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논문

침수피해에 의한 벼 감수량 추정기법 개발

Development of Estimation Technique for Rice Yield Reduction by Inundation Damage

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참고문헌

주제분류농학

초록

Abstract

The amount of rice yield reduction due to inundation should be estimated to analyse economic efficiency of the farmland drainage improvement projects because those projects are generally promoted to mitigate flood inundation damage to rice in Korea. Estimation of rice yield reduction will also provide information on the flood risk performance to farmers. This study presented the relationships between inundated durations and rice yield reduction rates for different rice growth stages from the observed data collected from 1966 to 2000 in Korea, and developed the rice yield reduction estimation model (RYREM). RYREM was applied to the test watershed for estimating the rice yield reduction rates and the amount of expected average annual rice yield reduction by the rainfalls with 48 hours duration, 10, 20, 50, 100, 200 years return periods.

참고문헌 (10)

  1. "1972. Effects of submergency due to heavy rains on the yield of paddy Journal of the Korean Society of crop Science vol. 12", pp.63~69
  2. "1983. Effects of submergence on growth and fertility drainage in rice Journal of the Korean Society of crop Science 28", pp.100~106
  3. "Guidelines for agricultural economic survey and analysis", pp.149~150 (2002)
  4. "1982. Study on the rice yield reduction and over head flooding depth for design of drainage system Journal of Korean Society of Agricultural Engineers", pp.69~79
  5. "1970. The effects of on growth and yield in rice flooding", 13, pp.23~30
  6. "1991. Study on the flooding injury and regeneration of upper node tiller at reproductive stage in rice plant", pp.51~61
  7. "1987. Studies on varietal difference of submergence tolerance and cultural practices for reducing submergence damage of rice plant", pp.81~91
  8. "The growth state of the crops", pp.9~46 (2002)
  9. "HEC-HMS : Hydrologic Modeling System", pp.~21 (2001), Hydrologic Engineering Center
  10. "HEC-RAS(Version 3.0): River Analysis System", pp.~30 (2001), Hydrologic Engineering Center

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