Difference between revisions of "Portal:Water and Energy for Food"
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== Welcome to the Powering Agriculture Portal == | == Welcome to the Powering Agriculture Portal == | ||
| − | Many farmers and agribusinesses in developing countries lack access to reliable, affordable, and clean energy services. This limits their ability to adopt modern agricultural practices, increase food production, improve efficiency of their operations, and benefit from broad-based, low-carbon economic growth. As the global population steadily increases, substantial agricultural intensification will need to occur – which is intrinsically tied to an increase in energy demand. Along the value chain – from obtaining agri-inputs, planting, irrigation, and harvesting to processing, transportation, and storage – there are opportunities for increased use of clean energy technologies as well as increased energy efficiency to enhance agriculture production and value. Not only is there an identified need for technology development, but also for creative approaches to bring clean energy innovations to commercial scale. | + | [[File:Energy Input in Agricultural Value Chains.png|border|left|215px|alt=Energy Input in Agricultural Value Chains.png]]Many farmers and agribusinesses in developing countries lack access to reliable, affordable, and clean energy services. This limits their ability to adopt modern agricultural practices, increase food production, improve efficiency of their operations, and benefit from broad-based, low-carbon economic growth. As the global population steadily increases, substantial agricultural intensification will need to occur – which is intrinsically tied to an increase in energy demand. Along the value chain – from obtaining agri-inputs, planting, irrigation, and harvesting to processing, transportation, and storage – there are opportunities for increased use of clean energy technologies as well as increased energy efficiency to enhance agriculture production and value. Not only is there an identified need for technology development, but also for creative approaches to bring clean energy innovations to commercial scale. |
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=== The Energy Agriculture Nexus === | === The Energy Agriculture Nexus === | ||
| − | + | *[[Literature Analysis: Energy in Agriculture|Literature Analysis: Energy in Agriculture]]<br/> | |
| − | *[[Literature Analysis: Energy in Agriculture|Literature Analysis: Energy in Agriculture]] | ||
*[[Energy within Food and Agricultural Value Chains|Energy within Food and Agricultural Value Chains]] | *[[Energy within Food and Agricultural Value Chains|Energy within Food and Agricultural Value Chains]] | ||
*[[Energy Saving Potentials in Agriculture|Energy Saving Potentials within Agriculture]] | *[[Energy Saving Potentials in Agriculture|Energy Saving Potentials within Agriculture]] | ||
| − | *[[ | + | *[[Powering Agriculture: An Energy Grand Challenge for Development|Powering Agriculture: An Energy Grand Challenge for Development]] |
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===== <br/>'''Bioenergy'''<br/> ===== | ===== <br/>'''Bioenergy'''<br/> ===== | ||
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<u style="line-height: 1.5em;">Biomass</u> | <u style="line-height: 1.5em;">Biomass</u> | ||
*Bioenergy for agricultural production | *Bioenergy for agricultural production | ||
Revision as of 09:37, 8 May 2014
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Many farmers and agribusinesses in developing countries lack access to reliable, affordable, and clean energy services. This limits their ability to adopt modern agricultural practices, increase food production, improve efficiency of their operations, and benefit from broad-based, low-carbon economic growth. As the global population steadily increases, substantial agricultural intensification will need to occur – which is intrinsically tied to an increase in energy demand. Along the value chain – from obtaining agri-inputs, planting, irrigation, and harvesting to processing, transportation, and storage – there are opportunities for increased use of clean energy technologies as well as increased energy efficiency to enhance agriculture production and value. Not only is there an identified need for technology development, but also for creative approaches to bring clean energy innovations to commercial scale.
Welcome to the Powering Agriculture Portal
Map of Pilot Projects
{{#display_points: Ethiopia~African Bamboo~An Environmentally Friendly Bamboo Thermal Modification Process; China~A New Energy Saving Precision Irrigation Technology for North China Plain Production System; Thailand~Polycarbonate Sheet-covered Greenhouse Solardryer for Small-scaled Dried Food Industries in Thailand; Kerala,India~Biogas~A Viable Energy Source for the Small Holdings in Kerala, India; Kenya~Solar Drying in Kenya; Mexico~Renewable Energy in Agriculture Project; India~Solar-PV-Based Irrigation Pumps in India | height=500 | width=100% | zoom=2 | service=googlemaps}}
Africa
- African Bamboo: An Environmentally Friendly Bamboo Thermal Modification Process
- Solar Drying in Kenya
Asia
- A New Energy Saving Precision Irrigation Technology for North China Plain Production System
- Polycarbonate Sheet-covered Greenhouse Solardryer for Small-scaled Dried Food Industries in Thailand
- Biogas - A Viable Energy Source for the Small Holdings in Kerala, India
- Solar-PV-Based Irrigation Pumps in India
- Solar Water Pumping for Irrigation: Opportunities in Bihar, India (2013)
Latin America
