二、续展登记

<正>登记证号LS20120333企业名称惠州市银农科技股份有限公司产品名称噻虫啉含量40%剂型悬浮剂毒性低毒配比噻虫啉40%作物防治对象用药量施用方法黄瓜蚜虫61.5-123克/公顷喷雾有效期2014.10.08-2015.10.08登记证号LS20130205企业名称山东省青岛凯源祥化工有限公司产品名称苯醚甲环唑含量60%剂型水分散粒剂毒性低毒配比苯醚甲环唑60%作物防治对象用药量施用方法黄瓜炭疽病103-135克/公顷喷雾有效期2015.04.09-2016.04.09     

四川

己二酸铜)/1999.12.15至雾雾雾喷喷喷四少”省成都华西农药厂LS 883305麟甲箱.玻铜可湿性粉剂//1)。etalaxylZ)(丁、戊、 2000.12.15/低毒 黄瓜霜霉病、细菌性角斑1125一1500克/公顷 病 葛笋箱霉病1125一巧00克/公顷 番茄早疫病1125一1500克/公顷农药登记号农药名称/商品名/通用名/登记有效期/毒性登记作物防治对象用药量(有效成分)施用方法LS 975431件毒·澳乳油/(杀虫死)/1)ehlorp打ifosZ)delt舰ethri刀/2000.4.22至2001. 4.15/中等毒 棉花蚜虫32.55一48.75克/公顷喷雾 (2000--3000倍)四川省成都市双流县农药厂LS 963505叽代森锰锌可…     

辽宁

辽宁省北宁市农药厂PD 85107一335既对硫磷乳油 棉花水稻玉米苹果树PD 85109一8小麦、玉米55%甲拌磷乳油棉花/(卵虫杀星)/parathion/2000.1.30至2005.1.30/高毒蚜虫、棉铃虫、225一375克/公顷喷雾蜻、盲蜷象等二化螟、三化螟、525一750克/公顷喷雾或泼浇大螟等玉米螟虫等375克/     

农药分装登记

登记作物防治对象用药量(有效成分)施用方法PD 207一96一F00一0001允发化工(上海)有限公司 5%卡死克可分散液剂(重量/容量)//flufenoxuron/2000.8.15至2001.8.25/低 毒 柑桔树潜叶蛾25一sopp.喷雾 红蜘蛛、锈蜻50一75PP口喷雾 苹果树红蜘蛛50一75ppm喷雾 草地蝗虫6一7.5克/公顷     

农药登记

登记作物防治对象用药量(有效成分)施用方法德国德国艾格福公司(AgrEvo GmbH)LS 90026高特克10%乳油(重量/容量)/Galtak 10 EC/benazolin一ethyl/1999.12.30至 2000.12.30/低毒 油菜牛繁缕、繁缕、雀199.5一225克/公顷喷雾 舌草等阔叶杂草 猪殃殃225一300克/公顷喷雾Ls 96039威霸8.05%乳油(重量/容量)/肠ip Super 90 EC/fenoxaprop一P一ethyl/1999 12 25至 2000.12.25/低毒 油菜、大豆、一年生禾本科杂草48.3一60.4克/公顷喷雾 棉花 花生一年生禾本科杂草42.4一60.4克/公顷喷雾PD 223一97赛丹35%乳油(重量/容量)/Thiodan/endosulfan/…     

重庆

重庆甚陵农药厂LS 2000660 16%高氛·杀单微乳剂/ 3.巧/中等毒(制剂低毒) 番茄斑潜蝇/1)be七a一eyper二ethrinZ)二onosultap/2000.3.2至2001.18于360克/公顷喷雾重庆民丰农化股份有限公司LS 913772既氛·氧乐乳油//1)fenvalerateZ)叨ethoate/2000.6.11至2001.6.15/高毒 柑桔树红蜘蛛、潜叶蛾、蚜66.6一133.3ppm喷雾 壳虫 小麦蚜虫30--60克/公顷喷雾 烟草蚜虫、烟青虫6于90克/公顷喷雾LS 98936 17.5%增效水胺硫磷乳油//isoearbophos/2000.5.15至2001.5.15/高毒(制剂中 等毒) 柑桔树红蜘蛛133一Zo0PPIn喷雾LS 992299 30%哒·乐乳油/(靖…     

广西

广西安泰化工有限责任公司LS 20005655%阿维一哒乳油/(克百靖)/l)abameetinZ)pyridaben/2000.2.23至2001.2.15/ 高毒(制剂低毒) 柑桔树红蜘蛛25一33PPm喷雾 (150于2000倍)LS 96735 10%敌畏·氯乳油/(杀虫藏)/1)diehlorvosZ)eyperoethrin/2000.2.9至2002. 2.巧/中等毒 叶菜类蔬菜蚜虫37.5一75克/公顷喷雾 茶树茶尺嫂10于125pp口喷雾 (1000一800倍)LS 99561 20%丁.乙氧氟乳油//1)butaehlorZ)oxyfluorfen/2000.3.5至2001.3.15/低 毒 花生田一年生杂草300一600克/公顷喷雾LS 998005%毗虫琳乳油/(蚜虫灵)/imidaeloprid/2000.4.5至2001.4.15…     

农药新批准登记

登记证号登记作物防治对象用药量(有效成分)施用方法澳大利亚澳大利亚纽发姆有限公司(上海市浦东大道1085号中信五牛城B一29A 200135 021一68554495) LS20070157 480克/升毒死蟀乳油/澳喜/毒死蝉/480克/升/2007.02.08至2008.02.08/中等毒苹果树绵蚜200一300毫克/千克喷雾水稻三化螟432一576克/公顷喷雾小麦蚜虫108一180克/公顷喷雾LS20070458 350克/升硫丹乳油/澳达/硫丹/350克/升/2007.03.06至2008.03.06/中等毒棉花棉铃虫630一892.5克/公顷喷雾德国德国拜耳作物科学公司(北京市朝阳区呼家楼京广中心34层100020 010一65973181) PDZOO7…     

农药登记

保国利亚保加利亚农业贸易公司PD 369一2001 65%代森锌可湿性粉剂/(普德金)/zineb/2001.9.4至2006.9.4/低毒 番茄早疫病2550一3600克/公顷喷雾比利时比利时农化公司LS 98054霜霉威原药/(扑霉特)/propa二oearb/2002.9.26至2002.9.26/低毒德国德国巴斯夫股份有限公司LS 98056 50%乙烯菌核利干悬浮剂/(农利灵)/vinelozolin/2001.9.13至2002.9.13/低 毒番茄黄瓜灰霉病灰霉病562.5一750克/公顷562.5一750克/公顷LS 20004350%烯酞吗琳可湿性粉剂毒黄瓜霜霉病/(安克)/dimeth000rph/2001.9.27至2002.9.27/低225一300克/公顷喷雾LS 200152金豆原…     

白僵菌制剂不同剂型防治玉米螟的研究

1989年在辽宁省昌图县进行白僵菌制剂不同剂型防治亚洲玉米螟试验。大区试验结果表明:在亩施菌量相等条件下,用可湿性粉剂喷雾,粉剂喷粉和手撒颗粒剂防治效果差异不显著。用2.5×10~4亿孢子/亩剂量,在玉米心叶期防治一次,玉米螟幼虫可减少90.5～91.6％。用同上剂量和剂型,在两个乡镇1.2万亩玉米上大面积防治示范,三种施药方法玉米螟话虫数分别减少86.9％、80.7％和78.5％。其中可湿性粉剂喷雾防治效果和防治工效均较高,防治费用较低,无粉尘污染,菌剂便于运输及贮存,且适合于超低量喷雾,有推广和发展前景。     

Studies on very-low volume (VLV) water-based sprays for the control of cotton pests

We evaluated, water-based very-low volume (VLV) sprays of various pyrethroids at different dosage levels, comparing these with ultra-low volume (ULV) sprays for the control of cotton pests in the Nampula province of Mozambique. The results showed that karate (lambda-cyhalothrin) 2.5% SG at a dosage level of 15 g a.i./ha applied as VLV gave a significantly higher yield than karate 0.8% ULV (28 g a.i./ha). Also, karate 3.75% WG (12 and 15 g a.i./ha) gave a similar yield to that of karate 0.8% ULV (28 g a.i./ha). Karate 5% EC (15 and 20 g a.i./ha) gave a yield similar to Karate 0.8% ULV (28 g a.i./ha). Baythroid (cyfluthrin) 5% EC at 15, 22.5 and 30 g a.i./ha gave a yield similar to baythroid 1.2% ULV (36 g a.i./ha). Bulldock (beta-cyfluthrin) 12.5% SC at dosage levels of 6, 9 and 12 g a.i./ha gave a similar yield to that using baythroid 1.2% ULV (36 g a.i./ha). In all four trials, water-based VLV sprays gave a yield of cotton and degree of pest-control similar to those obtained with the ULV formulations at comparatively lower dosage levels. Integrated with other pest management practices, these could play an important role in the cost effective management of insect pests of cotton on small-scale farms in many countries.     

Pest and disease control with low doses of pesticides in low and ultralow volumes applied to intensive apple trees

In 3 year field experiments on the development of more economical methods for pest and disease control on intensively planted dessert apple trees, low dose applications of one-tenth of the normal quantities of pesticide in one-hundredth, one-tenth and one-fifth of the normal volumes were compared with conventional high volume spraying at 2250 litres/ha. An experimental tractor-mounted mist blower, a motorised knapsack mist blower and a fan-assisted disc sprayer were each used to apply the pesticides in 225, 45 and 22.5 litres of water/ha. Control of the apple-grass aphid, Rhopalosiphum insertum, obtained by low dose spraying of demeton-S-methyl (8 g a.i./ha) combined with azinphos-methyl (37 g a.i./ha) in 225 and 22.5 litres/ha in 1971 and of fenitrothion (70 g a.i./ha) in 225, 45 and 22.5 litres/ha in 1972 and 1973 was almost equal to that obtained by the conventional high volume method. Low dose applications of benomyl fungicide programmes gave poor control of apple scab, Venturia inaequalis in 1971 when the disease incidence on the fruit was very high at 73%, but in 1972 and 1973, when it was moderately high at 42–45%, control was almost equal to that given by the conventional high volume method. Under these conditions all the low dose methods gave better control with benomyl than with dodine/captan programmes.     

The Use of ULV Malathion Bait Sprays for the Control of Olive Fly (Dacus oleae Gmel.) by Aerial Applications in Cyprus

Bait spraying at a rate of 1 lit./ha. (0,2 lit. of ULV Malathion at 96%+ 0,8 lit. protein hydrolysate Atropaz) gave positive results in the control of the olive fly and olive moth but was insufficient against the olive weevil. Applications at low and ultra-low volume were clearly more economical and permitted larger areas to be treated. Therefore, it is suggested that the use of malathion concentrate aerial bait spraying be expanded in Cyprus in the control of olive fly.     

Normal and Low Volume Spraying Methods in Italy

In Italy, conventional spraying techniques are still commonly used in the South, the Centre as well as in several northern regions. Applications at semi-low volume (1,800–2,000 1./ha.) mainly on fruit trees and tobacco represent 10 to 20% of the total. Ground equipment is seldom used with low and ultra-low applications whereas the surface covered by aerial treatments is rapidly increasing reaching now 70,000 ha. per annum.     

The effects of helicopter applied adulticides for riverine tsetse control on Simulium populations in a West African savanna habitat. I. introduction,methods and the effect on biting adults and aquatic stages of Simulium damnosum s.l.

Abstract

Helicopter applied insecticides used for tsetse control were investigated for their potential to reduce populations of Simulium damnosum s.l. in riverine forest in the Guinea savanna zone of southwestern Upper Volta. Populations of aquatic stages and biting females were sampled before and after spraying. Deltamethrin applied at 12·5 g a.i./ha to a 30 km length of riverine vegetation almost eliminated adults for a period of about nine days. Residues which fell into the water killed all larvae in the river. Endosulfan at 100 g a.i./ha applied to a similar stretch of vegetation caused a reduction of over 60% in biting adults for 11 days, but residues falling into the river killed only young larvae. Neither dieldrin at 400 g a.i./ha, endosulfan at 10 g a.i./ha nor deltamethrin at 12.5 g a.i./ha applied to a 5 km insecticide barrier between the experimental blocks and the untreated river appeared to have much effect. This suggests that most S. damnosum were traversing the barrier without coming into contact with the insecticides.     

An Assessment of Swath Width and Frequency of Application of V.I.v. Captafol Sprays on Tomato in Northern Nigeria

Abstract

V.I.v. captafol spray treatments applied using a 1.8m swath (3.3 kg a.i./ha/application) were more effective than treatments using a 3.6 m swath (1.67 kg a.i./ha/application). At sites with more than 700 mm rainfall during the crop's field life weekly applications were more effective than spraying at 10- and 14-day intervals, but at the drier sites (< 650 mm rainfall) spraying at 10 days was adequate.     

玉米田两种阔叶杂草苍耳和藜对草铵膦敏感性测定

苍耳Xanthium sibiricum和藜Chenopodium ablum是我国北方及黄淮海玉米产区主要杂草,其发生和生长会严重影响玉米产量.为明确我国北方及黄淮海玉米主产区的藜和苍耳对草铵膦的敏感性水平,本试验采用整株生物测定法检测苍耳和藜种群对草铵膦的敏感性,以期为转基因抗草铵膦玉米田杂草防控提供数据支持.结果...     

棉红铃虫微胶囊性信息素干扰棉红铃虫交配的大田试验

1986年在沿海棉区,应用2％微胶囊棉红铃虫性信息素,在8公顷棉田进行迷向防治试验。从6月26日至9月6日喷性信息素7次,折合每公顷纯量51克。与相隔1.5公里的药剂防治区对比,效果显著,对红铃虫成虫定向抑制效率89.4％,铃害率压低到1.5％,单铃活虫0.014条。     

The Coconut Rhinoceros Beetle Oryctes rhinoceros (L)[Coleoptera: Scarabaeidae: Dynastinae]

Abstract

Field experiments were conducted during two dry seasons in northern Nigeria to identify suitable pre‐transplant herbicides for weed control in irrigated tomatoes. At Samaru in the northern Guinea savanna, diphenamid at 1.5 kg a.i./ha followed by supplementary hoe‐weeding, metribuzin at 0.5 kg a.i./ha, diphenamid at 3.0 kg a.i./ha, metolachlor plus metobromuron at 1.0 + 1.0 kg a.i./ha and two or three hoe‐weedings, resulted in higher tomato yields than the untreated controls, and most of these treatments reduced weed infestations significantly in both years. At Bakura, in the Sudan savanna zone, metribuzin at 0.25 and 0.5 kg a.i./ha, diphenamid at 3.0 g a.i./ha and chloramben at 1.5 kg a.i./ha plus supplementary weeding consistently resulted in yields that were similar to two hoe‐weedings and higher than the untreated controls. Three kg a.i./ha of chloramben depressed yields in all the trials. At both sites hoe‐weeding once six weeks after transplanting gave unacceptably low crop yields, but similar high yields were obtained with two or three hoe‐weedings. Supplementary hoe‐weedings were unnecessary with the application of metribuzin at 0.5 kg and metolachlor plus metobromuron at 1.0 + 1.0 kg a.i./ha. Uncontrolled weed growth resulted in a 53–67% reduction in tomato fruit yield.     

表面活性剂、喷液量及杂草叶角对普杀特喷后附着量的影响

表面活性剂、喷液量及杂草叶角对普杀特在非敏感杂草马唐叶片上的喷后附着量有明显的独立影响和交互影响,其中表面活性剂的影响最大。供试的6种非离子型表面活性剂均因显著降低了普杀特药液的表面张力从而显著提高了其在马唐叶片上的喷后附着量,其中ScOil和Silwet—L77对其提高幅度最大;普杀特在马唐叶片上的喷后附着量随着喷液量的减少逐步增加,但在0—90°范围内随着马唐叶角的减小而减少,其由于喷液量的增大或马唐叶角的减小而引起的下降量,可通过加入非离子型表面活性剂而得到补偿,加入非离子型表面活性剂配合下午微液量(90L/ha)喷施,可望最大限度地增加普杀特在其非敏感杂草叶片上的喷后附着量,进而提高其药效,降低其使用成本和减少其在土壤中的残留。