This Bulletin discusses the many challenges facing traditional rice farming, which include: theneed for multi-utilization of farm land; better water resource efficiency; equipment efficiency;lowering of labor costs; and maintenance of ecological functions. In the face of all thesechallenges, there is a need to introduce and promote new irrigation management systems in ricefarming. Some of the recommendations discussed in this Bulletin include: the expansion of ricefarming management scales comprised of human, water, and farmland resources; irrigationresponse strategies during drought; and application of multiple agricultural water resources. Itconcluded by stating that, in view of recent trends in globalization and economic development,the function of agricultural irrigation water is now clustered into: production function; ecologicalfunction; and living function.
This work is licensed under CC-BY 4.0
This work is licensed under CC-BY 4.0
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RIS (.ris)
TI - Improving irrigation management systems for rice farming
AU - Kan, C.E.
AB - This Bulletin discusses the many challenges facing traditional rice farming, which include: theneed for multi-utilization of farm land; better water resource efficiency; equipment efficiency;lowering of labor costs; and maintenance of ecological functions. In the face of all thesechallenges, there is a need to introduce and promote new irrigation management systems in ricefarming. Some of the recommendations discussed in this Bulletin include: the expansion of ricefarming management scales comprised of human, water, and farmland resources; irrigationresponse strategies during drought; and application of multiple agricultural water resources. Itconcluded by stating that, in view of recent trends in globalization and economic development,the function of agricultural irrigation water is now clustered into: production function; ecologicalfunction; and living function.
PY - 2004
UR - https://www.cifor-icraf.org/knowledge/publication/31682/
KW - carbon, deep-water irrigation, energy, irrigation efficiency, market, multi-utilization of farm land, rice paddy, water resource efficiency, waterborne
ER -Endnote (.ciw)
%T Improving irrigation management systems for rice farming
%A Kan, C.E.
%D 2004
%U https://www.cifor-icraf.org/knowledge/publication/31682/
%X This Bulletin discusses the many challenges facing traditional rice farming, which include: theneed for multi-utilization of farm land; better water resource efficiency; equipment efficiency;lowering of labor costs; and maintenance of ecological functions. In the face of all thesechallenges, there is a need to introduce and promote new irrigation management systems in ricefarming. Some of the recommendations discussed in this Bulletin include: the expansion of ricefarming management scales comprised of human, water, and farmland resources; irrigationresponse strategies during drought; and application of multiple agricultural water resources. Itconcluded by stating that, in view of recent trends in globalization and economic development,the function of agricultural irrigation water is now clustered into: production function; ecologicalfunction; and living function.
%K carbon
%K deep-water irrigation
%K energy
%K irrigation efficiency
%K market
%K multi-utilization of farm land
%K rice paddy
%K water resource efficiency
%K waterborne
Année de publication
2004
ISSN
0379-7587
Auteurs
Langue
English
Mots clés
carbon, deep-water irrigation, energy, irrigation efficiency, market, multi-utilization of farm land, rice paddy, water resource efficiency, waterborne
Source
Energy for Sustainable Development. 24:
