中国农学通报
中國農學通報
중국농학통보
CHINESE AGRICULTURAL SCIENCE BULLETIN
2013年
14期
161-166
,共6页
王建源%叶文%李曼华%鹿健
王建源%葉文%李曼華%鹿健
왕건원%협문%리만화%록건
气候变化%冬小麦%发育期%山东省
氣候變化%鼕小麥%髮育期%山東省
기후변화%동소맥%발육기%산동성
climate change%winter wheat%growth stages%Shandong Province
为了揭示气候变化背景下冬小麦发育期的变化特征,以1981—2000年和2001—2011年2个时段山东省冬小麦发育期数据和气象站点数据为基础,通过研究2个时段的发育期变化和气候变化,绘制了2个时段山东省冬小麦发育期等值线图和气候资源差值的空间变化图,探讨气候变化对山东省冬小麦发育期的影响。结果表明,2001—2011年冬小麦发育期内日照时数明显减少,平均减少63.5 h,积温平均增多120.3℃,降水量平均减少9.2 mm。山东省冬小麦的播种期平均推迟3.3天,返青期、拔节期、抽穗扬花期和成熟期均有不同程度的提前。冬小麦的发育期除播种期外都与积温呈负相关,播种期与冬前积温和前茬作物的收获期关系密切。
為瞭揭示氣候變化揹景下鼕小麥髮育期的變化特徵,以1981—2000年和2001—2011年2箇時段山東省鼕小麥髮育期數據和氣象站點數據為基礎,通過研究2箇時段的髮育期變化和氣候變化,繪製瞭2箇時段山東省鼕小麥髮育期等值線圖和氣候資源差值的空間變化圖,探討氣候變化對山東省鼕小麥髮育期的影響。結果錶明,2001—2011年鼕小麥髮育期內日照時數明顯減少,平均減少63.5 h,積溫平均增多120.3℃,降水量平均減少9.2 mm。山東省鼕小麥的播種期平均推遲3.3天,返青期、拔節期、抽穗颺花期和成熟期均有不同程度的提前。鼕小麥的髮育期除播種期外都與積溫呈負相關,播種期與鼕前積溫和前茬作物的收穫期關繫密切。
위료게시기후변화배경하동소맥발육기적변화특정,이1981—2000년화2001—2011년2개시단산동성동소맥발육기수거화기상참점수거위기출,통과연구2개시단적발육기변화화기후변화,회제료2개시단산동성동소맥발육기등치선도화기후자원차치적공간변화도,탐토기후변화대산동성동소맥발육기적영향。결과표명,2001—2011년동소맥발육기내일조시수명현감소,평균감소63.5 h,적온평균증다120.3℃,강수량평균감소9.2 mm。산동성동소맥적파충기평균추지3.3천,반청기、발절기、추수양화기화성숙기균유불동정도적제전。동소맥적발육기제파충기외도여적온정부상관,파충기여동전적온화전치작물적수획기관계밀절。
In order to investigate the development of winter wheat growth stages under climate changes in Shandong Province and to determine possible causes of changes. Based on data of winter wheat growth stages and meteorological data from 1981 to 2011 in Shandong Province, diversification were investigated for two periods 1981 to 2000 (first period) and 2001 to 2011 (second period). The two periods difference contour map of winter wheat growing period were drawing ,and the spatial variations maps of climate resources difference between two periods were carry out. The results showed that: the average sunshine duration of second was 63.5 hours less than the first, and the accumulated temperature increased 120.3℃ , the average precipitation decreased of 9.2 mm. Compared to the two periods winter wheat growth stages, the sowing stage had been delayed about 3.3 days. The green stage, jointing stage, flowering stage and maturity stage had different degrees of advance. The developmental stages of winter wheat were closely correlated with the temperature.