By 2050, the world's growing population will use 55% more water in their homes, to grow food, and to produce electricity and manufactured goods. To ensure enough water to meet this demand, we will need to stop wasting it and find new ways to make sure there's enough to go around.
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Note prepared for the G20 Finance and Central Bank Deputies Meeting taking place in Mexico City, Mexico February 24-25, 2012.
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Concept note prepared for the G20 Finance and Central Bank Deputies Meeting taking place in Mexico City, Mexico February 24-25, 2012
To nourish the world population in 2050, we must increase food availability by 70 to 100%. This means that we need to engineer a shift towards policies that support innovation, productivity and sustainability and that provide farmers with the skills they need to grasp the opportunities of strong demand and high prices.
The agriculture and fisheries sectors can contribute to greener growth by increasing productivity in a sustainable manner, ensuring that well-functioning markets provide the right signals, and ensuring that prices reflect the scarcity value and environmental impacts of resource use.
This paper examines the effect of multilateral energy technology initiatives, so called "Implementing Agreements", on international research collaboration in seven important climate change mitigation technologies.
This publication presents a major meta-analysis of 'value of a statistical life' (VSL) estimates derived from surveys where people around the world have been asked about their willingness to pay for small reduction in mortality risks.
Faced with low growth, high unemployment and weak public finances, countries need to pursue new strategies to put the global recovery back on track. OECD Secretary-General Angel Gurría says green growth can boost productivity, create jobs and help build a stronger, cleaner and fairer world economy.
Central government policy alone cannot ensure a green transition – cities, regions and communities can also be catalysts for environmental policy solutions.
A carbon intensive energy system in the Czech Republic contributes to one of the highest ratios of greenhouse gas (GHG) emissions to GDP in the OECD.