energy cheaper. This is a shift from narrow pricing tactics to an overarching industrial policy.
21. Climate Change: The Paris Climate AgreementAdam Briggle
The document discusses the history and key elements of the Paris Climate Agreement. It outlines that the UNFCCC was formed in 1992 to stabilize greenhouse gas emissions and avoid dangerous climate change. Major milestones include the 1997 Kyoto Protocol and 2015 Paris Agreement, where countries agreed to limit warming to 1.5-2°C. The Paris Agreement established long-term temperature goals, national emissions reduction plans, frameworks for finance/support, and transparency measures, but current country pledges are still insufficient to meet its targets. In 2019, the US withdrew from the agreement.
In this lecture, we survey the main kinds of climate policy options and then discuss how we might go about selecting the best ones. This is a general introduction to climate policies, which will be explored in more details in the following lectures.
19. Climate Change: Climate change and capitalismAdam Briggle
This document examines climate change from an economics perspective and discusses different views on capitalism and climate change. It outlines that something started happening around 400 years ago with the rise of capitalism, growing productivity, and consumption. However, a finite planet may not be able to sustain an economic system premised on endless growth. Some argue radical systemic change is needed, while others believe issues can be addressed by fixing externalities like putting a price on carbon emissions. The document also discusses John Locke's views on property and the environment.
In this talk we first step into a doomsday worldview about climate change and make the case for that perspective. Then we step outside of that perspective to reflect on worldviews and climate change.
16. Climate Change: Media, climate, and cancel cultureAdam Briggle
In this lecture, we look at the balancing act between rights-defending and truth-telling when it comes to media representation of views about climate change.
15. Climate Change: Climate politics as propagandaAdam Briggle
Here we wrap up our third theory of climate politics, which emphasizes the role of powerful and rich interests groups (the carbon industrial complex). We use "Merchants of Doubt" and other resources to develop a certain Realpolitik of climate change.
14. Climate Change: Climate politics as paradoxAdam Briggle
This lecture examines another theory about the persistence of controversies in climate politics, despite growing scientific research. We develop a theory, evaluate it, and compare it to other ways of picturing the politics of climate change.
13. Climate Change: Climate politics as applied scienceAdam Briggle
This lecture is the first of three to theorize climate politics. Here, we look at the theory of politics as applied science or the "linear model." We explore the history of this theory and evaluate its merits.
12. Climate Change: Climate science in contextAdam Briggle
This lecture in the philosophy of climate change introduces module 3, which is about theories of climate politics. We survey political theory and the powers and limitations of science.
11. Climate Change: What does it mean and what must be done?Adam Briggle
In this lecture, we wrap up module two on climate science by taking a step back to see the problem in broad terms. We must decarbonize and we are not doing that yet...
10. Climate Change: Building our climate change vocabularyAdam Briggle
In this lecture in climate change philosophy, we introduce some "skeletal terms" that will serve as foundations for later thinking about climate policies and solutions. We build these around "mitigation, adaptation, and geoengineering" and "the Kaya Identity."
8. Climate Change: Climate science as methods and toolsAdam Briggle
This is the 8th lecture in our course on the philosophy of climate change. Here we look at how we gain knowledge about the climate system. We examine climate data and climate models, as well as the uses of these methods and tools.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
বাংলাদেশের অর্থনৈতিক সমীক্ষা ২০২৪ [Bangladesh Economic Review 2024 Bangla.pdf] কম্পিউটার , ট্যাব ও স্মার্ট ফোন ভার্সন সহ সম্পূর্ণ বাংলা ই-বুক বা pdf বই " সুচিপত্র ...বুকমার্ক মেনু 🔖 ও হাইপার লিংক মেনু 📝👆 যুক্ত ..
আমাদের সবার জন্য খুব খুব গুরুত্বপূর্ণ একটি বই ..বিসিএস, ব্যাংক, ইউনিভার্সিটি ভর্তি ও যে কোন প্রতিযোগিতা মূলক পরীক্ষার জন্য এর খুব ইম্পরট্যান্ট একটি বিষয় ...তাছাড়া বাংলাদেশের সাম্প্রতিক যে কোন ডাটা বা তথ্য এই বইতে পাবেন ...
তাই একজন নাগরিক হিসাবে এই তথ্য গুলো আপনার জানা প্রয়োজন ...।
বিসিএস ও ব্যাংক এর লিখিত পরীক্ষা ...+এছাড়া মাধ্যমিক ও উচ্চমাধ্যমিকের স্টুডেন্টদের জন্য অনেক কাজে আসবে ...
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
2. Outline
• What is climate change?
• Ecomodernism in a nutshell
• Ecomodernism is an
extension of key points from
modern philosophy
• Machiavelli – lowering the bar
• Locke 2.0
• Spelling out the ecomodern
vision
• The centrality of price
• Decoupling
• The Kaya Identity and CDR
3. How did we get
in this mess?
Modernity!
How will we get
out of this
mess?
More Modernity!
4. It is not just a mess. Climate change
is the unintended consequence of
human development
5.
6. Ecomodernism in a nutshell
• “The solution to the unintended consequences of
modernity is, and has always been, more modernity —
just as the solution to the unintended consequences of
our technologies has always been more technology.”
• Shellenberger and Nordhaus
• Consider the ozone hole
• Think scale!
• If you got all Americans to cut meat consumption by 25% you would save 82
million tons of CO2 emissions annually. That is four days worth of US
emissions and TWO DAYS of emissions from China.
7. Ecomodernism is an extension of modern
philosophy
• Machiavelli and lowering the bar
• Matt Taibbi: “The average American likes meat, sports, money,
porn, cars, cartoons, and shopping. Less popular: socialism,
privilege-checking, and the world ending in 10 years.”
• Locke and increase
• Human labor transforms nature (‘waste’) into value for convenience
– governments instituted to protect this growing wealth-creation
process.
• All people benefit via a trickle down sort of thing.
• Locke 2.0 = ecomodernism = sustain this basic logic of ingenuity
even on a crowded planet…
8. Spelling out the ecomodern vision
• Our ‘schedule’ (future) is one of increasing temps, at least for the next
several decades. (True, we won’t hit 1.5C, probably not even 2C)
• But it is also a future with dramatically less hunger and poverty.
• A wealthier future will be better adapted to the warming world – and will be
better able to mitigate emissions to reduce warming.
• Indeed, the supposed ‘business as usual’ RCP scenarios are quickly outdated
as decarbonization increases – thanks to green tech.
• In the long run, we can turn the temp down.
• Vast areas will be re-wilded as we develop more efficient agricultural
systems (e.g., lab-grown meats).
• We will have begun extra-planetary resource extraction – effectively zoning
the Earth ‘residential.’
9. From Sin to Dignity
• The pessimist take on climate change is an eco-theology about
sinfulness, transgression, hubris…
• But we are natural creatures doing what we do best – use intelligence
to control our environment
• Along the way, we are truly ‘humanizing’ ourselves, making life more
dignified for more and more people.
10. Get ready for
exponential growth!
• More solar energy strikes the Earth’s surface in 2 hours than
the global energy demand for an entire year.
11. The Centrality of Price
• Scarcity just means an increase in price
• That signals innovators and investors to find alternatives
• Examples: copper and fiber optic; fracking
• The philosophical question: what costs and benefits are
taken into account? What is the ‘real cost’ of a gallon of
gas…how do we get that into the price?
• So, the trick is to get this kind of innovation and
investment around carbon, which has not been priced.
• This can happen via markets, government, investors (e.g.,
Blackrock), activists, and NGOS.