中国农业科技导报
中國農業科技導報
중국농업과기도보
REVIEW OF CHINA AGRICULTURAL SCIENCE AND TECHNOLOGY
2013年
2期
45-53
,共9页
粮食生产%多元回归%影响因素%甘肃省
糧食生產%多元迴歸%影響因素%甘肅省
양식생산%다원회귀%영향인소%감숙성
grain production%multiple regression%influential factors%Gansu Province
明确粮食生产能力,对确保区域粮食安全具有重要意义.以1990-2010年甘肃省粮食生产的相关资料为样本,选取九项对粮食生产有较大影响的指标,建立多元线性回归模型,并利用SPSS软件进行计量分析.结果表明:影响甘肃省粮食生产的主要因素为粮食播种面积、化肥施用量、农村用电量、成灾面积,影响程度分别为92.0%、24.8%、16.9%、-22.2%.结合甘肃省的实际情况,提出稳定粮食生产的基本对策是:在保证粮食播种面积的前提下,进一步提高化肥利用效率;加强电力资源管理、农业基础设施建设,特别是农田水利建设;并加快农业科技创新.
明確糧食生產能力,對確保區域糧食安全具有重要意義.以1990-2010年甘肅省糧食生產的相關資料為樣本,選取九項對糧食生產有較大影響的指標,建立多元線性迴歸模型,併利用SPSS軟件進行計量分析.結果錶明:影響甘肅省糧食生產的主要因素為糧食播種麵積、化肥施用量、農村用電量、成災麵積,影響程度分彆為92.0%、24.8%、16.9%、-22.2%.結閤甘肅省的實際情況,提齣穩定糧食生產的基本對策是:在保證糧食播種麵積的前提下,進一步提高化肥利用效率;加彊電力資源管理、農業基礎設施建設,特彆是農田水利建設;併加快農業科技創新.
명학양식생산능력,대학보구역양식안전구유중요의의.이1990-2010년감숙성양식생산적상관자료위양본,선취구항대양식생산유교대영향적지표,건립다원선성회귀모형,병이용SPSS연건진행계량분석.결과표명:영향감숙성양식생산적주요인소위양식파충면적、화비시용량、농촌용전량、성재면적,영향정도분별위92.0%、24.8%、16.9%、-22.2%.결합감숙성적실제정황,제출은정양식생산적기본대책시:재보증양식파충면적적전제하,진일보제고화비이용효솔;가강전력자원관리、농업기출설시건설,특별시농전수리건설;병가쾌농업과기창신.
It is of great significance for regional grain security to make clear the grain production capacity. Taking relevant grain production data from 1990 to 2011 in Gansu Province as sample, this article selected 9 indicators which had greater influence on grain production, and established a multiple linear regression model,and then analyzed the influential factors of grain production in Gansu Province by SPSS software. The results showed that those major influential factors were sowing areas of grain, applying quantity of chemical fertilizer, electric power consumption in rural areas, and areas affected by disasters. Their influence degree were 92. 0%、24. 8%、16. 9%、 -22. 2%. According to the actual situation of Gansu Province, this paper put forward basic countermeasures to maintain the stability of grain production as following:in the premise of guaranteeing stable grain sowing areas, to further improve chemical fertilizer utilization efficiency;to strengthen power resource’s management and infrastructure construction of farm land, especially irrigation and water conservancy construction; and to speed up the innovation of agricultural science and technology.