%0 Journal Article
%T 叶面喷施纳米硅肥对稻米镉含量及产量的影响<br>Effects of Foliar Applied Nano-Silicon Fertilizer on the Cadmium Content and Yield of Paddy Crop
%A 齐季
%A 吴展才
%A 刘统棋
%J Hans Journal of Soil Science
%P 116-121
%@ 2329-7263
%D 2023
%I Hans Publishing
%R 10.12677/HJSS.2023.113015
%X 水稻具有较强的吸镉特性，稻米镉含量高低直接关系到农户收益及食品安全问题。本研究中使用一款新型纳米液体硅肥菲彤&reg;，作为水稻吸镉的叶面阻隔剂。试验数据表明，通过9个处理组与对照组的比较，稻米镉含量均显著降低，且处理组镉含量均降至国家标准规定范围内，最大降幅达64.47%。此外，处理组与对照组之间千粒重差异不显著，但理论亩产增加56.85 kg，理论增产率达9.88%。因此，纳米液体硅肥菲彤&reg;不仅能有效降低稻米镉含量，还能增加水稻产量，从而带来增产提质和粮食安全的双重效益。<br />
Paddy cropabsorbs cadmium (Cd) in field from soil easily, which affects income of grower and raises public food safety issue greatly. In this study, Feitong&reg;, a new nano liquid silicon fertilizer, was used as a leaf barrier agent to block Cd absorption. Field data showed that the Cd content of rice in 9 treatment groups was significantly reduced compared to control group, and the Cd content in the treatment group was reduced to the range stipulated by the national standard, with a maximum reduction of 64.47%. In addition, thousand-grain-weight, though difference between the treatment group and the control group was not statistically significant, theoretical yield per China acre (mu) increased by 56.85kg in average, leading to a potential increase rate of 9.88%. Therefore, Feitong&reg;, can be used as an agent to reduce rice Cd effectively, also for yield increment, which results positive effects on food safety and production.
%K 纳米硅肥，理论亩产，千粒重，稻米镉含量<br>Nano-Silicon Fertilizer
%K Theoretical Yield
%K TKW
%K Cd Content of Rice
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=68913