Risk mitigation measures for pesticide runoff: How effective are they?     

Michael Klein  Judith Klein  Jens Flade  Dietlinde Großmann  Dominique Türkowsky  Isabel O'Connor  Simon Spycher  Stefan Reichenberger  Stephan Sittig  Sebastian Multsch  Kai Thomas 《Pest management science》2023,79(12):4897-4905

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Calcium carbonate-modified plant sporopollen capsule as an eco-friendly microvehicle for controlled release of pesticide     

Sheng Xiang  Huajun Kang  Ali Chai  Yanxia Shi  Xuewen Xie  Lei Li  Tengfei Fan  Baoju Li 《Pest management science》2023,79(4):1604-1614

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沙棘组织培养与植株再生研究   总被引：3，自引：0，他引：3  

孙兰英 《国际沙棘研究与开发》2004,2(2):28-30

将不同沙棘品种顶端分生组织接种于不同激素浓度的培养基上进行培养，试验结果表明，沙棘顶端分生组织的生长不仅需要低无机盐的培养基，而且需要较低水平的激素物质，无激素或激素浓度偏高都将导致外植体的死亡。  相似文献   

FLUENT软件及其在植保机械方面的应用     

孙小华  祁力钧  王俊  宋吉林 《农机化研究》2006,(9):187-188,191

FLUENT软件是流体力学中通用性较强的商业软件之一，由于FLUENT软件的应用，节省了大量的人力和物力。对实际应用有重大的指导作用。为此，通过简述FLUENT在植保机械方面的应用实例，提出了FLUENT在植保机械方面的发展前景。  相似文献   

干旱区小麦多功能高分子植物生长调节剂增产和品质改善试验研究   总被引：3，自引：0，他引：3  

张松林  赵首彩  董庆士  田侠  房妮 《中国农学通报》2005,21(9):263-265

以观测记录和拍照方式研究多功能高分子植物生长调节剂对小麦生长和繁殖、品质的影响,分别用土壤含水量为试剂保水指标,小麦生长、结实和产量指标、小麦品质指标以及经济效益指标与对照比较以评定试验效果。结果显示,施用试剂能够提高土壤保水率,有利于小麦的营养和结实生长,使小麦产量提高12.30%。小麦粗蛋白、赖氨酸和湿面筋含量均有显著提升,不利于人体健康的灰分和粗脂肪含量显著降低;经济效益有所提高,仅仅考虑增产就净增产值734.25￣794.85元/hm2。  相似文献   

炭疽菌附着胞的研究进展   总被引：3，自引：0，他引：3  

王葵娣  王文华  郑服丛 《中国农学通报》2007,23(1):265-265

摘 要：炭疽菌属Colletotrichum Corda 是一类重要的植物病原菌，寄主范围广，对农林生产危害很大。炭疽菌能产生特殊的侵染结构附着胞穿透寄主组织，附着胞的形成对炭疽菌确立侵染非常关键。综述了炭疽菌分生孢子在寄主表面的附着、附着胞的形成、附着胞对环境影响因素的应答和附着胞的穿透。影响炭疽菌附着胞形态发育的因素很多，其中硬质疏水表面在短时间内通常是有利于附着胞的形成。并简要概述了炭疽菌附着胞的基因克隆研究情况。  相似文献   

玉米转基因在分子农业领域的研究进展     

王良发  郭民华  杨美丽  徐国举  张金奎  王海军  卢瑞乾  李长建  李风章 《中国农学通报》2015,31(9):162-167

植物转基因技术开辟了作物遗传改良的新途径。近年来,随着植物反应器技术的多元化发展以及日趋成熟,以玉米为分子工厂合成一些高价值产品成为研究热点。笔者就以玉米为植物反应器,用其生产糖类、必需氨基酸、不饱和脂肪酸、维生素、微量元素、生物酶、疫苗、抗体等各种高价值分子代谢物进行了综述,以期为中国分子农业领域的研究与应用提供参考。  相似文献   

Mechanical Signalling in Plant: Perception and Transduction Pathway     

ZHOU Jing  WANG Bo-chu  DUAN Chuan-ren  ZHU Li-qing 《保鲜与加工》2006,(3):112-115

The metabolism and development of plants are controlled through interplay between genetic and environmental cues.For optimal growth plants require the ability to coordinate complex developmental processes and at the same time sense and respond to environmental stimuli.The responses can be divided into three main events: stimulus perception,generation and transmission of a signal,and subsequent changes in downstream biochemical processes.Because of space limitation this review does not provide an exhaustive account of plant signal transduction.Rather,the authors intention is to cover new and important results in this field,including the mechanochemical transform mediated by integrin and integrin-like protein,the change of membrane fluidity respond to stimulus,and the wide accepted transduction pathway of calcium signaling system.The research emphasis and tendency are prospected.  相似文献   

Feasibility for Building the Under-ground Sewage Treatment Plant in Chongqing City     

LIU Xin-rong  BAO Tai  ZHU Ke-shan 《保鲜与加工》2004,(4):103-106

With the development of the economy, the demand forhabitation is enhanced and the sewage and industrial waster water must be disposed before outlet. Today, most of the sewage treatment plants are built on the aboveground without discussing the underground. Therefore, by the comparative analysis of the property and cost of the underground sewage treatment plant and the ground, the underground sewage treatment plant have merits in save the city land and improvement environment.The Chongqing citypossess a lot of advantages in using the space of underground with the analysis of the physiognomy and geology condition of the Chongqing city. Therefore, the development of underground sewage treatment plant is feasible in the Chongqing city.  相似文献   

Tissue Culture and Rapid Propagation of Actinidia chinensis     

YANG Xiao cheng  WANG Bo chu  YE Zhi yi  DUAN Chuan ren  CHE Xiao yan 《保鲜与加工》2002,(6):75-77

It has been briefly studied and reported that Actinidia chinensis , one of economic woody plants, has been bred with the method of plant tissue culture. Aim at the shortage of traditional plant tissue culture ways which ignored the refinement and transplant of test-tube seedling, it strengthen the study to breeding and management of Actinidia chinensis seedlings before they grow up and become mature seedlings. Through our explore, the transplant survive rate of tissue-culture seedlings attain to about 85%.This study is the improvement to traditional breeding seedling means and it is helpful to the rapid propagation of those economic woody plants.  相似文献