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安徽省望江县油菜田土壤有效硫状况及硫肥效应
引用本文:李录久,孙礼胜,巨晓棠,孙义祥,胡长宏,张祥明,张福锁,Thomaspopp.安徽省望江县油菜田土壤有效硫状况及硫肥效应[J].土壤,2007,39(6):915-918.
作者姓名:李录久  孙礼胜  巨晓棠  孙义祥  胡长宏  张祥明  张福锁  Thomaspopp
作者单位:1. 安徽省农业科学院土壤肥料研究所,合肥,230031
2. 安徽省望江县农业技术推广中心,安徽望江,246200
3. 中国农业大学资源环境学院,北京,100094
4. Fertiva pacific Pte Ltd.,Singapore City,100060
基金项目:国际植物营养研究所(IPNI)资助项目;德国BASF公司资助项目;安徽省人才基金
摘    要:选择长江流域油菜主产区望江县研究安徽省土壤有效S状况和油菜施用S肥的效应.结果表明,望江县土壤有效S平均含量15.31 mg/kg,缺S状况较为严重,缺S土壤所占比例高达61.29%,潜在性缺S土壤所占比例为35.48%.主要土壤类型中灰潮土缺S状况最为严重,有效S不足的土壤所占比例高达80%.在有效S极为缺乏的灰潮土上,油菜施用S肥具有极为显著的增产效果,与施尿素的对照相比,盆钵栽培增产1O.89%~26.21%,田间试验产量提高9.42%~16.43%,平均增产15.80%和13.29%.

关 键 词:土壤有效硫含量  油菜  硫肥  望江县

Soil Available S in Wangjiang County of Anhui Province and Response of Rapeseed to S Fertilizers
LI Lu-jiu,SUN Li-sheng,JU Xiao-tang,SUN Yi-xiang,HU Chang-hong,ZHANG Xiang-ming,ZHANG Fu-suo and THOMAS Popp.Soil Available S in Wangjiang County of Anhui Province and Response of Rapeseed to S Fertilizers[J].Soils,2007,39(6):915-918.
Authors:LI Lu-jiu  SUN Li-sheng  JU Xiao-tang  SUN Yi-xiang  HU Chang-hong  ZHANG Xiang-ming  ZHANG Fu-suo and THOMAS Popp
Institution:Anhui Academy of Agricultural Sciences, Hefei 230031, China,Soil and Fertilizer Station of Wangjiang County, Wangjiang, Anhui 246200, China,College of Resources and Environmental Sciences, China Agricultural University, Beijing 100094, China,Anhui Academy of Agricultural Sciences, Hefei 230031, China,Soil and Fertilizer Station of Wangjiang County, Wangjiang, Anhui 246200, China,Anhui Academy of Agricultural Sciences, Hefei 230031, China,College of Resources and Environmental Sciences, China Agricultural University, Beijing 100094, China and Fertiva pacific Pte. Ltd., Singapore City 100060, Singapore
Abstract:Rapeseed production region in the Yangtze River valley of Anhui Province was selected to study soil available S and the response of rapeseed yield to S fertilizers. Results showed that average content of soil available S was 15.31mg/kg, insufficient seriously. About 61.29% and 35.48% of the total soil area were of S-insufficient and potential S-insufficient, respectively. Among the main important soils, gray-alluvial meadow soil was of the most S-insufficient, about 80% of this soil area was of S-insufficient, this soil showed a remarkable response of rapeseed yield to S fertilizers. Compared with CK (only urea applied), rapeseed yield with S-fertilizers increased by 10.89% ~ 26.21% with a mean of 15.80% in the pot experiment and 9.42% ~ 16.43% with a mean of 13.29% in the field experiment.
Keywords:Soil available sulfur content  Rapeseed  Sulfur  Wangjiang County
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