中国水稻科学
中國水稻科學
중국수도과학
CHINESE JOURNAL OF RICE SCIENCE
2013年
6期
658-664
,共7页
何燕%王斌%江立庚%孟翠丽%欧钊荣%徐世宏
何燕%王斌%江立庚%孟翠麗%歐釗榮%徐世宏
하연%왕빈%강립경%맹취려%구쇠영%서세굉
地理信息系统%水稻布局%气候区划
地理信息繫統%水稻佈跼%氣候區劃
지리신식계통%수도포국%기후구화
geographic information system%rice cropping layout%agro-climatic zone classification
根据水稻生长发育对气候条件的要求,分析确定了广西种植水稻合理布局的关键气候因子以及气候区划等级指标,即水稻安全生育期天数、安全期活动积温、日平均气温≥10℃的日照时数、年平均气温等4个关键气候因子,作为划分广西水稻种植布局的气候区划指标.采用广西90个气象台站1961-2010年的气候资料以及对应站点的地理基础信息数据,应用GIS技术和逐步回归分析方法建立气候区划指标因子的空间模拟推算模型,即水稻安全生育期天数的模拟推算模型(Y=1193.028-9.831φ-0.086 h-6.680λ),安全期活动积温的模拟推算模型(Y=30166.74-262.656φ-2.848 h -165.549λ),日平均气温≥10℃的日照时数模拟推算模型(Y=6665.195-110.344φ-0.416 h -23.416λ),以及年平均气温的模拟推算模型(Y=73.237-0.735φ-0.005 h -0.314λ),并对气候区划指标要素进行细网格推算和残差订正计算,然后依据已确定的水稻各项气候区划等级指标,把广西划分为迟熟双季稻适宜气候区、中迟熟双季稻适宜气候区、早中熟双季稻适宜气候区、单季稻再生稻适宜气候区等四个气候区域,制作广西种植水稻布局的精细化气候区划专题图,并对其区划结果进行分析评述,提出适宜品种的建议.
根據水稻生長髮育對氣候條件的要求,分析確定瞭廣西種植水稻閤理佈跼的關鍵氣候因子以及氣候區劃等級指標,即水稻安全生育期天數、安全期活動積溫、日平均氣溫≥10℃的日照時數、年平均氣溫等4箇關鍵氣候因子,作為劃分廣西水稻種植佈跼的氣候區劃指標.採用廣西90箇氣象檯站1961-2010年的氣候資料以及對應站點的地理基礎信息數據,應用GIS技術和逐步迴歸分析方法建立氣候區劃指標因子的空間模擬推算模型,即水稻安全生育期天數的模擬推算模型(Y=1193.028-9.831φ-0.086 h-6.680λ),安全期活動積溫的模擬推算模型(Y=30166.74-262.656φ-2.848 h -165.549λ),日平均氣溫≥10℃的日照時數模擬推算模型(Y=6665.195-110.344φ-0.416 h -23.416λ),以及年平均氣溫的模擬推算模型(Y=73.237-0.735φ-0.005 h -0.314λ),併對氣候區劃指標要素進行細網格推算和殘差訂正計算,然後依據已確定的水稻各項氣候區劃等級指標,把廣西劃分為遲熟雙季稻適宜氣候區、中遲熟雙季稻適宜氣候區、早中熟雙季稻適宜氣候區、單季稻再生稻適宜氣候區等四箇氣候區域,製作廣西種植水稻佈跼的精細化氣候區劃專題圖,併對其區劃結果進行分析評述,提齣適宜品種的建議.
근거수도생장발육대기후조건적요구,분석학정료엄서충식수도합리포국적관건기후인자이급기후구화등급지표,즉수도안전생육기천수、안전기활동적온、일평균기온≥10℃적일조시수、년평균기온등4개관건기후인자,작위화분엄서수도충식포국적기후구화지표.채용엄서90개기상태참1961-2010년적기후자료이급대응참점적지리기출신식수거,응용GIS기술화축보회귀분석방법건립기후구화지표인자적공간모의추산모형,즉수도안전생육기천수적모의추산모형(Y=1193.028-9.831φ-0.086 h-6.680λ),안전기활동적온적모의추산모형(Y=30166.74-262.656φ-2.848 h -165.549λ),일평균기온≥10℃적일조시수모의추산모형(Y=6665.195-110.344φ-0.416 h -23.416λ),이급년평균기온적모의추산모형(Y=73.237-0.735φ-0.005 h -0.314λ),병대기후구화지표요소진행세망격추산화잔차정정계산,연후의거이학정적수도각항기후구화등급지표,파엄서화분위지숙쌍계도괄의기후구、중지숙쌍계도괄의기후구、조중숙쌍계도괄의기후구、단계도재생도괄의기후구등사개기후구역,제작엄서충식수도포국적정세화기후구화전제도,병대기구화결과진행분석평술,제출괄의품충적건의.
According to the climatic requirements of rice growth and development,four key climatic factors,including length of safe period for rice cropping,active accumulated temperature during the safe period,sunshine hours during the period when daily mean temperature above 1 0°C and annual mean temperature,were selected as the indices to classify agro-climatic zones for rice cropping in Guangxi.Climatic data during 1961 to 2010 and related geographical information data of 90 weather stations in Guangxi were used to establish spatial calculating models for the classification indices.The spatial calculating models for the safe period for rice cropping(Y=1193.028-9.831φ-0.086h-6.680λ),the active accumulated temperature during the safe period (Y=30166.74-262.656φ-2.848 h -165.549λ),the sunshine hours during the period when daily mean temperature above 10°C (Y=6665.195-110.344φ-0.416 h -23??416λ),and the annual mean temperature (Y=73.237-0.735 φ-0.005 h -0.314λ)were obtained by using geographic infermation system (GIS)technology and stepwise regression method,and fine-grid calculation and residual error correction were carried out for each classification index.Based on the identified classification rules, four agro-climatic zones,namely late-maturing double-rice cropping zone,middle and late-maturing double-rice cropping zone,early and middle-maturing double-rice cropping zone,and single rice-ratoon rice cropping zone,were classified for rice cropping in Guangxi,and the map of agro-climatic zones for rice cropping in Guangxi was built.