四川省小麦条锈病流行规律及生态控制研究
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摘要
四川是我国小麦条锈病菌(Puccinia striiformis Westend f.sp.tritci Eriks.)的主要越夏区之一,也是我国小麦条锈菌最重要的冬繁区。小麦条锈菌白越夏区随高空气流传播到盆地冬繁区,经冬、春季大量繁殖并向外传播,成为我国其它麦区的重要春季菌源,由此可见四川在我国小麦条锈病大区循环中所处的重要地位。小麦条锈菌在四川既能越冬,也能越夏.特别是小麦在川西北不同海拔高度的垂直种植,导致病菌能顺利完成越夏、越冬和周年循环,有利于新小种的产生、保存和发展,使川西北成为我国小麦条锈菌易变区和新小种策源地之一。纵观小麦条锈菌生理小种监测历史,四川条锈菌生理小种的变异不但对当地条锈病的发生影响重大,而且对全国条锈病的发生也产生了深远的影响。控制四川小麦条锈病的流行危害,不仅能确保当地小麦的安全生产,还能降低外传菌源,减轻我国主要麦区的春季防治压力。
研究四川小麦条锈病的流行规律可为病害的分区治理和大区协同治理提供依据;研究品种抗锈性和条锈菌生理小种动态变化可为预测病害流行和菌源地治理提供依据;研究病害的生态控制可为小麦条锈病的可持续控制提供技术支撑。
尽管上个世纪八、九十年代曾对四川省小麦条锈病流行规律进行过研究,但受全球气候变暖、耕作制度和品种布局变化等的影响,病害流行规律发生了较大变化。近10年来四川小麦条锈病流行出现了秋苗病害始见期提早、流行期加长、危害损失趋重等新特点,有必要重新对其进行系统研究。本文在实地调查的基础上,利用GIS技术对全省132个小麦主产县(市、区)1987～2006年小麦条锈病发生情况进行了系统分析。结果表明,四川省小麦条锈病流行区域可划分为川西北越夏区、川西南越夏及冬繁区、盆地冬繁区和川东南春季流行区。GIS软件分析发现,病菌孢子在四川盆地内的传播路径为:沿岷江、涪江、沱江和嘉陵江等4条河流自北向南、自西向东传播。通过相关资料研究明确了影响四川小麦条锈病春季流行程度的主要因素有三个:品种抗锈性、冬季菌源量(发生面积)和冬、春季的气候条件。
小麦条锈病已成为影响四川小麦安全生产的最重要病害。近年来小麦条锈病在四川连年大发生,究其原因,最主要和最直接的是大面积生产上应用的小麦品种抗锈性丧失。本研究根据对28个不同毒性谱的小麦条锈菌菌系的反应,并结合品种系谱分析,研究了58份四川省重要小麦品种、育种材料和抗源品种所具有的抗条锈基因。结果表明,Yr1、Yr2、Yr3、Yr5、Yr7、Yr9、Yr10、Yr24、YrVir1-2、YrAlba和YrSu等11个基因以单基因或基因组合的形式分布在42个供试品种中,其中携带Yr2基因的品种最多,有11个;携带Yr10基因的品种次之,有9个;14个品种抗所有供试小麦条锈菌菌系,可能具有Yr5或者Yr24基因;10个品种具有未知抗病基因或基因组合。相关资料和数据分析显示,四川小麦品种抗锈性现状为:新审定品种区试抗性水平有较大提高,但新品种一经大面积推广后抗锈性衰退现象十分严重,大面积种植的小麦品种抗锈性水平仍不容乐观。
进行小麦条锈病菌越夏区和流行区的生理小种监测,掌握病菌群体组成结构和动态变化,对于预测病害的发生和流行,以及制定防治策略等都具有十分重要的意义,还可为抗病品种选育、品种布局、轮换等提供科学依据,为研究四川省小麦品种与条锈病菌互作在群体水平上的演替变化规律提供系统资料。小麦条锈菌生理小种监测结果显示,1996-2000年间,条中31号出现频率占第一位,但呈逐年下降趋势。自2001年起,条中32号出现频率超过了条中31,成为优势小种。具有较强致病力的Hybrid46和水源11两大致病类群内部虽发生着急剧分化,但两大致病类群所占比例自1997年以来一直稳定在80%以上,尤其是近两年竟高达99%以上,成为绝对的优势种群。近年来,对Hybrid46(含抗性基因Yr3b、4b)具毒性的致病类型出现频率逐年下降,而对水源11类群(含抗性基因YrSu)出现频率逐渐上升,其中条中33(Su-14)类型出现频率近年来上升明显,尤其是在2007年更高达18%,仅次于条中32,成为第2位流行小种。表现在毒力频率上,四川小麦条锈病菌群体除对Yr3b+4b毒力频率逐年上升外,尤其是对YrSu的毒力频率上升明显,且高于对Yr3b+4b的毒力频率,2007年达到100%。
本研究还在三个不同生态区域对小麦与蚕豆间作对病害的控制作用进行了试验。结果表明,小麦与蚕豆间作对小麦条锈病和蚕豆叶斑病具有较好的控制作用,对小麦条锈病的相对控制效果可达31.3%～82.3%,对蚕豆叶斑病的相对控制效果为9.9%～26.4%。另外,作者通过对6个不同抗性水平的小麦品种进行不同组合的随机等量混播,系统调查了各品种净作田和多品种混播田小麦条锈病的病情发展动态。试验表明,4个或6个品种混播能有效推迟条锈病发病期,延缓发病速率,降低发病程度,并且具有较好的稳产作用。
将高感品种铭贤169、川农10号、慢锈品种川麦107、生产上表现中抗的品种绵阳31、川麦37、川育18和目前大面积仍然表现高抗的川麦36单播,将川麦107、川育18、绵阳31和川麦36四组份等比混合播种(混Ⅰ),将川麦107、川育18、绵阳31、川麦37、川农10号和川麦36六组分等比混合播种(混Ⅱ),将一属Su-12致病类型、对川麦36具毒性的田间突变株接种上述品种或混播组合并连续继代繁殖9代后,病菌在各品种上的毒性均增强,其中川麦36和绵阳31上病菌分别演化为强毒性的条中32和条中33(即Su-14);抗病品种川麦36对其毒性突变具有定向选择作用,所检测的各代次夏孢子对其具稳定毒性,但此毒性在其他品种上继代繁殖9代后的部分菌株中会丧失,病菌在川麦36上连续继代繁殖6代后,毒性高于其他品种或混播组合上繁殖的菌株;在含有绵阳31、川麦36的四组份混播组合上,病菌继代繁殖9代后的毒性虽有所增强,但对鉴别寄主的毒性弱于条中32和33;而在含有上述两个品种的六组分混播组合上,病菌连续继代繁殖3代后的毒性就较弱于绵阳11和川麦36单播处理上继代繁殖相同代次的条锈病菌,继代繁殖9代后,病菌对川麦36毒性丧失,表明多组分混播不利于病菌毒性的增强。利用对四川小麦条锈病菌株具有AFLP多态性的引物,对各世代收集孢子基因组DNA限制性内切酶进行预扩和选扩,没有发现各品种和组合继代繁殖代次上条锈病菌具有AFLP多态性,由此可排除病菌毒性变异由机械混杂引起的可能性。
Sichuan is considered as the inoculum sources of(Puccinia striiformis Westend f.sp.tritci Eriks.) in autumn and the main region where the inoculum can multiply continuosly in the whole winter.The inoculums spreading from oversummering areas with upper air can reproduce large number of uredia in winter-reproductive area in Sichuan basin through the whole seasons of winter and spring,which spread abroad to other winter wheat growing areas as the main sources of inoculums in the spring. Consequently,Sichuan has been considered as the hotspots for the disease epidemic circle and the disease management in China.The control of wheat stripe rust in Sichuan can protect the local wheat production and alleviate control pressures in other witer wheat growing areas.The inoculum of P.striiformis f.sp.can oversummer and also overwinter in Northwest Sichuan area,where susceptible wheat varieties were on mountains of different altitudes so the pathogen cycles between the wheat plants as well as volunteer seedlings at different altitudes with the help of wind.This area is also the refuge for the new races of the pathogen to develop.Therefore,wheat stripe rust usually occurred severely in the autumn,new physiological races of pathogen usually emerged firstly and the resistance of wheat varieties was liable to change in Northweat Sichuan. From the development history of physiological races of P.striiformis f.sp.tritici,we can see that the variance of pathogen in Sichuan affected the occurrence of wheat stripe rust greatly in local and other wheat growing areas in China.To study the epidemiology of the disease,the change of physiological races,the change of the resistance of wheat varieties and ecological control are of great importance to the forcast of the disease and sustainable control of the disease.
Although great efforts had been paid to the epidemiological survey of the disease in Sichuan in the past 20 years,epidemiology of the disease had changed due to the global warming and changes in cultivation system and variety distribution.The time of disease emergence on the autumn seedlings of wheat had become earlier than ten years ago and longer epidemic period and higher severity of the disease had been observed in the whole growing seasons.The data collected from 132 counties were analyzed using GIS technology in order to reveal the epidemic characters of the disease and dispersal routes of the pathogen.The results indicated that Sichuan province could be divided into four epidemic zones of wheat stripe rust based on the ecological conditions,climate characters,disease occurrence and spreading as well as the systems of wheat production. i.e.,over-summer area in Northwestern Sichuan,over-summer and winter-reproductive area in Southwestern Sichuan,winter-reproductive area in Sichuan basin and spring epidemic area in South-east Sichuan.Pathogen inoculum of stripe rust could be spread by four dispersal ways along Min River,Fu River,Tuo River and Jialing River in the direction from north to south and from west to east in Sichuan province.The relative data analyzed showed that the resistance in wheat varieties,the incidence occurrence areas in winter,and climate factors in the winter and spring were the three major factors to affect the severity of the disease epidemics in the spring.
Seedlings of 58 wheat cultivars and elite breeding lines were inoculated with 28 selected different isolates of P.striiformis f.sp.tritici to postulate the stripe rust resistance genes.The results showed that Yr1、Yr2、Yr3、Yr5、Yr7、Yr9、Yr10、Yr24、YrVir1-2、YrAlba and YrSu were detected in 42 wheat cultivars and beeding lines,either alone or in combination.Yr2,the most common gene,presented in 11 cultivars,while Yr10 in 9 cultivars.14 wheat cultivars were resistant to all the 28 isolates of Puccinia striiforms f.sp.tritici and may contain the Yr24 genes.10 wheat cultivars contained unkown genes or their combinations.
Study on physiological races in Sichuan province showed that CY31 was the most dominant race during 1996～2000.Since 2001,occurrence frequency of CY32 exceeded CY31 and CY32 had become the most dominant race.Segregation in the Hybrid46 and Suweon 11 pathotype groups became more obviously.Occurrence frequency of the two pathotype groups with strong pathogenecity and wide virulence spectrum kept stable about 80%since 1997,especially in the past two years up to 99% in 2006 and 2007.Occurrence frequency of Hybrid46 pathotypes delined in the recent years whereas that of Suweon 11 ascended.Among Suweon 11 pathotype group, occurrence frequency of Su-14(CY33) rose obviously in the recent years,which had become the second dominant physiological race in 2007(18%).Virulence frequnency of pathogen colony to Yr3b+4b ascended year after year,especially to YrSu obviously. Virulence frequency to YrSu had up to 100%in 2007,being higer than that to Yr3b+4b.
Intercropping and cultivar mixtures could increase species diversity which would keep ecological system stable and increase the system's functions.To study ecological control of wheat strip rust by intercropping of wheat and faba bean,field studies were conducted at 3 locations representing different ecological regions.The results showed that wheat strip rust was controlled by 31.4%～82.3%and the leaf spot of faba bean was controlled by 9.9%～26.4%by wheat and fababean intercropping.Wheat stripe rust dynamic developments of all-planting and mixed-planting had been systematically investigated in this study by taking different mixed-planting combinations among 6 wheat varieties(Chuannong 10,Mianyang 31,Chuannai 107,Chuanmai 37,Chuanyu 16 and Chuanyu 18)with different resistance levels.The results of this experiment showed that planting of four or six variety mixtures with different resistant level can delay the occurrence of wheat stripe rust,slow the speed of disease and decline the damage of disease as well as stabilize yield of wheats.
Highly susceptible wheat varieties Mingxian 169 and Chuannong 10,slow-rusting variety Chuanmai 107,moderately resistant varieties Chuanyu 18,Chuanmai 37, Mianyang 31,and highly resistant variety Chuanmai 36 were sown in pot individually or in mixture and inoculated with a field sporadic virulent mutant to Chuanmai 36, which was belonged to pathotype Su-12 for consecutive propagation of the uredia.After 9 consecutive generations,uredia from each variety or variety mixtures were found to be virulent to larger numbers of Chinese physiologic race differential varieties.While uredia collected from Chuanmai 36 were found to be stably virulent to Chuanmai 36, such virulence was lost in the uredia from some varieties after 9 generations.Uredia collected from Chuanmai 36 and Mianyang 31 after 9 consecutive generation was identified as CY32 and Su-14(CY33),respectively to the most dominant race in Sicuan province.The number of compatible differential varieties to the uredia after 6 and 9 consecutive generations on Chuanmai 36 were also found to be higer than other that on other varieties and variety mixtures.The virulence of uredia in terms of the number of compatible differential varieties from 4 variety mixture containing Mianyang 31, Chuanmai 36.Chuanyu 18 and Chuanmai 107.was weaker than that of Mianyang 31 and Chuanmai 36 after 9 consecutive generations,whereas the virulence of the uredia from the mixture with 2 additional varieties.Chuanmai 37 and Chuannong 10.had been than that from Chuanmai 36 and Mianyang 31 since 6th consecutive generation.The uredia from the latter mixture after 9 consecutive generation failed to infect Chuanmai 36,suggesting the deleterious effects of variety mixture on the virulence enhancement of the pathogen.The primers which have been proved to demonstrate the AFLP of genomic DNA of P.striiformis f.sp.tritici in Sichuan failed to detect such polymorphism among the uredia collected from different varieties after 3,6 and 9 consecutive generations of propagation.
研究四川小麦条锈病的流行规律可为病害的分区治理和大区协同治理提供依据;研究品种抗锈性和条锈菌生理小种动态变化可为预测病害流行和菌源地治理提供依据;研究病害的生态控制可为小麦条锈病的可持续控制提供技术支撑。
尽管上个世纪八、九十年代曾对四川省小麦条锈病流行规律进行过研究,但受全球气候变暖、耕作制度和品种布局变化等的影响,病害流行规律发生了较大变化。近10年来四川小麦条锈病流行出现了秋苗病害始见期提早、流行期加长、危害损失趋重等新特点,有必要重新对其进行系统研究。本文在实地调查的基础上,利用GIS技术对全省132个小麦主产县(市、区)1987～2006年小麦条锈病发生情况进行了系统分析。结果表明,四川省小麦条锈病流行区域可划分为川西北越夏区、川西南越夏及冬繁区、盆地冬繁区和川东南春季流行区。GIS软件分析发现,病菌孢子在四川盆地内的传播路径为:沿岷江、涪江、沱江和嘉陵江等4条河流自北向南、自西向东传播。通过相关资料研究明确了影响四川小麦条锈病春季流行程度的主要因素有三个:品种抗锈性、冬季菌源量(发生面积)和冬、春季的气候条件。
小麦条锈病已成为影响四川小麦安全生产的最重要病害。近年来小麦条锈病在四川连年大发生,究其原因,最主要和最直接的是大面积生产上应用的小麦品种抗锈性丧失。本研究根据对28个不同毒性谱的小麦条锈菌菌系的反应,并结合品种系谱分析,研究了58份四川省重要小麦品种、育种材料和抗源品种所具有的抗条锈基因。结果表明,Yr1、Yr2、Yr3、Yr5、Yr7、Yr9、Yr10、Yr24、YrVir1-2、YrAlba和YrSu等11个基因以单基因或基因组合的形式分布在42个供试品种中,其中携带Yr2基因的品种最多,有11个;携带Yr10基因的品种次之,有9个;14个品种抗所有供试小麦条锈菌菌系,可能具有Yr5或者Yr24基因;10个品种具有未知抗病基因或基因组合。相关资料和数据分析显示,四川小麦品种抗锈性现状为:新审定品种区试抗性水平有较大提高,但新品种一经大面积推广后抗锈性衰退现象十分严重,大面积种植的小麦品种抗锈性水平仍不容乐观。
进行小麦条锈病菌越夏区和流行区的生理小种监测,掌握病菌群体组成结构和动态变化,对于预测病害的发生和流行,以及制定防治策略等都具有十分重要的意义,还可为抗病品种选育、品种布局、轮换等提供科学依据,为研究四川省小麦品种与条锈病菌互作在群体水平上的演替变化规律提供系统资料。小麦条锈菌生理小种监测结果显示,1996-2000年间,条中31号出现频率占第一位,但呈逐年下降趋势。自2001年起,条中32号出现频率超过了条中31,成为优势小种。具有较强致病力的Hybrid46和水源11两大致病类群内部虽发生着急剧分化,但两大致病类群所占比例自1997年以来一直稳定在80%以上,尤其是近两年竟高达99%以上,成为绝对的优势种群。近年来,对Hybrid46(含抗性基因Yr3b、4b)具毒性的致病类型出现频率逐年下降,而对水源11类群(含抗性基因YrSu)出现频率逐渐上升,其中条中33(Su-14)类型出现频率近年来上升明显,尤其是在2007年更高达18%,仅次于条中32,成为第2位流行小种。表现在毒力频率上,四川小麦条锈病菌群体除对Yr3b+4b毒力频率逐年上升外,尤其是对YrSu的毒力频率上升明显,且高于对Yr3b+4b的毒力频率,2007年达到100%。
本研究还在三个不同生态区域对小麦与蚕豆间作对病害的控制作用进行了试验。结果表明,小麦与蚕豆间作对小麦条锈病和蚕豆叶斑病具有较好的控制作用,对小麦条锈病的相对控制效果可达31.3%～82.3%,对蚕豆叶斑病的相对控制效果为9.9%～26.4%。另外,作者通过对6个不同抗性水平的小麦品种进行不同组合的随机等量混播,系统调查了各品种净作田和多品种混播田小麦条锈病的病情发展动态。试验表明,4个或6个品种混播能有效推迟条锈病发病期,延缓发病速率,降低发病程度,并且具有较好的稳产作用。
将高感品种铭贤169、川农10号、慢锈品种川麦107、生产上表现中抗的品种绵阳31、川麦37、川育18和目前大面积仍然表现高抗的川麦36单播,将川麦107、川育18、绵阳31和川麦36四组份等比混合播种(混Ⅰ),将川麦107、川育18、绵阳31、川麦37、川农10号和川麦36六组分等比混合播种(混Ⅱ),将一属Su-12致病类型、对川麦36具毒性的田间突变株接种上述品种或混播组合并连续继代繁殖9代后,病菌在各品种上的毒性均增强,其中川麦36和绵阳31上病菌分别演化为强毒性的条中32和条中33(即Su-14);抗病品种川麦36对其毒性突变具有定向选择作用,所检测的各代次夏孢子对其具稳定毒性,但此毒性在其他品种上继代繁殖9代后的部分菌株中会丧失,病菌在川麦36上连续继代繁殖6代后,毒性高于其他品种或混播组合上繁殖的菌株;在含有绵阳31、川麦36的四组份混播组合上,病菌继代繁殖9代后的毒性虽有所增强,但对鉴别寄主的毒性弱于条中32和33;而在含有上述两个品种的六组分混播组合上,病菌连续继代繁殖3代后的毒性就较弱于绵阳11和川麦36单播处理上继代繁殖相同代次的条锈病菌,继代繁殖9代后,病菌对川麦36毒性丧失,表明多组分混播不利于病菌毒性的增强。利用对四川小麦条锈病菌株具有AFLP多态性的引物,对各世代收集孢子基因组DNA限制性内切酶进行预扩和选扩,没有发现各品种和组合继代繁殖代次上条锈病菌具有AFLP多态性,由此可排除病菌毒性变异由机械混杂引起的可能性。
Sichuan is considered as the inoculum sources of(Puccinia striiformis Westend f.sp.tritci Eriks.) in autumn and the main region where the inoculum can multiply continuosly in the whole winter.The inoculums spreading from oversummering areas with upper air can reproduce large number of uredia in winter-reproductive area in Sichuan basin through the whole seasons of winter and spring,which spread abroad to other winter wheat growing areas as the main sources of inoculums in the spring. Consequently,Sichuan has been considered as the hotspots for the disease epidemic circle and the disease management in China.The control of wheat stripe rust in Sichuan can protect the local wheat production and alleviate control pressures in other witer wheat growing areas.The inoculum of P.striiformis f.sp.can oversummer and also overwinter in Northwest Sichuan area,where susceptible wheat varieties were on mountains of different altitudes so the pathogen cycles between the wheat plants as well as volunteer seedlings at different altitudes with the help of wind.This area is also the refuge for the new races of the pathogen to develop.Therefore,wheat stripe rust usually occurred severely in the autumn,new physiological races of pathogen usually emerged firstly and the resistance of wheat varieties was liable to change in Northweat Sichuan. From the development history of physiological races of P.striiformis f.sp.tritici,we can see that the variance of pathogen in Sichuan affected the occurrence of wheat stripe rust greatly in local and other wheat growing areas in China.To study the epidemiology of the disease,the change of physiological races,the change of the resistance of wheat varieties and ecological control are of great importance to the forcast of the disease and sustainable control of the disease.
Although great efforts had been paid to the epidemiological survey of the disease in Sichuan in the past 20 years,epidemiology of the disease had changed due to the global warming and changes in cultivation system and variety distribution.The time of disease emergence on the autumn seedlings of wheat had become earlier than ten years ago and longer epidemic period and higher severity of the disease had been observed in the whole growing seasons.The data collected from 132 counties were analyzed using GIS technology in order to reveal the epidemic characters of the disease and dispersal routes of the pathogen.The results indicated that Sichuan province could be divided into four epidemic zones of wheat stripe rust based on the ecological conditions,climate characters,disease occurrence and spreading as well as the systems of wheat production. i.e.,over-summer area in Northwestern Sichuan,over-summer and winter-reproductive area in Southwestern Sichuan,winter-reproductive area in Sichuan basin and spring epidemic area in South-east Sichuan.Pathogen inoculum of stripe rust could be spread by four dispersal ways along Min River,Fu River,Tuo River and Jialing River in the direction from north to south and from west to east in Sichuan province.The relative data analyzed showed that the resistance in wheat varieties,the incidence occurrence areas in winter,and climate factors in the winter and spring were the three major factors to affect the severity of the disease epidemics in the spring.
Seedlings of 58 wheat cultivars and elite breeding lines were inoculated with 28 selected different isolates of P.striiformis f.sp.tritici to postulate the stripe rust resistance genes.The results showed that Yr1、Yr2、Yr3、Yr5、Yr7、Yr9、Yr10、Yr24、YrVir1-2、YrAlba and YrSu were detected in 42 wheat cultivars and beeding lines,either alone or in combination.Yr2,the most common gene,presented in 11 cultivars,while Yr10 in 9 cultivars.14 wheat cultivars were resistant to all the 28 isolates of Puccinia striiforms f.sp.tritici and may contain the Yr24 genes.10 wheat cultivars contained unkown genes or their combinations.
Study on physiological races in Sichuan province showed that CY31 was the most dominant race during 1996～2000.Since 2001,occurrence frequency of CY32 exceeded CY31 and CY32 had become the most dominant race.Segregation in the Hybrid46 and Suweon 11 pathotype groups became more obviously.Occurrence frequency of the two pathotype groups with strong pathogenecity and wide virulence spectrum kept stable about 80%since 1997,especially in the past two years up to 99% in 2006 and 2007.Occurrence frequency of Hybrid46 pathotypes delined in the recent years whereas that of Suweon 11 ascended.Among Suweon 11 pathotype group, occurrence frequency of Su-14(CY33) rose obviously in the recent years,which had become the second dominant physiological race in 2007(18%).Virulence frequnency of pathogen colony to Yr3b+4b ascended year after year,especially to YrSu obviously. Virulence frequency to YrSu had up to 100%in 2007,being higer than that to Yr3b+4b.
Intercropping and cultivar mixtures could increase species diversity which would keep ecological system stable and increase the system's functions.To study ecological control of wheat strip rust by intercropping of wheat and faba bean,field studies were conducted at 3 locations representing different ecological regions.The results showed that wheat strip rust was controlled by 31.4%～82.3%and the leaf spot of faba bean was controlled by 9.9%～26.4%by wheat and fababean intercropping.Wheat stripe rust dynamic developments of all-planting and mixed-planting had been systematically investigated in this study by taking different mixed-planting combinations among 6 wheat varieties(Chuannong 10,Mianyang 31,Chuannai 107,Chuanmai 37,Chuanyu 16 and Chuanyu 18)with different resistance levels.The results of this experiment showed that planting of four or six variety mixtures with different resistant level can delay the occurrence of wheat stripe rust,slow the speed of disease and decline the damage of disease as well as stabilize yield of wheats.
Highly susceptible wheat varieties Mingxian 169 and Chuannong 10,slow-rusting variety Chuanmai 107,moderately resistant varieties Chuanyu 18,Chuanmai 37, Mianyang 31,and highly resistant variety Chuanmai 36 were sown in pot individually or in mixture and inoculated with a field sporadic virulent mutant to Chuanmai 36, which was belonged to pathotype Su-12 for consecutive propagation of the uredia.After 9 consecutive generations,uredia from each variety or variety mixtures were found to be virulent to larger numbers of Chinese physiologic race differential varieties.While uredia collected from Chuanmai 36 were found to be stably virulent to Chuanmai 36, such virulence was lost in the uredia from some varieties after 9 generations.Uredia collected from Chuanmai 36 and Mianyang 31 after 9 consecutive generation was identified as CY32 and Su-14(CY33),respectively to the most dominant race in Sicuan province.The number of compatible differential varieties to the uredia after 6 and 9 consecutive generations on Chuanmai 36 were also found to be higer than other that on other varieties and variety mixtures.The virulence of uredia in terms of the number of compatible differential varieties from 4 variety mixture containing Mianyang 31, Chuanmai 36.Chuanyu 18 and Chuanmai 107.was weaker than that of Mianyang 31 and Chuanmai 36 after 9 consecutive generations,whereas the virulence of the uredia from the mixture with 2 additional varieties.Chuanmai 37 and Chuannong 10.had been than that from Chuanmai 36 and Mianyang 31 since 6th consecutive generation.The uredia from the latter mixture after 9 consecutive generation failed to infect Chuanmai 36,suggesting the deleterious effects of variety mixture on the virulence enhancement of the pathogen.The primers which have been proved to demonstrate the AFLP of genomic DNA of P.striiformis f.sp.tritici in Sichuan failed to detect such polymorphism among the uredia collected from different varieties after 3,6 and 9 consecutive generations of propagation.
引文
[1]李振岐、商洪生,小麦锈病及其防治,上海:上海科学技术出版社,1989
[2]李光博、曾士迈、李振岐,小麦病虫草鼠害综合治理,北京:中国农业科技出版社,1990:185～210
[3]李振岐、曾士迈,中国小麦锈病,北京:中国农业出版社,2002
[4]万安民,小麦条锈病的发生状况和研究现状,世界农业,2000,5:39-40
[5]Zadoks J C.Epidemiology of wheat rust in Europe.F.A.O.Plant protection,Bull,1965(13):29-46
[6]Rapilly P.Yellow rust epidemiology.Ann.Rev.Phytopathology,1979,17:59-73
[7]Tollenaar H,Houston B R.A study on the epidemiology of stripe rust,Puccinia striiformis West.in California.Can.J.Bot,1967,45:291-307
[8]Manners J G.Puccinia striiformis Westend.var.dactylidis var.nov.Trans.Br.Mycol.Soc.,1960,43(1):65-68
[9]Zadoks J C.Yellow rust on wheat:studies in epidemiology and physiologic specialization.T.Pl.Ziekten,1961,67:69-256
[10]Zadoks J C.Schein R D.Epidemiology and Plant Disease Management.New Yoek:Oxford University Press,1979,427
[11]万安民、赵中华、吴立人,2002年我国小麦条锈病发生回顾,植物保护,2003,29(2):5-8
[12]毛建辉、杨家秀等,四川小麦条锈病发生及防治研究,西南农业大学学报,1999,21(1):27-32
[13]李媛等,1996年四川小麦条锈病流行原因及防治对策,植物保护,1997,(1):23-25
[14]王凤乐、吴立人等,中国条锈新小种30,31号的研究,植物保护学报,1996,23(1):39-44
[15]万安民、牛永春等,1991～1996年我国小麦条锈菌生理专化研究,植物病理学报,1999,29(1):15-21
[16]万安民、吴立人等,2000～2001年我国小麦条锈病发生和生理小种检测结果,植物保护,2002,(3):5-9
[17]吴立人、王凤乐、万安民等,绵阳系小麦品种抗条锈变异研究初报,西南农业学报,1993,6(1):71-74
[18]李振岐、商鸿生、康振生,密切注视绵阳系统小麦品种抗条锈性变异的新动向,植保技术与推广,1993,(3):36-37
[19]康振生、李振岐、商鸿生等,绵阳系统小麦条锈菌新菌系的发现,西北农业大学学报,1994,22(3):7-11
[20]杨家秀、李晓、李云鹤等等,四川小麦主要生产品种(系)分小种抗条锈性鉴定,西南农业大学学报,1996,18(6):550-553
[21]牛永春、吴立人,繁6—绵阳系小麦抗条锈变异及对策,植物病理学报,1997,27(1):5-8
[22]姚革、杨家秀等,小麦主要品种(系)分小种抗条锈性鉴定,西南农业学报,2002,(15):38-39
[23]姚革、蒋滨、田承权等,四川省小麦条锈病持续流行原因及防治对策,西南农业学报,2004,17(2):253-256
[24]刘可、沈丽等,四川地区小麦条锈病大流行特点及原因分析,西南农业大学学报,2002,4(24):299-303
[25]沈丽、刘牛等,1999年四川省小麦条锈病大流行原因分析及治理对策,植保技术与推广,2001,21(1):14-15
[26]罗林明、沈丽、廖华明,四川小麦条锈病菌源地综合治理对策与措施研究,农业生物灾害预防与控制研究,成卓敏主编,北京:中国农业科学技术出版社,2005:171～174
[27]蔡旭,小麦成株对条锈病抗性的遗传研究.ChineseJour.Agric.1949,Ⅰ(1):29-42
[28]蔡旭等,小麦抗锈选种总结报告,北京农业大学学报,1955,Ⅰ(1):7- 30
[29]卜慕华等,小麦品种对条锈病、叶锈病及秆锈病抵抗性的检定,研究专刊第一号,1949:1-52
[30]Ling,L.Eidemiol6gy studies on stripe rust of wheat in Chengdu Plain.China.Phytopathology,1945,35(11):885-894
[31]Wang H.R.Notes on physiological specialization in leat rust of wheat in China.Phytopathology,1947,37(9):680-681
[32]方中达,Physiological specialization of Puccinia glumarum Erikss and Henn in China.Phytopathology,1944,34:1020-1024
[33]商鸿生,小麦条锈病及其防治,北京:金盾出版社,2008
[34]李振岐、刘汉文,陕、甘、青毗邻地区小麦条锈病发生发展规律之初步研究,西北农学院学报,1956(4):1～18,1959(1):33-37
[35]王吉庆、戴书坤等,甘肃地区小麦条锈病病菌越夏规律的初步研究,植物病理学报,1965,8(1):1-8
[36]沈其益、汪可宁,中国小麦条锈病流行规律研究现状和今后研究的商榷,植物保护学报,1962,1(4):393-402
[37]陕、甘、川小麦条锈病越夏考察组,陕、甘、川三省毗邻地区小麦条锈病越夏考察纪要,植物保护,1981,(9):200-203
[38]姜瑞中、商鸿生等,甘肃南部小麦条锈病越夏考察,西北农业大学学报,1993,21(2):9-11
[39]刘孝坤、洪锡午、谢水仙,陇南南部小麦条锈菌越夏的初步研究,植物病理学报,1984,14(1):9-15
[40]黄光明,陕、甘、青三省毗邻地区小麦条锈菌源考察,植物保护,1983,(2):14
[41]李振岐、王美楠、贾明贵等,陇南地区小麦条锈病的流行规律及其控制策略研究,西北农业大学学报,1997,25(2):1-5
[42]谢水仙、陈扬林等,陇东小麦条锈病发生规律调查,甘肃农业科技,1995,(5):34-36
[43]汪可宁、谢水仙等,我国小麦条锈病研究的进展,中国农业科学, 1988,16(2):80-85
[44]曾士迈,小麦条锈病的大区流行规律和流行区系,植物保护,1963,(1):1～13
[45]曾士迈、孙平,华北西北长江中下游小麦条锈病流行区划的研究,赵美琦主编:麦田植保系统工程的研究,北京:北京农业大学出版社,1995.125-133
[46]马占鸿、石守定、姜玉英等,基于GIS和地统计学研究小麦条锈病菌越夏区气候区划,植物病理学报,2005,34(5):455-462
[47]马占鸿、石守定、王海光等,我国小麦条锈病菌既越冬又越夏地区的气候区划,西北农林科技大学学报,2005,33(增刊):11-13
[48]胥荻、王海光、马占鸿等,我国小麦条锈病菌越夏区和越冬区气候区划—应用CLIMEx和气候相似距方法,中国植物病理学会2006年学术年会论文集,2006,P422
[49]谢水仙、陈扬林、陈万权等,阿坝州小麦条锈病发生规律的研究,植物保护学报,1988,15(2):85-91
[50]黄光明、杨家秀、罗代新等,我省小麦条锈病菌越夏规律调查,四川农业科技,1981,(3):20-23
[51]陈扬林、谢水仙、洪锡午等,阿坝州小麦条锈病秋季菌源控制的初步研究,植物保护学报,1988,15(4):217-222
[52]谢水仙、陈扬林等,四川绵阳地区小麦条锈病流行规律研究,植物保护学报,1986,13(1):31-37
[53]杨世诚等,云南省小麦条锈病菌越夏规律研究,中国农业科学,1986,(2):72-77
[54]杨世诚等,云南省小麦条锈病考察报告,云南农业科技,1982,(6):9-13
[55]李明菊等,云南省小麦条锈病流行体系的研究现状,植物保护,2004,30(3):30-33
[56]谢水仙、陈万权等,陇南和阿坝地区小麦条锈菌传播的研究,植物病理学报,1992,22(2):138-141
[57]谢水仙、汪可宁、陈扬林等,我国小麦条锈病菌传播与高空气流关 系的初步研究,植物病理学报,23(3):203-209
[58]谢水仙等,我国小麦条锈菌流行问题和控制对策,植物保护,1990,2:43-45
[59]石守定、马占鸿、王海光等,基于GIS和地统计学研究小麦条锈病菌越冬范围,植物保护学报,2005,32(1):29-32
[60]陆师义、范桂芳等,小麦条锈病研究1:小麦条锈菌的专化性研究,植物病理学报,1956,2(2):153-166
[61]陆师义、杨作民等,小麦及禾草条锈病菌的研究,植物病理学报,1958,4(2):137-144
[62]林晓明、李振岐,我国小麦条锈菌寄主范围的研究,植物病理学报,1990,18(1):103～105
[63]林晓明、李振岐,我国小麦条锈菌对非小麦属植物的寄生专化性,华北农学报,1992,7(3):71-75
[64]彭于发,禾本科杂草对小麦条锈菌感病性的初步研究,[学位论文],北京:中国农科院植保所,1984
[65]牛永春、李振岐、商鸿生,条形柄锈菌赖草专化型和披碱专化型,西北农业大学学报,1991,19(增刊):58-62
[66]牛永春、李振岐、商鸿生,条形柄锈菌大麦专化型分布区域的新发现,西北农业大学学报,1991,19(增刊):63-65
[67]牛永春、李振岐、商鸿生,条形柄锈菌大麦专化型的寄主范围,西北农业大学学报,1994,22(1):110-122
[68]袁文焕、李高保、王保通,小麦条锈病菌的禾草寄主—节节麦,河北农业大学学报,1994,17(3):75-77
[69]Cummins G B.The Rust Fungi of Cereals,Grasses and Bamboos.Springer-Verlag,New York,1971
[70]汪可宁等,我国小麦三种锈菌生理小种的调查研究,中国植物保护科学,1961:307-318
[71]John R,Stubbs R W,Fuches E,et al.Nomenclature of physiologic races of Puecinia striiformis infecting wheat.Transactions of the British Mycological Society,1972,58:475-480
[72]Wellings C R,Mcintosh R A.Puccinia striiformis f.sp.tritici in Australasia:pathogenic changes during the first 10 years.Plant Pathology,1990,39:316-325
[73]Line R F,Chen X M.Wheat and barley stripe rust in North America.Proceddings of European and Mediterranean Cereal Rusts Powdery Midew Conference,1995,9:101-104
[74]Chen X M,Moore M K,Milus E A,et al.Wheat stripe rust epidemics and races of Puccinia striiformis f.sp.tritici in the United states in 2000.Plant Disease,2002,86(5):39-46
[75]Boshff W H P,Pretorius Z A,van Niekerk B D.Establishment distribution and pathogenicity of Puccinia striiformis f.sp.tritici in South Africa.Plant Disease,2002,86(5):485-492
[76]Yahyaoui A H,Hakim M S,Naimi M E L,et al.Evolution of physiologic races and virulence of Puccinia striiformis on wheat in Syria and Lebanon.Plant Disease,2002,86(5):499-504
[77]汪可宁、吴立人等,我国小麦条锈菌生理小种工作进展,中国农业科学专刊,1987,79-85
[78]万安民,小麦条锈菌鉴别寄主和小种命名现状,植物病理学报,2003,33(60):481-486
[79]汪可宁、洪锡午等,1962～1965和1972～1974年我国小麦条锈菌生理小种鉴定研究,植物保护研究报告,1:31-36
[80]汪可宁、吴立人等,1975～1984年我国小麦条锈菌生理专化研究,植物病理学报,1986,16(2):80-85
[81]吴立人、杨华安、袁文焕等,1985～1990年我国小麦条锈菌生理小种专化研究,植物病理学报,1993,23(3):269-274
[82]万安民、吴立人、贾秋珍等,1997～2001年我国小麦条锈菌生理小种变化动态,植物病理学报,2003,33(3):261-266
[83]吴立人、杨华安等,小麦条锈菌新小种流行预测研究,中国农业科学,1991,24(5):59-63
[84]杨华安等,我国小麦条锈菌生理小种毒性基因及致病性特点分析, 植物病理学报,1990,20(3):213-217
[85]吴立人等,洛10洛13致病类群的发现与研究,中国农业科学,1988,21(5):53-58
[86]Niu Y C.Comparison of four formae specialis of Puccinia striiformis West.Proceedings of the Second China-Japan International Congress of Mycology,1992,Beijing,119-120
[87]吴立人,1989、1990年小麦条锈菌生理小种监测结果简报,植物保护,1991,(3):22-23
[88]宋位中、贾秋珍、刘守俭,1986～1990年甘肃省小麦条锈菌生理小种监测研究,甘肃科学学报,1991,(3):61-65
[89]贾秋珍、金社林、曹世勤等,2000～2001甘肃省小麦条锈菌生理小种监测结果,甘肃农业科技,2003,(1):48-50
[90]贾秋珍、金社林、曹世勤等,2002～2003甘肃省小麦条锈菌生理小种监测结果,植物保护,2005,31(2):44-47
[91]贾秋珍,2004年甘肃省小麦条锈菌生理小种变异监测,甘肃农业科技,2005,(11):45-47
[92]贾秋珍、金社林、曹世勤等,小麦条锈菌生理小种条中32号及水源11致病类型在甘肃的流行与发展趋势,植物保护学报,2007,34(3):263-267
[93]王保通、李高宝、李强等,2001～2005陕西省小麦条锈菌生理小种变化动态,西北农林科技大学学报,35(3):209-216
[94]杨家秀、李晓、李云鹤等,四川小麦条锈菌生理小种监测及动态分析,西南农业学报,1997,10:23-26
[95]安民、吴立人、金社林等,中国小麦条锈菌条中32号的命名及其特性,植物保护学报,2003,30(4):347-351
[96]杨世诚、孙茂林,云南省小麦条锈菌生理小种鉴定及其消长情况,云南农业科技,1984,(1)4-11
[97]李明菊、毕青云,1998～1999年云南省小麦条锈病生理小种监测结果,云南农业科技,2000,(5):5-7
[98]李明菊、邬琰、吕建平等,云南省小麦条锈菌生理小种组成与分布 研究,西南农业学报,2005,18(1):55-58
[99]山西省小麦锈病协助组,小麦条锈菌生理小种的消长规律,山西农业科学,1984,1:28-30
[100]Kilpatrick,R.A.,New wheat Cultivars and longevity of Rusts resistance 1971-1975
[101]汪可宁、洪锡午等,1951～1983年我国小麦品种抗条锈性变异分析,植物保护学报,1986,13(2):117-124
[102]李振岐,我国小麦品种抗条锈性丧失原因及其解决途径,中国农业科学,1980,3:72-76
[103]李振岐,关于小麦品种抗条锈性丧失问题的初步研究,西北农学院学报,1980,(3):83-92
[104]李振岐,关于小麦品种抗条锈性减退问题的讨论,西北农学院学报,1958,3:83-92
[105]井金学、商鸿生、李振岐等,小麦品种抗条锈性分化的初步研究,植物病理学报,1997,27(1):9-16
[106]康振生、李振岐、商鸿生,小麦条锈菌异核作用产生的一新菌系,西北农业大学学报,1993,21(1):97-99
[107]商鸿生、井金学、李振岐,紫外线诱导小麦条锈菌毒性突变的研究,植物病理学报,1994,24(4):347-351
[108]曹张军、王美南、井金学,小麦抗条锈性遗传研究进展,麦类作物学报,2001,21(3):80-83
[109]张石城等,关于抗锈品种丧失抗锈性问题,农业科学通讯,1957,4:231
[110]曾士迈等,对条锈病菌变异问题的几点看法,植物保护,1969,2(2):135-137
[111]李振岐、商鸿生等,洛夫林小麦抗条锈性变异的研究,中国农业科学,1984,1:68-74
[112]联合考察组,陇南洛夫林系统小麦品种抗条锈性变异问题联合考察报告,西北农学院学报,1981,(4):1-9
[113]汪可宁、洪午锡等,关于碧蚂1号抗条锈性变异原因的商榷,农业科学通讯,1957(11):650-652
[114]李振岐、刘汉文,关于碧蚂1号小麦抗条锈性减退问题的讨论,西北农学院学报,1956,(4):1-18;1957(1):33-47
[115]张传飞、商鸿生、李振岐,中国小麦条锈菌主要流行小种寄生适合度,西北农业大学学报,1994,22(2):28-32
[116]李振岐、商鸿生、陆和平等,天水地区小麦品种抗条锈性变异动态监测研究,西北农业大学学报,1991,19(增刊):1-5
[117]张富胜、陶培芳、张小基等,绵阳系青山系两大主体小麦品种抗锈性丧失原因浅析与控制对策,植保技术与推广,1996,16(2):11-13
[118]刘正德、蒋滨,四川小麦品种抗条锈性变异及对策,西南农业学报,1999,12(1):87-91
[119]谢水仙、吴立人等,我国小麦条锈病流行问题和控制对策,植物保护,1990,16(2):43-45
[120]吴立人、牛永春,我国小麦条锈病持续控制的策略,中国农业科学,2000,33(5):46-54
[121]许喜堂、赵惠青、康恩宽,控制小麦条锈病的现状与设想,北京农学院学报,1999,14(2):8-12
[122]Van der plank J E.Disease Resistance in Plants.Academic Press,New York,1968
[123]王凤乐、吴立人、谢水仙等,中国小麦重要抗源材料抗条锈基因推导及其成株抗病性分析,植物病理学报,1994,24(2):175-180
[124]王风乐、吴立人、万安民等,陕甘川重要小麦品种抗条锈基因分析,作物学报,1994,20(5):589-594
[125]杨华安等,我国小麦条锈菌鉴别寄主抗条锈基因分析,植物保护学报,1990,17(1):67-72
[126]侯文邦,小麦品种对条锈病高温成株抗病性,洛阳农专学报,1996,16(1):31-33
[127]王凤乐、吴立人、徐世昌等,持久抗条锈小麦品种抗病性特点分析,植物保护,1997,23(3):3-6
[128]Line R F,Chen X M,Qayoum A.Races of Puccinia striiformis in North America,identification of resistance genes,and durability of resistance.Proc.Eur.Mediterr.Cereal Rusts Conf.,1992,8:280-282
[129]商鸿生,小麦对条锈病的高温抗病性研究,中国农业科学,1998,31(4):46-50
[130]王利国、商鸿生、井金学,高温抗条锈性小麦品种的筛选和鉴定,西北农业学报,1995,4(1):35-38
[131]商鸿生、王利国、陆和平等,小麦对条锈病高温抗病性表达规律的研究,植物保护学报,1997,24(2):97-100
[132]曾士迈、王沛有、张万义等,小麦对条锈病的水平抗病性研究初报,植物保护学报,1979,6(1):1-10
[133]骆勇、曾士迈,小麦条锈病(Puccinia striiformis)慢锈品种流行模拟模型,中国科学,1989,(3):269-277
[134]袁文焕、李高保,慢条锈性小麦品种鉴定方法初探,甘肃农业科技,1996,(5):28-30
[135]袁文焕、张忠军等,小麦慢条锈性品种的筛选及小种专化性,中国农业科学,1995,28(3):35-40
[136]Robbelen Drhc G,Sharp E L.Mode of Inheritance,Interaction and Application of Genes Conditioning Resistance to yellow Rust.Berlin and Hamburg,Verlag Pall Parey,1978
[137]蔡旭、刘中宜、张树榛,小麦杂交育种工作中品种特性遗传传递规律和亲本选配问题,作物学报,1962,1(2):85-96
[138]汪可宁、洪锡午、陈善铭等,小麦品种对条锈病抗病性遗传规律研究初报,植物病理学报,1963,6(2):197-206
[139]金善宝、刘安定主编,中国小麦品种志,北京:农业出版社,1964
[140]金善宝主编,中国小麦品种志(1962～1982),北京:农业出版社,1986
[141]金善宝主编,中国小麦品种志(1983～1993),北京:中国农业出版社,1997
[142]金善宝等,中国小麦品种及其系谱,北京:农业出版社,1983
[143]G.E.Russell;高必达、覃仕明,小麦抗条锈育种的概况,麦类作物学报,1983,(2):15-17
[144]何家泌,小麦抗锈性遗传与抗性育种,中国农业科学,1980,4:53-64
[145]庞家智等,中国小麦育种研究进展,北京:中国农业出版社,1996,295-299
[146]杨作民、唐伯让、沈克全等,小麦抗病育种的战略问题—小麦对锈病、白粉病第二线抗源的建立和应用,作物学报,1994,20(4):385-394
[147]周祥椿,我校冬小麦抗条锈育种的回顾与设想,甘肃农业科技,1995,(1):2-4
[148]黄可兵、邢国风、杨仕雷,四川小麦抗条锈育种概况,农业科技通讯,2008,(3):11-12
[149]曾士迈、张万义、肖悦岩,小麦条锈病的电算模拟研究初报—春季流行的一个简要模型,北京农业大学学报,7(3):1-12
[150]肖悦岩、曾士迈、张万义等,SIMYR—小麦条锈病流行的简要模拟模型,植物病理学报,1983,13(1):1-13
[151]张忠军、曾士迈、宋位中,小麦品种组成与条锈菌小种消长之间关系的大田微缩模拟研究初报,北京农业大学学报,1990,16(增刊):143-148
[152]骆勇、曾士迈,小麦条锈病流行模拟模型的研制,北京农业大学学报,1990,16(增刊):1-21
[153]曾士迈、孙平,小麦条锈病大区流行规律的模拟研究—川西北陇南陇东等地大区流行中的作用,赵美琦主编:麦田植保系统工程的研究,北京:北京农业大学出版社,1995,125-133
[154]骆勇、曾士迈,小麦多病害综合防治中品种布局决策模型,北京农业大学学报,1990,16(增刊):96-115
[155]郝建军、曾士迈,冬小麦病害综合防治效果(ESWDC)模拟模型的初报设计,北京农业大学学报,1990,16(增刊):60-68
[156]赵美琦、肖悦岩、陈刚等,小麦病虫害综合治理决策支持系统 (WPIDSS),赵美琦主编:麦田植保系统工程的研究,北京农业大学出版社,1995,25-32
[157]肖长林、曾士迈,小麦条锈病流行程趋势预测专家系统雏形,北京农业大学学报,1990,16(增刊):126-132
[158]X.M.Chen.Epidemiology and Control of Stripe Rust[Puccinia striiformis f.sp.tritici]on Wheat.Canadian Journal of Plant Pathology,2005,27(3):314-337.
[159汪可宁、谢水仙、刘孝坤,我国小麦条锈病防治研究的进展,中国农业科学,1988,21(2):1-8
[160]]曾昭惠,回顾防治小麦条锈病四十年,植保参考,1990,4(19):21-24
[161]杨昌寿、孙茂林,对利用多样化防治小麦条锈病的作用的评价,西南农业学报,1989,2(2):53-56
[162]陈扬林、王仪、谢水仙等,粉锈宁拌种对小麦条锈病长效机制的初步研究,植物病理学报,1988,18(1):47-50
[163]陈扬林等,小麦锈菌对粉锈宁敏感性的初步研究,植物病理学报,1992,22(1):95
[164]陈扬林等,粉锈宁药效与小麦品种对条锈病菌感病性关系的研究,植物保护学报,1992,19(1):75-80
[165]陈扬林、谢水仙等,三唑酮(粉锈宁)拌种控制小麦条锈病流行的初步研究,植物保护学报,1982,9(4):265-270
[166]陈扬林、陈万权等,三种粉锈宁络合物防治小麦锈病研究,植物保护学报,1994,21(1):67-71
[167]唐永金,四川小麦品种的历史、现状和未来,国外农学—麦类作物,1996,(6):5-7
[168]Flor,H.H.,1971,Ann.Rev.Phytopath.9:275-296
[169]Loegering W Q.et al.Can.J.Genet.Cytol.,1971,13:742
[170]Dubin H J et al.Postulated genes for resistance to stripe rust in select CIMMYT and related wheat.Plant Disease,1989;73:472-475
[171]陈万权等,我国28个小麦品种抗叶锈基因的推导,作物学报,1993, 19(3):268-275
[172]郭爱国等,小麦抗病性基因推导方法的发展和应用,河北农业大学学报,1993,26(1):13-18
[173]王风乐等,小麦抗锈基因基因分析体系,世界农业,1993,(1):36-38
[174]王风乐等,京核系小麦抗条锈性分析,植物病理学报,1995,25(2):25-31
[175]夏先全、姚革等,四川省常规小麦品种抗条锈基因推导初报,西南农业学报,2005,18(4):422-426
[176]杨华安,STUBBS R W.中国小麦条锈菌鉴别寄主抗条锈基因初步分析,植物保护学报,1990,17(1):67272.
[177]牛永春,乔奇,吴立人.豫鲁皖三省重要小麦品种抗条锈病基因推导,植物病理学报,2000,30(2):122-128.
[178]王凤乐,吴立人,万安民等.陕甘川重要小麦品种抗条锈病基因分析,作物学报,1994,20(5):589-594.
[179]曹张军,井金学,王美南,徐智斌,商鸿生,李振岐.小麦品种贵农22号抗条锈基因遗传分析,西北植物学报2004K24;6GP991—996
[180]戈峰、李典谟,可持续农业中的害虫管理问题,昆虫知识,1997,34(1):39-45
[181]丁岩钦,论害虫种群的生态控制,生态学报,1993,13(2):99-106
[182]卢良恕,中国立体农业概论,成都:四川科学技术出版社,1999,98-106
[183]周照留、赵平、汤利等,小麦蚕豆间作对作物根系活力、蚕豆根瘤生长的影响,云南农业大学学报,2007,22(5):665-671
[184]肖靖秀,小麦蚕豆间作系统中氮钾营养对小麦锈病发生的影响,云南农业大学学报,2005,20(5):640-645
[185]李勇杰、陈远学、汤利等,不同分根条件下氮对间作小麦生长和白粉病发生的影响,云南农业大学学报,2006,21(5):581-585
[186]余丽娜、郑毅、朱有勇,小麦蚕豆间作中作物对氮的吸收利用, 云南农业大学学报,2003,18(3):256-258,269
[187]肖焱波、李隆、张福锁,小麦/蚕豆间作体系中的种间相互作用及氮转移研究,中国农业科学,2005,38(5):965-973
[188]肖靖秀、周桂夙、汤利等,小麦/蚕豆间作条件下小麦的氮、钾营养对小麦白粉病的影响,植物营养与肥料学报,2006,12(4):517-522
[189]张恩和、李玲玲、黄高宝等,供肥对小麦间作蚕豆群体产量及根系的调控,应用生态学报.2002,13(8):939-942.
[190]肖焱波、李隆、张福锁,小麦//蚕豆间作中的种间氮营养差异比较研究,植物营养与肥料学报,2003,9(4):396-400
[191]杨进成、杨庆华、王树明等,小春作物多样性控制病虫害试验研究初探,云南农业大学学报,2003,18(2):120-124
[192]ZHU You-yong,CHEN Hai-ru,FAN Jing-hua,et al..Genetic diversity and disease control in rice.English:Nature,2000,406,718-722
[193]彭化贤、刘波微、罗林明等,间栽和混播对作物病害的防治效果,西南农业学报,2006,19(6):1058-1062
[194]Zhu Youyong,Wang Yunyue.Crop Diversity and Disease Control in Wheat and Faba Bean,Biodiversity for Sustainable Crop Diseases Management—THEORY AND TECHNOLOGY[C].Kunming:Yunnan Science and Technology Press,2004.461-470.
[195]孙雁、朱有勇,小麦蚕豆多样性间作与病害控制田间试验,生物多样性持续控制作物病害理论与技术,昆明:云南科技出版社,2004,543-551
[196]陈企村、朱有永、李振岐,利用品种混合控制小麦病害之研究进展,中国农学通报,21(11):320-324
[197]傅兆麟、纪家华,小麦混合品种种植的抗病稳产研究简报,植物保护,1993,19(1):24-25
[198]曹克强、曾士迈,小麦品种混合种植的抗病增产作用,国外农学—麦类作物,1992,(8):47-48
[199]曹克强、曾士迈,品种混合种植的防病保产作用,植物保护,1990, 16(2):46-48
[200]曹克强、曾士迈,小麦混合品种对条锈叶锈及白粉病的群体抗病性研究,植物病理学报,1994,24(1):21-25
[201]赵毕昆、杨家贵、杨和团等,小麦混合播种控病增产增效,云南农业,2005,(10):10-11
[202]Dileone J A,Mundt C C.Effect of wheat cultivar mixtures on populations of PUccinia striiformis races.Plant Pathol.,1994,43:917-930
[203]Mundt C C.Use of multiline cultivars and cultivar mixtures for disease management.Annu.Rev.Phytopathol,2002,40:381-410
[204]Power A G.Plant community diversity,herbivore movement,and an insect-transmitted disease of maize.Ecology,1987,68:1658-1669
[205]McDonald B A,Allard R W,Webster R K.Responses of two,theree,and four-component barley mixtures to a variable pathogen population.Crop Sci.,1988,28:447-452
[206]Mundt C C,Hayes P M,Schon C C.Influence of barley variety mixtures on severity of scald and net blotch and on yield.Plant Pathol.,1994,43:356-361
[207]Assefa H,van den Bosch F,Zadoks J C.Focus expansion of bean rust in cultivar mixtures.Plant Pathol,1995,44:503-509
[208]Garrett K A,Mundt C C.Host diversity can reduce potato late blight severity for focal and general patterns of primary inoculum.Phytopathology,2000,90:1307-1312
[209]Finckh M R,Mundt C C.Stripe rust,yield and plant competition in wheat cultivar mixtures.Phytopathology,1992,82:905-923
[210]Manthey R,Fehrmann H.Effect of cultivar mixtures in wheat on fungal diseases,yield and profitability.Crop Pro,1993,12:63-68
[211]Mahmood T,Marshall D,McDaniel M E.Effect of winter wheat cultivar mixtures on leaf rust severity and grain yield.Phytopathology,1991,81:470-474
[212]Brophy L S,Mundt C C.Influence of plant spatial patterns on disease dynamics,plant competition and grain yield in genetically diverse wheat populations.Agriculture Ecosysiems and Environment, 1991,35:1 — 12
[213]Dubin H J,Wolfe M S.Comparative behavior of three wheat cultivars and their mixture in India,Nepal and Pakistan.Field Crop Research,1994,39:71-83
[214]Dileone J A,Mundt C C. Effect of wheat cultivar mixtures on populations of Puccinia striiformis races.Plant Pathol,1994,43:917—930
[215]Mundt C C,Brophy L S,Schmitt M E.Disease severity and yield of pure-line wheat cultivars and mixtures in the presence of eyespot,yellow rust,and their combination.Plant Pathol,1995,44:173— 182
[216]Akanda S I,Mundt C C.Effects of two-component wheat cultivar mixtures on stripe rust severity.Phytopathology,1996,86:347-353
[217]Sharma R C,Dubin H J.Effect of wheat cultivar mixtures on sopt blotch(Bipolaris sorokiniana)and grain yield. Field Crops Research,1996,48:95— 101
[218]Jeger M J Jones D G,Griffiths E.Disease progress of non-specialised fungal pathogens in intraspecific mixed stands of cereal cultivars.Field experiments.Ann.App.Biol,1981,98:199—210
[219]Mundt C C,Brophy L S,Schmitt M E.Choosing crop cultivars and mixtures under high versus low disease pressure:a case study with wheat.Crop Prot,1995,14:509—515
[220]Mille B,Jouan B.Influence of varietal associations on the development of leaf and glume blotch and brown leaf rust in winter bread wheat. Agronomie,1997,17:247 —251
[221]Mundt C C.Use of host genetic diversity to control cereal disease:implications for rice blast.In Rice Blast Disease,ed.S Leong,RS Zeigler,PS Teng,1994,293 —307
[222]Garrett K A,Mundt,C C.Effects of planting density and the composition of wheat cultivar mixtures on stripe rust:An analysis taking into account limits to the replication for controls.Phytopathology,2000,90:1313-1321
[223]Mundt C C,Brophy L S,Kolar S C.Effect of genotype unit number and spatial arrangement on severity of yellow rust in wheat cultivar mixtures.Plant Pathol,1996,45:215-222
[224]Van den bosch F,Verhaar M A,Buiel A A M,et al.Focus expansion in plant disease.Ⅳ:Expansion rates in mixtures of resistant and susceptible hosts.Phytopathology,1990,80:598-602
[225]Ackson L F,Wenning R W.Use of wheat cultivar blends to improve grain yield and quality and reduce diseas and lodging.Field Crops Research,1997,52:261-269
[226]Garrett K.A,Mundt C C.Epidemiology in mixed populations.Phytopathology,1999,89:984-990
[227]Cox C M,Garrett K A,Bowden R L,et al.Cultivar mixtures for the simultaneous management of multiple diseases:Tan spot and leaf rust of wheat.Phytopathology,2004,94:961-969
[228]Wolfe M S.The current status and prospects of multiline cultivars and variety mixtures for diseas resistance.Annu.Rev.Phytopathol,1985,23:251-273
[229]Wolfe M S.Crop strength through diversity.Nature,2000,406:681-682
[230]Browning J A,Frey K J[J].Ann.Rev.Phytopathol,1969,7:355-382
[231]Schwarzbath,E.,Phytopathologische Zei.1979,94:165-171
[232]商鸿生,小麦锈菌群体毒性结构和变异,西北农学院学报,1985,(3):70-82
[233]商鸿生,小麦品种抗锈性和锈菌毒性的遗传,西北农学院学报,1985,(2):101-113
[234]商鸿生、井金学、李振岐,紫外线诱导小麦条锈菌毒性变异的研究,植物病理学报,1994,24(4):347-351
[235]姚秋燕、王国芬等,EMS诱导小麦条锈菌毒性变异的研究,西北 农林科技大学学报,2006,34(6):120～123
[236]韩冰、蔺瑞明,曹远银,小麦条锈菌DNA提取方法的比较研究,中国农学通报,2006,22(3):81-83
[237]余仲东、高爱琴、曹支敏等,锈菌夏孢子DNA的微量快速提取方法,生物技术通讯,2005,16(1):48-50
[238]张妍、康晓惠,小麦条锈菌AFLP体系的优化,安徽农业科学,2008,36(6):2227-2228
[2]李光博、曾士迈、李振岐,小麦病虫草鼠害综合治理,北京:中国农业科技出版社,1990:185～210
[3]李振岐、曾士迈,中国小麦锈病,北京:中国农业出版社,2002
[4]万安民,小麦条锈病的发生状况和研究现状,世界农业,2000,5:39-40
[5]Zadoks J C.Epidemiology of wheat rust in Europe.F.A.O.Plant protection,Bull,1965(13):29-46
[6]Rapilly P.Yellow rust epidemiology.Ann.Rev.Phytopathology,1979,17:59-73
[7]Tollenaar H,Houston B R.A study on the epidemiology of stripe rust,Puccinia striiformis West.in California.Can.J.Bot,1967,45:291-307
[8]Manners J G.Puccinia striiformis Westend.var.dactylidis var.nov.Trans.Br.Mycol.Soc.,1960,43(1):65-68
[9]Zadoks J C.Yellow rust on wheat:studies in epidemiology and physiologic specialization.T.Pl.Ziekten,1961,67:69-256
[10]Zadoks J C.Schein R D.Epidemiology and Plant Disease Management.New Yoek:Oxford University Press,1979,427
[11]万安民、赵中华、吴立人,2002年我国小麦条锈病发生回顾,植物保护,2003,29(2):5-8
[12]毛建辉、杨家秀等,四川小麦条锈病发生及防治研究,西南农业大学学报,1999,21(1):27-32
[13]李媛等,1996年四川小麦条锈病流行原因及防治对策,植物保护,1997,(1):23-25
[14]王凤乐、吴立人等,中国条锈新小种30,31号的研究,植物保护学报,1996,23(1):39-44
[15]万安民、牛永春等,1991～1996年我国小麦条锈菌生理专化研究,植物病理学报,1999,29(1):15-21
[16]万安民、吴立人等,2000～2001年我国小麦条锈病发生和生理小种检测结果,植物保护,2002,(3):5-9
[17]吴立人、王凤乐、万安民等,绵阳系小麦品种抗条锈变异研究初报,西南农业学报,1993,6(1):71-74
[18]李振岐、商鸿生、康振生,密切注视绵阳系统小麦品种抗条锈性变异的新动向,植保技术与推广,1993,(3):36-37
[19]康振生、李振岐、商鸿生等,绵阳系统小麦条锈菌新菌系的发现,西北农业大学学报,1994,22(3):7-11
[20]杨家秀、李晓、李云鹤等等,四川小麦主要生产品种(系)分小种抗条锈性鉴定,西南农业大学学报,1996,18(6):550-553
[21]牛永春、吴立人,繁6—绵阳系小麦抗条锈变异及对策,植物病理学报,1997,27(1):5-8
[22]姚革、杨家秀等,小麦主要品种(系)分小种抗条锈性鉴定,西南农业学报,2002,(15):38-39
[23]姚革、蒋滨、田承权等,四川省小麦条锈病持续流行原因及防治对策,西南农业学报,2004,17(2):253-256
[24]刘可、沈丽等,四川地区小麦条锈病大流行特点及原因分析,西南农业大学学报,2002,4(24):299-303
[25]沈丽、刘牛等,1999年四川省小麦条锈病大流行原因分析及治理对策,植保技术与推广,2001,21(1):14-15
[26]罗林明、沈丽、廖华明,四川小麦条锈病菌源地综合治理对策与措施研究,农业生物灾害预防与控制研究,成卓敏主编,北京:中国农业科学技术出版社,2005:171～174
[27]蔡旭,小麦成株对条锈病抗性的遗传研究.ChineseJour.Agric.1949,Ⅰ(1):29-42
[28]蔡旭等,小麦抗锈选种总结报告,北京农业大学学报,1955,Ⅰ(1):7- 30
[29]卜慕华等,小麦品种对条锈病、叶锈病及秆锈病抵抗性的检定,研究专刊第一号,1949:1-52
[30]Ling,L.Eidemiol6gy studies on stripe rust of wheat in Chengdu Plain.China.Phytopathology,1945,35(11):885-894
[31]Wang H.R.Notes on physiological specialization in leat rust of wheat in China.Phytopathology,1947,37(9):680-681
[32]方中达,Physiological specialization of Puccinia glumarum Erikss and Henn in China.Phytopathology,1944,34:1020-1024
[33]商鸿生,小麦条锈病及其防治,北京:金盾出版社,2008
[34]李振岐、刘汉文,陕、甘、青毗邻地区小麦条锈病发生发展规律之初步研究,西北农学院学报,1956(4):1～18,1959(1):33-37
[35]王吉庆、戴书坤等,甘肃地区小麦条锈病病菌越夏规律的初步研究,植物病理学报,1965,8(1):1-8
[36]沈其益、汪可宁,中国小麦条锈病流行规律研究现状和今后研究的商榷,植物保护学报,1962,1(4):393-402
[37]陕、甘、川小麦条锈病越夏考察组,陕、甘、川三省毗邻地区小麦条锈病越夏考察纪要,植物保护,1981,(9):200-203
[38]姜瑞中、商鸿生等,甘肃南部小麦条锈病越夏考察,西北农业大学学报,1993,21(2):9-11
[39]刘孝坤、洪锡午、谢水仙,陇南南部小麦条锈菌越夏的初步研究,植物病理学报,1984,14(1):9-15
[40]黄光明,陕、甘、青三省毗邻地区小麦条锈菌源考察,植物保护,1983,(2):14
[41]李振岐、王美楠、贾明贵等,陇南地区小麦条锈病的流行规律及其控制策略研究,西北农业大学学报,1997,25(2):1-5
[42]谢水仙、陈扬林等,陇东小麦条锈病发生规律调查,甘肃农业科技,1995,(5):34-36
[43]汪可宁、谢水仙等,我国小麦条锈病研究的进展,中国农业科学, 1988,16(2):80-85
[44]曾士迈,小麦条锈病的大区流行规律和流行区系,植物保护,1963,(1):1～13
[45]曾士迈、孙平,华北西北长江中下游小麦条锈病流行区划的研究,赵美琦主编:麦田植保系统工程的研究,北京:北京农业大学出版社,1995.125-133
[46]马占鸿、石守定、姜玉英等,基于GIS和地统计学研究小麦条锈病菌越夏区气候区划,植物病理学报,2005,34(5):455-462
[47]马占鸿、石守定、王海光等,我国小麦条锈病菌既越冬又越夏地区的气候区划,西北农林科技大学学报,2005,33(增刊):11-13
[48]胥荻、王海光、马占鸿等,我国小麦条锈病菌越夏区和越冬区气候区划—应用CLIMEx和气候相似距方法,中国植物病理学会2006年学术年会论文集,2006,P422
[49]谢水仙、陈扬林、陈万权等,阿坝州小麦条锈病发生规律的研究,植物保护学报,1988,15(2):85-91
[50]黄光明、杨家秀、罗代新等,我省小麦条锈病菌越夏规律调查,四川农业科技,1981,(3):20-23
[51]陈扬林、谢水仙、洪锡午等,阿坝州小麦条锈病秋季菌源控制的初步研究,植物保护学报,1988,15(4):217-222
[52]谢水仙、陈扬林等,四川绵阳地区小麦条锈病流行规律研究,植物保护学报,1986,13(1):31-37
[53]杨世诚等,云南省小麦条锈病菌越夏规律研究,中国农业科学,1986,(2):72-77
[54]杨世诚等,云南省小麦条锈病考察报告,云南农业科技,1982,(6):9-13
[55]李明菊等,云南省小麦条锈病流行体系的研究现状,植物保护,2004,30(3):30-33
[56]谢水仙、陈万权等,陇南和阿坝地区小麦条锈菌传播的研究,植物病理学报,1992,22(2):138-141
[57]谢水仙、汪可宁、陈扬林等,我国小麦条锈病菌传播与高空气流关 系的初步研究,植物病理学报,23(3):203-209
[58]谢水仙等,我国小麦条锈菌流行问题和控制对策,植物保护,1990,2:43-45
[59]石守定、马占鸿、王海光等,基于GIS和地统计学研究小麦条锈病菌越冬范围,植物保护学报,2005,32(1):29-32
[60]陆师义、范桂芳等,小麦条锈病研究1:小麦条锈菌的专化性研究,植物病理学报,1956,2(2):153-166
[61]陆师义、杨作民等,小麦及禾草条锈病菌的研究,植物病理学报,1958,4(2):137-144
[62]林晓明、李振岐,我国小麦条锈菌寄主范围的研究,植物病理学报,1990,18(1):103～105
[63]林晓明、李振岐,我国小麦条锈菌对非小麦属植物的寄生专化性,华北农学报,1992,7(3):71-75
[64]彭于发,禾本科杂草对小麦条锈菌感病性的初步研究,[学位论文],北京:中国农科院植保所,1984
[65]牛永春、李振岐、商鸿生,条形柄锈菌赖草专化型和披碱专化型,西北农业大学学报,1991,19(增刊):58-62
[66]牛永春、李振岐、商鸿生,条形柄锈菌大麦专化型分布区域的新发现,西北农业大学学报,1991,19(增刊):63-65
[67]牛永春、李振岐、商鸿生,条形柄锈菌大麦专化型的寄主范围,西北农业大学学报,1994,22(1):110-122
[68]袁文焕、李高保、王保通,小麦条锈病菌的禾草寄主—节节麦,河北农业大学学报,1994,17(3):75-77
[69]Cummins G B.The Rust Fungi of Cereals,Grasses and Bamboos.Springer-Verlag,New York,1971
[70]汪可宁等,我国小麦三种锈菌生理小种的调查研究,中国植物保护科学,1961:307-318
[71]John R,Stubbs R W,Fuches E,et al.Nomenclature of physiologic races of Puecinia striiformis infecting wheat.Transactions of the British Mycological Society,1972,58:475-480
[72]Wellings C R,Mcintosh R A.Puccinia striiformis f.sp.tritici in Australasia:pathogenic changes during the first 10 years.Plant Pathology,1990,39:316-325
[73]Line R F,Chen X M.Wheat and barley stripe rust in North America.Proceddings of European and Mediterranean Cereal Rusts Powdery Midew Conference,1995,9:101-104
[74]Chen X M,Moore M K,Milus E A,et al.Wheat stripe rust epidemics and races of Puccinia striiformis f.sp.tritici in the United states in 2000.Plant Disease,2002,86(5):39-46
[75]Boshff W H P,Pretorius Z A,van Niekerk B D.Establishment distribution and pathogenicity of Puccinia striiformis f.sp.tritici in South Africa.Plant Disease,2002,86(5):485-492
[76]Yahyaoui A H,Hakim M S,Naimi M E L,et al.Evolution of physiologic races and virulence of Puccinia striiformis on wheat in Syria and Lebanon.Plant Disease,2002,86(5):499-504
[77]汪可宁、吴立人等,我国小麦条锈菌生理小种工作进展,中国农业科学专刊,1987,79-85
[78]万安民,小麦条锈菌鉴别寄主和小种命名现状,植物病理学报,2003,33(60):481-486
[79]汪可宁、洪锡午等,1962～1965和1972～1974年我国小麦条锈菌生理小种鉴定研究,植物保护研究报告,1:31-36
[80]汪可宁、吴立人等,1975～1984年我国小麦条锈菌生理专化研究,植物病理学报,1986,16(2):80-85
[81]吴立人、杨华安、袁文焕等,1985～1990年我国小麦条锈菌生理小种专化研究,植物病理学报,1993,23(3):269-274
[82]万安民、吴立人、贾秋珍等,1997～2001年我国小麦条锈菌生理小种变化动态,植物病理学报,2003,33(3):261-266
[83]吴立人、杨华安等,小麦条锈菌新小种流行预测研究,中国农业科学,1991,24(5):59-63
[84]杨华安等,我国小麦条锈菌生理小种毒性基因及致病性特点分析, 植物病理学报,1990,20(3):213-217
[85]吴立人等,洛10洛13致病类群的发现与研究,中国农业科学,1988,21(5):53-58
[86]Niu Y C.Comparison of four formae specialis of Puccinia striiformis West.Proceedings of the Second China-Japan International Congress of Mycology,1992,Beijing,119-120
[87]吴立人,1989、1990年小麦条锈菌生理小种监测结果简报,植物保护,1991,(3):22-23
[88]宋位中、贾秋珍、刘守俭,1986～1990年甘肃省小麦条锈菌生理小种监测研究,甘肃科学学报,1991,(3):61-65
[89]贾秋珍、金社林、曹世勤等,2000～2001甘肃省小麦条锈菌生理小种监测结果,甘肃农业科技,2003,(1):48-50
[90]贾秋珍、金社林、曹世勤等,2002～2003甘肃省小麦条锈菌生理小种监测结果,植物保护,2005,31(2):44-47
[91]贾秋珍,2004年甘肃省小麦条锈菌生理小种变异监测,甘肃农业科技,2005,(11):45-47
[92]贾秋珍、金社林、曹世勤等,小麦条锈菌生理小种条中32号及水源11致病类型在甘肃的流行与发展趋势,植物保护学报,2007,34(3):263-267
[93]王保通、李高宝、李强等,2001～2005陕西省小麦条锈菌生理小种变化动态,西北农林科技大学学报,35(3):209-216
[94]杨家秀、李晓、李云鹤等,四川小麦条锈菌生理小种监测及动态分析,西南农业学报,1997,10:23-26
[95]安民、吴立人、金社林等,中国小麦条锈菌条中32号的命名及其特性,植物保护学报,2003,30(4):347-351
[96]杨世诚、孙茂林,云南省小麦条锈菌生理小种鉴定及其消长情况,云南农业科技,1984,(1)4-11
[97]李明菊、毕青云,1998～1999年云南省小麦条锈病生理小种监测结果,云南农业科技,2000,(5):5-7
[98]李明菊、邬琰、吕建平等,云南省小麦条锈菌生理小种组成与分布 研究,西南农业学报,2005,18(1):55-58
[99]山西省小麦锈病协助组,小麦条锈菌生理小种的消长规律,山西农业科学,1984,1:28-30
[100]Kilpatrick,R.A.,New wheat Cultivars and longevity of Rusts resistance 1971-1975
[101]汪可宁、洪锡午等,1951～1983年我国小麦品种抗条锈性变异分析,植物保护学报,1986,13(2):117-124
[102]李振岐,我国小麦品种抗条锈性丧失原因及其解决途径,中国农业科学,1980,3:72-76
[103]李振岐,关于小麦品种抗条锈性丧失问题的初步研究,西北农学院学报,1980,(3):83-92
[104]李振岐,关于小麦品种抗条锈性减退问题的讨论,西北农学院学报,1958,3:83-92
[105]井金学、商鸿生、李振岐等,小麦品种抗条锈性分化的初步研究,植物病理学报,1997,27(1):9-16
[106]康振生、李振岐、商鸿生,小麦条锈菌异核作用产生的一新菌系,西北农业大学学报,1993,21(1):97-99
[107]商鸿生、井金学、李振岐,紫外线诱导小麦条锈菌毒性突变的研究,植物病理学报,1994,24(4):347-351
[108]曹张军、王美南、井金学,小麦抗条锈性遗传研究进展,麦类作物学报,2001,21(3):80-83
[109]张石城等,关于抗锈品种丧失抗锈性问题,农业科学通讯,1957,4:231
[110]曾士迈等,对条锈病菌变异问题的几点看法,植物保护,1969,2(2):135-137
[111]李振岐、商鸿生等,洛夫林小麦抗条锈性变异的研究,中国农业科学,1984,1:68-74
[112]联合考察组,陇南洛夫林系统小麦品种抗条锈性变异问题联合考察报告,西北农学院学报,1981,(4):1-9
[113]汪可宁、洪午锡等,关于碧蚂1号抗条锈性变异原因的商榷,农业科学通讯,1957(11):650-652
[114]李振岐、刘汉文,关于碧蚂1号小麦抗条锈性减退问题的讨论,西北农学院学报,1956,(4):1-18;1957(1):33-47
[115]张传飞、商鸿生、李振岐,中国小麦条锈菌主要流行小种寄生适合度,西北农业大学学报,1994,22(2):28-32
[116]李振岐、商鸿生、陆和平等,天水地区小麦品种抗条锈性变异动态监测研究,西北农业大学学报,1991,19(增刊):1-5
[117]张富胜、陶培芳、张小基等,绵阳系青山系两大主体小麦品种抗锈性丧失原因浅析与控制对策,植保技术与推广,1996,16(2):11-13
[118]刘正德、蒋滨,四川小麦品种抗条锈性变异及对策,西南农业学报,1999,12(1):87-91
[119]谢水仙、吴立人等,我国小麦条锈病流行问题和控制对策,植物保护,1990,16(2):43-45
[120]吴立人、牛永春,我国小麦条锈病持续控制的策略,中国农业科学,2000,33(5):46-54
[121]许喜堂、赵惠青、康恩宽,控制小麦条锈病的现状与设想,北京农学院学报,1999,14(2):8-12
[122]Van der plank J E.Disease Resistance in Plants.Academic Press,New York,1968
[123]王凤乐、吴立人、谢水仙等,中国小麦重要抗源材料抗条锈基因推导及其成株抗病性分析,植物病理学报,1994,24(2):175-180
[124]王风乐、吴立人、万安民等,陕甘川重要小麦品种抗条锈基因分析,作物学报,1994,20(5):589-594
[125]杨华安等,我国小麦条锈菌鉴别寄主抗条锈基因分析,植物保护学报,1990,17(1):67-72
[126]侯文邦,小麦品种对条锈病高温成株抗病性,洛阳农专学报,1996,16(1):31-33
[127]王凤乐、吴立人、徐世昌等,持久抗条锈小麦品种抗病性特点分析,植物保护,1997,23(3):3-6
[128]Line R F,Chen X M,Qayoum A.Races of Puccinia striiformis in North America,identification of resistance genes,and durability of resistance.Proc.Eur.Mediterr.Cereal Rusts Conf.,1992,8:280-282
[129]商鸿生,小麦对条锈病的高温抗病性研究,中国农业科学,1998,31(4):46-50
[130]王利国、商鸿生、井金学,高温抗条锈性小麦品种的筛选和鉴定,西北农业学报,1995,4(1):35-38
[131]商鸿生、王利国、陆和平等,小麦对条锈病高温抗病性表达规律的研究,植物保护学报,1997,24(2):97-100
[132]曾士迈、王沛有、张万义等,小麦对条锈病的水平抗病性研究初报,植物保护学报,1979,6(1):1-10
[133]骆勇、曾士迈,小麦条锈病(Puccinia striiformis)慢锈品种流行模拟模型,中国科学,1989,(3):269-277
[134]袁文焕、李高保,慢条锈性小麦品种鉴定方法初探,甘肃农业科技,1996,(5):28-30
[135]袁文焕、张忠军等,小麦慢条锈性品种的筛选及小种专化性,中国农业科学,1995,28(3):35-40
[136]Robbelen Drhc G,Sharp E L.Mode of Inheritance,Interaction and Application of Genes Conditioning Resistance to yellow Rust.Berlin and Hamburg,Verlag Pall Parey,1978
[137]蔡旭、刘中宜、张树榛,小麦杂交育种工作中品种特性遗传传递规律和亲本选配问题,作物学报,1962,1(2):85-96
[138]汪可宁、洪锡午、陈善铭等,小麦品种对条锈病抗病性遗传规律研究初报,植物病理学报,1963,6(2):197-206
[139]金善宝、刘安定主编,中国小麦品种志,北京:农业出版社,1964
[140]金善宝主编,中国小麦品种志(1962～1982),北京:农业出版社,1986
[141]金善宝主编,中国小麦品种志(1983～1993),北京:中国农业出版社,1997
[142]金善宝等,中国小麦品种及其系谱,北京:农业出版社,1983
[143]G.E.Russell;高必达、覃仕明,小麦抗条锈育种的概况,麦类作物学报,1983,(2):15-17
[144]何家泌,小麦抗锈性遗传与抗性育种,中国农业科学,1980,4:53-64
[145]庞家智等,中国小麦育种研究进展,北京:中国农业出版社,1996,295-299
[146]杨作民、唐伯让、沈克全等,小麦抗病育种的战略问题—小麦对锈病、白粉病第二线抗源的建立和应用,作物学报,1994,20(4):385-394
[147]周祥椿,我校冬小麦抗条锈育种的回顾与设想,甘肃农业科技,1995,(1):2-4
[148]黄可兵、邢国风、杨仕雷,四川小麦抗条锈育种概况,农业科技通讯,2008,(3):11-12
[149]曾士迈、张万义、肖悦岩,小麦条锈病的电算模拟研究初报—春季流行的一个简要模型,北京农业大学学报,7(3):1-12
[150]肖悦岩、曾士迈、张万义等,SIMYR—小麦条锈病流行的简要模拟模型,植物病理学报,1983,13(1):1-13
[151]张忠军、曾士迈、宋位中,小麦品种组成与条锈菌小种消长之间关系的大田微缩模拟研究初报,北京农业大学学报,1990,16(增刊):143-148
[152]骆勇、曾士迈,小麦条锈病流行模拟模型的研制,北京农业大学学报,1990,16(增刊):1-21
[153]曾士迈、孙平,小麦条锈病大区流行规律的模拟研究—川西北陇南陇东等地大区流行中的作用,赵美琦主编:麦田植保系统工程的研究,北京:北京农业大学出版社,1995,125-133
[154]骆勇、曾士迈,小麦多病害综合防治中品种布局决策模型,北京农业大学学报,1990,16(增刊):96-115
[155]郝建军、曾士迈,冬小麦病害综合防治效果(ESWDC)模拟模型的初报设计,北京农业大学学报,1990,16(增刊):60-68
[156]赵美琦、肖悦岩、陈刚等,小麦病虫害综合治理决策支持系统 (WPIDSS),赵美琦主编:麦田植保系统工程的研究,北京农业大学出版社,1995,25-32
[157]肖长林、曾士迈,小麦条锈病流行程趋势预测专家系统雏形,北京农业大学学报,1990,16(增刊):126-132
[158]X.M.Chen.Epidemiology and Control of Stripe Rust[Puccinia striiformis f.sp.tritici]on Wheat.Canadian Journal of Plant Pathology,2005,27(3):314-337.
[159汪可宁、谢水仙、刘孝坤,我国小麦条锈病防治研究的进展,中国农业科学,1988,21(2):1-8
[160]]曾昭惠,回顾防治小麦条锈病四十年,植保参考,1990,4(19):21-24
[161]杨昌寿、孙茂林,对利用多样化防治小麦条锈病的作用的评价,西南农业学报,1989,2(2):53-56
[162]陈扬林、王仪、谢水仙等,粉锈宁拌种对小麦条锈病长效机制的初步研究,植物病理学报,1988,18(1):47-50
[163]陈扬林等,小麦锈菌对粉锈宁敏感性的初步研究,植物病理学报,1992,22(1):95
[164]陈扬林等,粉锈宁药效与小麦品种对条锈病菌感病性关系的研究,植物保护学报,1992,19(1):75-80
[165]陈扬林、谢水仙等,三唑酮(粉锈宁)拌种控制小麦条锈病流行的初步研究,植物保护学报,1982,9(4):265-270
[166]陈扬林、陈万权等,三种粉锈宁络合物防治小麦锈病研究,植物保护学报,1994,21(1):67-71
[167]唐永金,四川小麦品种的历史、现状和未来,国外农学—麦类作物,1996,(6):5-7
[168]Flor,H.H.,1971,Ann.Rev.Phytopath.9:275-296
[169]Loegering W Q.et al.Can.J.Genet.Cytol.,1971,13:742
[170]Dubin H J et al.Postulated genes for resistance to stripe rust in select CIMMYT and related wheat.Plant Disease,1989;73:472-475
[171]陈万权等,我国28个小麦品种抗叶锈基因的推导,作物学报,1993, 19(3):268-275
[172]郭爱国等,小麦抗病性基因推导方法的发展和应用,河北农业大学学报,1993,26(1):13-18
[173]王风乐等,小麦抗锈基因基因分析体系,世界农业,1993,(1):36-38
[174]王风乐等,京核系小麦抗条锈性分析,植物病理学报,1995,25(2):25-31
[175]夏先全、姚革等,四川省常规小麦品种抗条锈基因推导初报,西南农业学报,2005,18(4):422-426
[176]杨华安,STUBBS R W.中国小麦条锈菌鉴别寄主抗条锈基因初步分析,植物保护学报,1990,17(1):67272.
[177]牛永春,乔奇,吴立人.豫鲁皖三省重要小麦品种抗条锈病基因推导,植物病理学报,2000,30(2):122-128.
[178]王凤乐,吴立人,万安民等.陕甘川重要小麦品种抗条锈病基因分析,作物学报,1994,20(5):589-594.
[179]曹张军,井金学,王美南,徐智斌,商鸿生,李振岐.小麦品种贵农22号抗条锈基因遗传分析,西北植物学报2004K24;6GP991—996
[180]戈峰、李典谟,可持续农业中的害虫管理问题,昆虫知识,1997,34(1):39-45
[181]丁岩钦,论害虫种群的生态控制,生态学报,1993,13(2):99-106
[182]卢良恕,中国立体农业概论,成都:四川科学技术出版社,1999,98-106
[183]周照留、赵平、汤利等,小麦蚕豆间作对作物根系活力、蚕豆根瘤生长的影响,云南农业大学学报,2007,22(5):665-671
[184]肖靖秀,小麦蚕豆间作系统中氮钾营养对小麦锈病发生的影响,云南农业大学学报,2005,20(5):640-645
[185]李勇杰、陈远学、汤利等,不同分根条件下氮对间作小麦生长和白粉病发生的影响,云南农业大学学报,2006,21(5):581-585
[186]余丽娜、郑毅、朱有勇,小麦蚕豆间作中作物对氮的吸收利用, 云南农业大学学报,2003,18(3):256-258,269
[187]肖焱波、李隆、张福锁,小麦/蚕豆间作体系中的种间相互作用及氮转移研究,中国农业科学,2005,38(5):965-973
[188]肖靖秀、周桂夙、汤利等,小麦/蚕豆间作条件下小麦的氮、钾营养对小麦白粉病的影响,植物营养与肥料学报,2006,12(4):517-522
[189]张恩和、李玲玲、黄高宝等,供肥对小麦间作蚕豆群体产量及根系的调控,应用生态学报.2002,13(8):939-942.
[190]肖焱波、李隆、张福锁,小麦//蚕豆间作中的种间氮营养差异比较研究,植物营养与肥料学报,2003,9(4):396-400
[191]杨进成、杨庆华、王树明等,小春作物多样性控制病虫害试验研究初探,云南农业大学学报,2003,18(2):120-124
[192]ZHU You-yong,CHEN Hai-ru,FAN Jing-hua,et al..Genetic diversity and disease control in rice.English:Nature,2000,406,718-722
[193]彭化贤、刘波微、罗林明等,间栽和混播对作物病害的防治效果,西南农业学报,2006,19(6):1058-1062
[194]Zhu Youyong,Wang Yunyue.Crop Diversity and Disease Control in Wheat and Faba Bean,Biodiversity for Sustainable Crop Diseases Management—THEORY AND TECHNOLOGY[C].Kunming:Yunnan Science and Technology Press,2004.461-470.
[195]孙雁、朱有勇,小麦蚕豆多样性间作与病害控制田间试验,生物多样性持续控制作物病害理论与技术,昆明:云南科技出版社,2004,543-551
[196]陈企村、朱有永、李振岐,利用品种混合控制小麦病害之研究进展,中国农学通报,21(11):320-324
[197]傅兆麟、纪家华,小麦混合品种种植的抗病稳产研究简报,植物保护,1993,19(1):24-25
[198]曹克强、曾士迈,小麦品种混合种植的抗病增产作用,国外农学—麦类作物,1992,(8):47-48
[199]曹克强、曾士迈,品种混合种植的防病保产作用,植物保护,1990, 16(2):46-48
[200]曹克强、曾士迈,小麦混合品种对条锈叶锈及白粉病的群体抗病性研究,植物病理学报,1994,24(1):21-25
[201]赵毕昆、杨家贵、杨和团等,小麦混合播种控病增产增效,云南农业,2005,(10):10-11
[202]Dileone J A,Mundt C C.Effect of wheat cultivar mixtures on populations of PUccinia striiformis races.Plant Pathol.,1994,43:917-930
[203]Mundt C C.Use of multiline cultivars and cultivar mixtures for disease management.Annu.Rev.Phytopathol,2002,40:381-410
[204]Power A G.Plant community diversity,herbivore movement,and an insect-transmitted disease of maize.Ecology,1987,68:1658-1669
[205]McDonald B A,Allard R W,Webster R K.Responses of two,theree,and four-component barley mixtures to a variable pathogen population.Crop Sci.,1988,28:447-452
[206]Mundt C C,Hayes P M,Schon C C.Influence of barley variety mixtures on severity of scald and net blotch and on yield.Plant Pathol.,1994,43:356-361
[207]Assefa H,van den Bosch F,Zadoks J C.Focus expansion of bean rust in cultivar mixtures.Plant Pathol,1995,44:503-509
[208]Garrett K A,Mundt C C.Host diversity can reduce potato late blight severity for focal and general patterns of primary inoculum.Phytopathology,2000,90:1307-1312
[209]Finckh M R,Mundt C C.Stripe rust,yield and plant competition in wheat cultivar mixtures.Phytopathology,1992,82:905-923
[210]Manthey R,Fehrmann H.Effect of cultivar mixtures in wheat on fungal diseases,yield and profitability.Crop Pro,1993,12:63-68
[211]Mahmood T,Marshall D,McDaniel M E.Effect of winter wheat cultivar mixtures on leaf rust severity and grain yield.Phytopathology,1991,81:470-474
[212]Brophy L S,Mundt C C.Influence of plant spatial patterns on disease dynamics,plant competition and grain yield in genetically diverse wheat populations.Agriculture Ecosysiems and Environment, 1991,35:1 — 12
[213]Dubin H J,Wolfe M S.Comparative behavior of three wheat cultivars and their mixture in India,Nepal and Pakistan.Field Crop Research,1994,39:71-83
[214]Dileone J A,Mundt C C. Effect of wheat cultivar mixtures on populations of Puccinia striiformis races.Plant Pathol,1994,43:917—930
[215]Mundt C C,Brophy L S,Schmitt M E.Disease severity and yield of pure-line wheat cultivars and mixtures in the presence of eyespot,yellow rust,and their combination.Plant Pathol,1995,44:173— 182
[216]Akanda S I,Mundt C C.Effects of two-component wheat cultivar mixtures on stripe rust severity.Phytopathology,1996,86:347-353
[217]Sharma R C,Dubin H J.Effect of wheat cultivar mixtures on sopt blotch(Bipolaris sorokiniana)and grain yield. Field Crops Research,1996,48:95— 101
[218]Jeger M J Jones D G,Griffiths E.Disease progress of non-specialised fungal pathogens in intraspecific mixed stands of cereal cultivars.Field experiments.Ann.App.Biol,1981,98:199—210
[219]Mundt C C,Brophy L S,Schmitt M E.Choosing crop cultivars and mixtures under high versus low disease pressure:a case study with wheat.Crop Prot,1995,14:509—515
[220]Mille B,Jouan B.Influence of varietal associations on the development of leaf and glume blotch and brown leaf rust in winter bread wheat. Agronomie,1997,17:247 —251
[221]Mundt C C.Use of host genetic diversity to control cereal disease:implications for rice blast.In Rice Blast Disease,ed.S Leong,RS Zeigler,PS Teng,1994,293 —307
[222]Garrett K A,Mundt,C C.Effects of planting density and the composition of wheat cultivar mixtures on stripe rust:An analysis taking into account limits to the replication for controls.Phytopathology,2000,90:1313-1321
[223]Mundt C C,Brophy L S,Kolar S C.Effect of genotype unit number and spatial arrangement on severity of yellow rust in wheat cultivar mixtures.Plant Pathol,1996,45:215-222
[224]Van den bosch F,Verhaar M A,Buiel A A M,et al.Focus expansion in plant disease.Ⅳ:Expansion rates in mixtures of resistant and susceptible hosts.Phytopathology,1990,80:598-602
[225]Ackson L F,Wenning R W.Use of wheat cultivar blends to improve grain yield and quality and reduce diseas and lodging.Field Crops Research,1997,52:261-269
[226]Garrett K.A,Mundt C C.Epidemiology in mixed populations.Phytopathology,1999,89:984-990
[227]Cox C M,Garrett K A,Bowden R L,et al.Cultivar mixtures for the simultaneous management of multiple diseases:Tan spot and leaf rust of wheat.Phytopathology,2004,94:961-969
[228]Wolfe M S.The current status and prospects of multiline cultivars and variety mixtures for diseas resistance.Annu.Rev.Phytopathol,1985,23:251-273
[229]Wolfe M S.Crop strength through diversity.Nature,2000,406:681-682
[230]Browning J A,Frey K J[J].Ann.Rev.Phytopathol,1969,7:355-382
[231]Schwarzbath,E.,Phytopathologische Zei.1979,94:165-171
[232]商鸿生,小麦锈菌群体毒性结构和变异,西北农学院学报,1985,(3):70-82
[233]商鸿生,小麦品种抗锈性和锈菌毒性的遗传,西北农学院学报,1985,(2):101-113
[234]商鸿生、井金学、李振岐,紫外线诱导小麦条锈菌毒性变异的研究,植物病理学报,1994,24(4):347-351
[235]姚秋燕、王国芬等,EMS诱导小麦条锈菌毒性变异的研究,西北 农林科技大学学报,2006,34(6):120～123
[236]韩冰、蔺瑞明,曹远银,小麦条锈菌DNA提取方法的比较研究,中国农学通报,2006,22(3):81-83
[237]余仲东、高爱琴、曹支敏等,锈菌夏孢子DNA的微量快速提取方法,生物技术通讯,2005,16(1):48-50
[238]张妍、康晓惠,小麦条锈菌AFLP体系的优化,安徽农业科学,2008,36(6):2227-2228
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