农业灾害研究
農業災害研究
농업재해연구
JOURNAL of AGRICULTURAL CATASTROPHOLOGY
2015年
10期
54-58
,共5页
气候变化%气温%地温%冻土%降水量
氣候變化%氣溫%地溫%凍土%降水量
기후변화%기온%지온%동토%강수량
Climate change%Air temperature%Ground temperature%Frozen soil%Precipitation
根据荣成市1976—2008年的资料,用气候统计方法分析了气温、地温、冻土、降水量等气象要素的变化.结果表明,荣成市年平均气温逐年上升,21世纪初的年平均气温较33年前上升近1.2℃;各层地表温度年平均值较33年前也有所增加,冻土层退缩变浅;33年来年降水量平均逐年略有增加.
根據榮成市1976—2008年的資料,用氣候統計方法分析瞭氣溫、地溫、凍土、降水量等氣象要素的變化.結果錶明,榮成市年平均氣溫逐年上升,21世紀初的年平均氣溫較33年前上升近1.2℃;各層地錶溫度年平均值較33年前也有所增加,凍土層退縮變淺;33年來年降水量平均逐年略有增加.
근거영성시1976—2008년적자료,용기후통계방법분석료기온、지온、동토、강수량등기상요소적변화.결과표명,영성시년평균기온축년상승,21세기초적년평균기온교33년전상승근1.2℃;각층지표온도년평균치교33년전야유소증가,동토층퇴축변천;33년래년강수량평균축년략유증가.
Based on the meteorological data of Rongcheng weather station from 1976 to 2008, the air temperature, the ground temperature, the depth of frozen soil and the precipitation were analyzed by using the climatic statistical method. The results showed that the average air temperature rose year by year, and the average air temperature at the beginning of the 21st century had risen by 1.2 de-grees in the last 33 years. Meanwhile, the ground temperature and the annual precipitation rose than 33 years ago. But the depth of frozen soil decreased than 33 years ago.