Naeem A. Mutlag, A. J. Al-Khaz'ali, K.A. Salman, R. H. Mahdi, T. N. Jaber
{"title":"小麦田窄叶杂草和阔叶杂草的除草剂的优劣及其对产量及其组成的影响","authors":"Naeem A. Mutlag, A. J. Al-Khaz'ali, K.A. Salman, R. H. Mahdi, T. N. Jaber","doi":"10.36103/ijas.v54i3.1769","DOIUrl":null,"url":null,"abstract":"The experiment was conducted at the fields of the Abu Ghraib Research Station's Agricultural Research Department, Ministry of Agriculture during 2018/2019 and 2019/2020 Seasons, this study was aimed evaluation herbicides for controlling narrow and broad weed. The experiment included the use of Pallas OD herbicide, with an application rate of 500 ml. ha-1 and Limitless WG with application rate 400 g. ha-1 + 500 ml. ha-1 activator in addition to free weed treatment and weedy control treatment. A randomized complete block design (RCBD) with three replicates was used. Limitless herbicide treatment achieved the lowest mean number of weeds, which were 1.3 and 2.3 plants. m-2 with a control rate of 93.44% and 91.1%, in comparison to the weedy treatment, it decreased the dry weight of the weed (1.97 and 3.22 g. m-2) with an inhibition rate of 88.46% and 87.1% for the two seasons, respectively, which had the most weeds on average, at 22.67 and 28.7 plants. Throughout the two seasons, the weed plants with the highest average dry weight were 19.12 and 24.86 g. m-2. The number of weeds and plants.m-2 and the control rate were identical between the control treatments using Limitless and Pallas. The number of grains and spikes increased (by 39.2 and 43.20 percent, respectively) with the Limitless therapy. In comparison to the weedy treatment, spike-1 increased grain productivity by 56.9% and 66.47% for both seasons, with a percentage of 32.7% and 36.08%, weight of 1000 grains at a rate of 27.47% and 24.83%. It can be concluded that weed herbicides with low and high concentrations can be used to kill weeds in wheat fields.","PeriodicalId":14562,"journal":{"name":"IRAQI JOURNAL OF AGRICULTURAL SCIENCES","volume":"43 1","pages":""},"PeriodicalIF":1.1000,"publicationDate":"2023-06-25","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"1","resultStr":"{\"title\":\"EVALUATION OF HERBICIDES PALLAS AND LIMITLESS IN CONTROLLING THE NARROW AND BROAD LEAVE WEEDS WITHIN WHEAT CROP FIELDS AND THEIR EFFECT ON GRAIN YIELD AND IT'S COMPONENTS\",\"authors\":\"Naeem A. Mutlag, A. J. Al-Khaz'ali, K.A. Salman, R. H. Mahdi, T. N. 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Limitless herbicide treatment achieved the lowest mean number of weeds, which were 1.3 and 2.3 plants. m-2 with a control rate of 93.44% and 91.1%, in comparison to the weedy treatment, it decreased the dry weight of the weed (1.97 and 3.22 g. m-2) with an inhibition rate of 88.46% and 87.1% for the two seasons, respectively, which had the most weeds on average, at 22.67 and 28.7 plants. Throughout the two seasons, the weed plants with the highest average dry weight were 19.12 and 24.86 g. m-2. The number of weeds and plants.m-2 and the control rate were identical between the control treatments using Limitless and Pallas. The number of grains and spikes increased (by 39.2 and 43.20 percent, respectively) with the Limitless therapy. In comparison to the weedy treatment, spike-1 increased grain productivity by 56.9% and 66.47% for both seasons, with a percentage of 32.7% and 36.08%, weight of 1000 grains at a rate of 27.47% and 24.83%. 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引用次数: 1
摘要
试验于2018/2019和2019/2020两季在农业部阿布格莱布研究站农业研究司农田进行,目的是评价除草剂防治窄杂草和宽杂草的效果。在游离杂草处理和防杂草处理的基础上,采用用量为500 ml. ha-1的Pallas OD除草剂和用量为400 g. ha-1 + 500 ml. ha-1活化剂的Limitless WG。采用随机完全区组设计(RCBD),共3个重复。无限量除草剂处理的平均杂草数量最低,分别为1.3株和2.3株。与杂草处理相比,M-2处理对杂草干重的抑制率分别为88.46%和87.1%,分别为1.97和3.22 g - M-2,对杂草的抑制率分别为93.44%和91.1%,平均杂草数量最多,分别为22.67和28.7株。两季平均干重最高的杂草分别为19.12 g - m-2和24.86 g - m-2。杂草和植物的数量。无限处理和帕拉斯处理的m-2和控制率相同。在unlimited处理下,籽粒和穗数分别增加了39.2%和43.20%。与杂草处理相比,穗1处理两季籽粒产量分别提高了56.9%和66.47%,增产率分别为32.7%和36.08%,千粒重分别为27.47%和24.83%。结果表明,低浓度和高浓度除草剂均可用于麦田杂草的除草。
EVALUATION OF HERBICIDES PALLAS AND LIMITLESS IN CONTROLLING THE NARROW AND BROAD LEAVE WEEDS WITHIN WHEAT CROP FIELDS AND THEIR EFFECT ON GRAIN YIELD AND IT'S COMPONENTS
The experiment was conducted at the fields of the Abu Ghraib Research Station's Agricultural Research Department, Ministry of Agriculture during 2018/2019 and 2019/2020 Seasons, this study was aimed evaluation herbicides for controlling narrow and broad weed. The experiment included the use of Pallas OD herbicide, with an application rate of 500 ml. ha-1 and Limitless WG with application rate 400 g. ha-1 + 500 ml. ha-1 activator in addition to free weed treatment and weedy control treatment. A randomized complete block design (RCBD) with three replicates was used. Limitless herbicide treatment achieved the lowest mean number of weeds, which were 1.3 and 2.3 plants. m-2 with a control rate of 93.44% and 91.1%, in comparison to the weedy treatment, it decreased the dry weight of the weed (1.97 and 3.22 g. m-2) with an inhibition rate of 88.46% and 87.1% for the two seasons, respectively, which had the most weeds on average, at 22.67 and 28.7 plants. Throughout the two seasons, the weed plants with the highest average dry weight were 19.12 and 24.86 g. m-2. The number of weeds and plants.m-2 and the control rate were identical between the control treatments using Limitless and Pallas. The number of grains and spikes increased (by 39.2 and 43.20 percent, respectively) with the Limitless therapy. In comparison to the weedy treatment, spike-1 increased grain productivity by 56.9% and 66.47% for both seasons, with a percentage of 32.7% and 36.08%, weight of 1000 grains at a rate of 27.47% and 24.83%. It can be concluded that weed herbicides with low and high concentrations can be used to kill weeds in wheat fields.
期刊介绍:
IRAQI JOURNAL OF AGRICULTURAL SCIENCES (IJAS)is the first agric. scientific and refereed journal established in Iraq. The first volume was published in 1966. IJAS is registered in the number 137 in 1988 of the Baghdad National Library. Years ago, it was published with one issue a year. For the time being, it is published bimonthly (6 issues for a volume). IJAS Deal with: Field Crops. Plant Breeding. Agricultural Economics. Agricultural Extension. Agricultural Mechanization. Basic sciences. Hort. Sciences. Animal Husbandry. Food Technology, Plant Pathology. Plant Entomology. Poultry Sciences. Soil Sciences. Water Resources. Veterinary. Biology.