Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions
Alternate wetting and drying is a water saving technology that enables irrigated rice cultivation with less water than the conventional practice of maintaining the field continuously flooded. This technology can reduce water input and GHG without yield penalty. AWD has been integrated in major national rice crop management guidelines in Vietnam, China and the Philippines and dissemination has started in all countries above. Several rice-producing countries mention AWD in their contributions to the Paris Agreement..
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| Format: | Case Study biblioteca |
| Language: | English |
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2018-12-31
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| Subjects: | rice, technology, water, cultivation, management, crop management, guidelines, drying, methane, adoption, irrigated rice, asia, water saving, countries, case studies, agrifood systems, rural development, |
| Online Access: | https://hdl.handle.net/10568/121680 |
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dig-cgspace-10568-1216802023-03-14T13:39:31Z Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions CGIAR Research Program on Rice rice technology water cultivation management crop management guidelines drying methane adoption irrigated rice asia water saving countries case studies agrifood systems rural development Alternate wetting and drying is a water saving technology that enables irrigated rice cultivation with less water than the conventional practice of maintaining the field continuously flooded. This technology can reduce water input and GHG without yield penalty. AWD has been integrated in major national rice crop management guidelines in Vietnam, China and the Philippines and dissemination has started in all countries above. Several rice-producing countries mention AWD in their contributions to the Paris Agreement.. 2018-12-31 2022-09-12T12:02:23Z 2022-09-12T12:02:23Z Case Study CGIAR Research Program on Rice. 2018. Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions. Reported in Rice Annual Report 2018. Outcome Impact Case Report. https://hdl.handle.net/10568/121680 en CRP Outcome Impact Case Report Other Open Access application/pdf |
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| topic |
rice technology water cultivation management crop management guidelines drying methane adoption irrigated rice asia water saving countries case studies agrifood systems rural development rice technology water cultivation management crop management guidelines drying methane adoption irrigated rice asia water saving countries case studies agrifood systems rural development |
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rice technology water cultivation management crop management guidelines drying methane adoption irrigated rice asia water saving countries case studies agrifood systems rural development rice technology water cultivation management crop management guidelines drying methane adoption irrigated rice asia water saving countries case studies agrifood systems rural development CGIAR Research Program on Rice Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions |
| description |
Alternate wetting and drying is a water saving technology that enables irrigated rice cultivation with less water than the conventional practice of maintaining the field continuously flooded. This technology can reduce water input and GHG without yield penalty. AWD has been integrated in major national rice crop management guidelines in Vietnam, China and the Philippines and dissemination has started in all countries above. Several rice-producing countries mention AWD in their contributions to the Paris Agreement.. |
| format |
Case Study |
| topic_facet |
rice technology water cultivation management crop management guidelines drying methane adoption irrigated rice asia water saving countries case studies agrifood systems rural development |
| author |
CGIAR Research Program on Rice |
| author_facet |
CGIAR Research Program on Rice |
| author_sort |
CGIAR Research Program on Rice |
| title |
Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions |
| title_short |
Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions |
| title_full |
Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions |
| title_fullStr |
Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions |
| title_full_unstemmed |
Adoption of Alternate wetting and drying in Asia to save water and reduce methane emissions |
| title_sort |
adoption of alternate wetting and drying in asia to save water and reduce methane emissions |
| publishDate |
2018-12-31 |
| url |
https://hdl.handle.net/10568/121680 |
| work_keys_str_mv |
AT cgiarresearchprogramonrice adoptionofalternatewettinganddryinginasiatosavewaterandreducemethaneemissions |
| _version_ |
1779062331983003648 |