兵团科委在哈密农场管理局召开现场会议 推广作物养分平衡诊断与调节系统技术

来源 :新疆农垦科技 | 被引量 : 0次 | 上传用户:gj1019
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
一项能促进农作物增产、优质的施肥新技术——作物养分平衡诊断与调节系统技术,在兵团农一师和哈密农场管理局开始推广,并取得了成效。兵团科委为了加速这一新技术向各师、局辐射,于7月上旬在哈密农场管理局召开了推广现场会议。 作物养分平衡诊断与调节系统技术是北京市农林科学院作物所试验研究成功的,曾荣获北京市科技进步一等奖。这项技术是以先进的养分测试仪器和电子计算机等组成,能精确地诊断出土壤和作物植株各营养元素的丰缺状况,由电子主计算机自动给出优化施肥调节方案,通过人为补充亏缺的养分,促进作物体内养分平衡而达到增产、优质的目的。这项技术目前已在全国许多省、市、区推广应用,取得了很好的增产效果和经济效益。 A new technology to promote crop yield and high-quality fertilization - crop nutrient balance diagnosis and control system technology was started to be promoted by Corps Nongyi Division and Hami Farm Authority and achieved success. In order to speed up this new technology, the Corps Science and Technology Commission has radiated radiation to various divisions and departments and held a promotion site meeting in Hami Farm Authority in early July. Crop nutrient balance diagnosis and regulation system technology is a successful trial of Beijing Academy of Agriculture and Forestry Crops Research Institute and has won the first prize of scientific and technological progress in Beijing. The technology is based on advanced nutrient testing equipment and electronic computers, which can accurately diagnose the abundance and deficiency of nutrients in soil and crop plants. The optimized plan of fertilization and fertilization is automatically given by the electronic host computer. By artificially replenishing the deficit Of nutrients to promote crop nutrient balance and achieve the purpose of yield increase, high quality. This technology has been popularized and applied in many provinces, cities and districts in the whole country at present, and has achieved good stimulation effects and economic benefits.
其他文献
为探明垄沟集雨种植方式不同覆盖比例对春玉米田土壤水分和温度、玉米光合特征及产量的调控作用,为旱区沟垄集雨种植方式的优化和标准化提供参考,于2015-2016两年在宁南旱农区以传统露地平作为对照(CK),设置了垄:沟宽度比例分别为50 cm:10cm(R5F1),80 cm:40 cm(R8F4),60 cm:40 cm(R6F4),60 cm:60 cm(R6F6)4种不同集雨种植模式的大田试验。
针对人体步态识别率低的问题,提出了一种将核主成分分析(KPCA)和相关向量机(RVM)相结合的步态识别方法.首先,选择表面肌电信号(s EMG)作为步态识别信息源,提取表面肌电信号的
元谋县优质稻示范成功元谋县农业局651300郭振亚元谋县位于滇中北部,平均海拔1100米,年均温22℃,降用量611.2毫米,年均日照2666.5小时,日用率60%,太阳辐射总量150千卡/cm2,充足的光温条件形成了元谋独特的“天然温室”
Cytochrome P450 1A (CYP1A),one of the major CYP subfamily in humans,not only metabolizes xenobiotics including clinical drugs and pollutants in the environment,
君山农场依靠科技高效植棉湖南省君山农场,凭借优越的地理位置和一马平川的肥田沃地,走出了一条科技导向、立体开发、规模经营的高效农业发展之路,粮、棉、蔗等主要作物产量大幅
P06—9S是1986年我所用双9—2S为母本,献改B为父本杂交,经5年9代选育而来。经1989~1991年三季观察,P06—9S自然光温条件下,在萍乡具有不育性稳定、不育期较长,育性转换明显、
在纪念伟大的反法西斯战争胜利四十周年的日子里,在北京中国美术馆举办了“华东抗日解放战争摄影展览”,杨尚昆、陈丕显、张爱萍等同志为展览题了词。展出期间,观众一直十分
SARS-CoV-2 has caused tens of thousands of infections and more than one thousand deaths.There are currently no registered therapies for treating coronavirus inf
2010年7月16日中石油大连大孤山新港码头储油罐输油管线发生爆炸事故,部分石油泄漏入海。2010年7月30日,开展了公众问卷调查。结果显示,有96%的受访者了解此次的溢油事件,95%
1 种植方式:行比和密度是影响制种产量的重要因素。根据亲本自交系的特点,母、父本种植行比为4:1。母亩478行距为56~60厘米,株距20厘米,亩留苗4000~4500株。父本(81515或丹340