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Natural Resources and Environment
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October 2000 The energy and agriculture nexus
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| Environment and Natural Resources Working Paper No. 4
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Energy has a key role in economic and social development but there is a general lack of rural energy development policies that focus on agriculture. Agriculture has a dual role as an energy user and as an energy supplier in the form of bioenergy. This energy function of agriculture offers important rural development opportunities as well as one means of climate change mitigation by substituting bioenergy for fossil fuels. This report focuses on the challenges and opportunities of advancing modern bioenergy technology, in general, and on the technical, environmental and economic benefits of the energy function of agriculture, in particular. This report has been prepared as a contribution of FAO to the 9th Session of the Commission on Sustainable Development to be held in April 2001 and its follow up, which is expected to accelerate the global move towards more sustainable energy systems. |
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| | For related information, see the following theme pages: -Geo-Information |
January 2000 Integrated Global Observing Strategy: Putting the Vision Of Digital Earth Iinto Actions by International Communities
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| Keynote speech at the International Symposium on the Digital Earth
Chinese Academy of Sciences: Beijing, China
29 November-2 December 1999
by He Changchui
Chief, Environment and Natural Resource Service
FAO Research, Extension and Training Division |
A number of critical development challenges ahead are disussed. To address environment and sustainability issues, information and decision support tools are essential. Translating the vision of the Digital Earth into actions and the implementation of the Integrated Global Observing Strategy(IGOS) provide an important international framework for scientific and technical cooperation in addressing information needs for sustainable development in the new millennium.
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| | For related information, see the following theme pages: -Geo-Information |
July 1999 Global climate maps
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The global climate maps presented here are based on data for mean monthly values of temperature, precipitation and cloudiness prepared in 1991 by R. Leemans and W. Cramer and published by the International Institute for Applied Systems Analysis (IIASA). The IIASA data correspond to an imaginary "net" covering the Earth's surface with a mesh size of 0.5 degrees. This is equivalent to about 60 km - an area of about 3,600 sq. km - at the equator. |
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| | For related information, see the following theme pages: -Geo-Information -Climate Change |
May 1999 Agroclimatic concepts |
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| A description of key basic concepts pertaining to climate in agriculture |
Risk definitions: A basic discussion of climate risk and vulnerability applied to agricultural production
Risk management: What can be done to reduce the impact of climate variability on agriculture? What are the fundamental differences between developing and developed countries, as far as climate risk is concerned?
Impact Losses: A quantification, at the national and global scale, of the losses actually suffered by agriculture due to climate variability |
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| | For related information, see the following theme pages: -Geo-Information |
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