###
气象:2013,39(6):782-788
本文二维码信息
码上扫一扫!
东北地区玉米整地、播种和收获气象适宜度评价模型
(1.吉林省气象台,长春 130062;2.白城市农业气象站,白城 137000;3.吉林省气象科学研究所,长春 130062)
Evaluation Model of Meteorological Suitability for Maize Soil Preparation, Sowing and Harvesting in Northeast China
(1.Jilin Meteorological Observatory, Changchun 130062;2.Baicheng Agrometeorological Station of Jilin, Baicheng 137000;3.Institute of Meteorological Science of Jilin Province, Changchun 130062)
摘要
图/表
参考文献
相似文献
本文已被:浏览 828次   下载 1842
投稿时间:2012-05-25    修订日期:2012-11-16
中文摘要: 天气、土壤条件影响玉米整地、播种和收获作业的质量及作业效率,进而影响到苗情、产量和生产成本,东北地区相关的农业气象要素是土壤湿度、土壤解冻深度、温度、日雨量和风力等。根据气象、土壤条件对玉米整地、播种和收获的影响,用模糊隶属函数建立了这些农事活动气象适宜度评价函数及其农业气象指标,用权重法分别建立了整地、播种和收获综合气象适宜度评价模型。检验结果表明,这些模式和指标符合实际,可以用于相关农事活动的气象适宜度评价业务。在气温和降水等气象要素预报的基础上,该模型还可以用于相关农事气象适宜度和适宜期的预报。
Abstract:Weather and soil conditions affect the operation quality and production efficiency of maize soil preparation, sowing and harvesting, as well as maize growth, yields and costs. The agricultural meteorological factors in the Northeast of China are soil moisture, soil thawing depth, temperature, precipitation and wind. According to the effect of weather and soil conditions on maize soil preparation, sowing and harvesting, this paper developed the meteorological suitability functions of the farm work by using fuzzy membership function, and defined the agricultural meteorological index, then the comprehensive meteorological suitability evaluation model was constructed by using the weighted sum method. The result of examination showed that the model and index are workable and can be used in the meteorological suitability evaluations on the farm work. On the basis of temperature and precipitation forecasts and other meteorological elements, the model can also be used in the forecast of meteorological suitability of the farm work.
文章编号:     中图分类号:    文献标志码:
基金项目:公益性行业(气象)科研专项(GYHY200906021)资助
引用文本:
马树庆,陈剑,韩智平,王琪,2013.东北地区玉米整地、播种和收获气象适宜度评价模型[J].气象,39(6):782-788.
MA Shuqing,CHEN Jian,HAN Zhiping,WANG Qi,2013.Evaluation Model of Meteorological Suitability for Maize Soil Preparation, Sowing and Harvesting in Northeast China[J].Meteor Mon,39(6):782-788.