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Recklessly slow or a rapid transition to a low-carbon economy? Time to decide (417 kB) (opens in new window)
Recklessly slow or a rapid transition to a low-carbon economy? Time to decide (417 kB) (opens in new window)

... around 2030 or later,11 and estimates of the world’s continued reliance on hydrocarbons. It appears that on current policies and plans hydrocarbons are likely to remain at around 75 to 80 per cent of total energy supply into the 2030s.12 These different perspectives, based on current plans and inten ...
Climate Change: An Indian Perspective
Climate Change: An Indian Perspective

... There is a large scientific consensus that the climate change threat is real and we need to act now. Even if the probability is low, precautionary principle suggests that we take action. At the Copenhagen conference a consensus on an action plan has to be reached if mankind is to deal effectively wi ...
China’s growth, China’s cities, and the new global low-carbon industrial revolution: November 2010 (347 kB) (opens in new window)
China’s growth, China’s cities, and the new global low-carbon industrial revolution: November 2010 (347 kB) (opens in new window)

... urbanisation, will be at the heart of these developments; low-carbon growth in China is vital for the world as a whole and for China’s own future. China is already at the forefront of the development of new low-carbon technologies and China has a great deal to gain by being in the vanguard of this n ...
Climate Change and International Deforestation: Legislative Analysis
Climate Change and International Deforestation: Legislative Analysis

... other land uses (e.g., pastures) might sequester less carbon than forests, enabling greater levels of CO2 in the atmosphere. Forests store approximately 45% of terrestrial carbon, and in the 1990s were estimated to remove 2.6 billion tons of carbon (mtCO2) from the atmosphere per year; this sequeste ...
PDF
PDF

... change do so by limiting the atmospheric emission of anthropogenic greenhouse gases.1 Perhaps the two most important design elements within such policies are the amount by which greenhouse gases are reduced and the time frame over which such reductions take place. One can imagine a hypothetical poli ...
Powerpoint presentation (PPT file)
Powerpoint presentation (PPT file)

...  Eligible activities ...
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Environmental sustainability strategy Achieving a greener business
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CFK Final Project Report - Carbon Farming Knowledge
CFK Final Project Report - Carbon Farming Knowledge

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Activity 1.3 Greenhouse Gas Emissions

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Land use change and carbon cycle in arid and semi
Land use change and carbon cycle in arid and semi

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View item 23. as DOC 164 KB

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Click here are type Paper Title

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Written submission from Adaptation Sub

... There is currently no systematic monitoring of key trends in soil health at the UK or England level. Key metrics of soil health exist that could be tracked, such as SOC levels, CO2 emissions, DOC levels in water bodies, etc. The uptake of soil conservation measures could also be monitored. 2. What a ...
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... in terms of dislocation and burden. As President Bush noted above, there are no proven technologies for controlling greenhouse gas emissions from fossil fuel combustion; the only alternative to is turn burn less fuel.9 This means switching from coal to gas, or gas to nuclear and/or renewables, or us ...
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Title Arial 40pt

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Single Particle Soot Photometer (SP2) - Pat Arnott

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Global Carbon Cycle * Global Climate

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Greenhouse Gas Emissions in Seafood

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Carbon governance in England

The reduction of carbon emissions, along with other greenhouse gases (GHGs), has become a vitally important task of international, national and local actors. If we understand governance as the creation of “conditions for ordered rule and collective action” then, given the fact that the reduction of carbon emissions will require concerted collective action, it follows that the governance of carbon will be of paramount concern. We have seen numerous international conferences over the past 20 years tasked with finding a way of facilitating this, and while international agreements have been infamously difficult to reach, action at the national level has been much more effective. In the UK, the Climate Change Act 2008 committed the government to meeting significant carbon reduction targets. In England, these carbon emissions are governed using numerous different instruments, which involve a variety of actors. While it has been argued by authors like Rhodes that there has been a “hollowing out” of the nation state, and that governments have lost their capabilities to govern to a variety of non-state actors and the European Union, the case of carbon governance in England actually runs counter to this. The government body responsible for the task, the Department of Energy and Climate Change (DECC), is the “main external dynamic” behind governing actions in this area, and “rather than hollowing out (there has actually been a strengthening of) central co-ordination”. The department may rely on other bodies to deliver its desired outcomes, but it is still ultimately responsible for the imposition of the rules and regulations that “steer (carbon) governmental action at the national level”. It is therefore evident that carbon governance in England is hierarchical in nature, in that “legislative decisions and executive decisions” are the main dynamic behind carbon governance action. This does not deny the existence of a network of bodies around DECC who are part of the process, but they are supplementary actors who are steered by central decisions. This article focuses on carbon governance in England as the other countries of the UK (Scotland, Wales and Northern Ireland) all have devolved assemblies who are responsible for the governance of carbon emissions in their respective countries.
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