Apple blister mite (Eriophyes mali Nal): pest biology and measures to prevent it harmfulness on apple orchards in Ukraine

Y. Yanovskyi, S. Sukhanov, I. Krykunov, L. Bandura, O. Fomenko
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Detailed examinations of trees (spring, summer and autumn period) were carried out to determine the pests species presence, it number, infestation area, and in particular apple blister mite. The Laboratory studies of pest biology were carried out under the conditions of educational production department of Uman National University of Horticulture. For that purposes were used an entomological gardens, where were located cups with water and apple shoots, Hani Crisp variety. It shoots were cut in the industrial garden in the phase of «End of leaf bud swelling» (BBCH 03). A field method, in the commercial apple orchards. A type of apple variety trees was Hani Crisp. Planting scheme — 4.0 × 3.0 m. Year of planting — 1992. Crown shape — sparsely (improved) — tiered. Rootstock — MM-106. Phases of plant development at application timing — «More leaves unfolded, not yet at full size» (BBCH 15) — «Pink bud stage» (BBCH 57) and «Flowers fading «(BBCH 69). Soil — shallow, low — humus dusty — loamy podzolic leached black soils: humus content — 1.3—2.5%; pH 4.8 — 5.2; mobile compounds Р2О5 — 130—180 mg/kg and К2О — 8.9—9.2 mg/kg (by Chirikov method). The measures for care of the experimental site — loosening a soil in the stem strips during the growing period, an application of organic and mineral fertilizers, a pruning, a splaying of grass between the rows (row spacing),a protection from pests and diseases. The technical effectiveness of applications was determined in different rates against Apple blister mite and it impact on yields in commercial apple orchards. Calculations were made according to generally accepted methods in in horticulture, plant protection and entomology. \nResults. It was established that the apple blister mite, which overwinters behind the scales of buds, begins it migration in spring at a midday air temperature above 10°C, massively infesting young leaves of trees in phases at application timing — «More leaves unfolded, not yet at full size «(BBCH 15) — «Pink bud stage» (BBCH 57), where it feeds up to 15 days, and afterthat in the formed gales during 18—23 days. It develops in two generations during the growing season The application of insecticides Sivanto Prime 200 SL (flupiradifuran, 200 g/l), Danadim Stable, EC (dimethoat, 400 g/l), Oberon Rapid 240 SC, (spiromezifen, 228,6 g/l + abemektin, 11.4 g/l), Fufanon 570, EC (malathion, 570 g/l) and Aktofit, EC (aversektin С, 0.2%) on a reduction of this species number of 72.9—93.3%. It allowed to obtain a high — grade apple product with a yield of 1.1—1.2 times higher comparing to control. The outcome of non-standard products did not exceed 11.7% compare to 18.3% in the control (water treatment). An application of these insecticides allowed to increase the effectiveness of main biometric indicators of trees, namely: the average length of annual shoots, shoot thickness, leaf surface area by 2.2—20.0%, 2.4—16.7% 1.02 times and 4.6—45.9%, accordingly, which is important for settlement of potential fruit buds and future yields. An analyze outcome of fruits biochemical analysis indicates about the feasibility of using these insecticides: versus to the control variant (water treatment) there is a higher percentage of solids content 0.8—2.3%, sugar — by 0.7—2.9%, tittric acids — by 1.8—3.5%, pectin substances — by 12.5%, and ascorbic acid — by 0.8—1.6%. \nConclusions. Apple blister mite overwinters behind the scales of buds and begins it migration in spring at a midday air temperature above 10°C, massively infesting young leaves of trees in phases at application timing — «More leaves unfolded, not yet at full size «(BBCH 15), «Pink bud stage» (BBCH 57), where it feeds up to 15 days, and afterthat in the formed gales during 18—23 days. It develops in two generations during the growing season The use of insecticides Sivanto Prime 200 SL (flupiradifuran, 200 g/l), Danadim Stable, EC (dimethoat, 400 g/l), Oberon Rapid 240 SC, (spiromezifen, 228.6 g/l + abemektin, 11.4 g/l), Fufanon 570, EC (malathion, 570 g/l) and Aktofit, EC (aversektin С, 0.2%) on a reduction allows to reduce harmfulness of apple blister mite in apple orchards and control its number during the growing period. A limitation of a number of the current pest in apple orchard by using the studied applications provided a yield increase and a marketable quality of the obtained fruit products and the effectiveness of basic biometric indicators of trees, namely: the average length of annual shoots, shoot thickness, leaf surface area, which is important for the potential yields in commercial apple orchards in the next years. During the growing season, taking into consideration technical efficacy, economic feasibility and the list of controlled harmful objects, the most feasible to control apple blister mite is treatment with Danadim Stable, EC (dimethoat, 400 g/l) and Fufanon 570, EC (malathion, 570 g/l) Considering the peculiarities of apple tree biology development (the phase duration «More leaves unfolded, not yet at full size» (BBCH 15) — no longer than 10 days and («Pink bud stage» (BBCH 57) — no longer than 5 days), peculiarities of pest biology in the phase («more leaves unfolded, not yet at full size «(BBCH 15) it locates openly on the young leaves and starting from the phase («Pink bud stage» (BBCH 57) already concentrated in new emerging scales) and peculiarities of insecticid — acaracides protection products against this pest and others phytophagys, during this period of vegetation it is highly needed to use in phase «More leaves unfolded, not yet at full size «(BBCH 15) Danadim Stable, EC (2,0 l/ha), and in the phase («Pink bud stage» (BBCH 57) — Fufanon 570, EC (2.0 l/ ha). After phase «Flowers fading» (BBCH 69) to control apple blister mite and other pests it is recommended to apply Danadim Stable, EC (2.0 l/ha).","PeriodicalId":238317,"journal":{"name":"Karantin i zahist roslin","volume":"6 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2021-12-10","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"1","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"Karantin i zahist roslin","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.36495/2312-0614.2021.4.3-9","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 1

Abstract

Goal. To clarify the biological features of apple blister mite (Eriophyes mali Nal) and to investigate an efficacy of the insecticides Sivanto Prime 200 SL (flupiradifuran, 200 g/l), Danadim Stable, EC (dimethoat, 400 g/l), Oberon Rapid 240 SC, (spiromezifen, 228,6 g/l + abemektin, 11,4 g/l), Fufanon 570, EC (malathion, 570 g/l) and Aktofit, EC (aversektin С, 0,2%) on a reduction of a number and a harmfulness of apple blister mite (Eriophyes mali Nal), it impact on yields in commercial apple orchards. Methods. Trials were conducted in farms of the Steppe (Zaporizhia, Dnipro, Kherson, Mykolaiv regions) and the Forest-Steppe zone of Ukraine (Chernivtsi, Vinnytsia, Cherkasy, Poltava, Kyiv regions). Detailed examinations of trees (spring, summer and autumn period) were carried out to determine the pests species presence, it number, infestation area, and in particular apple blister mite. The Laboratory studies of pest biology were carried out under the conditions of educational production department of Uman National University of Horticulture. For that purposes were used an entomological gardens, where were located cups with water and apple shoots, Hani Crisp variety. It shoots were cut in the industrial garden in the phase of «End of leaf bud swelling» (BBCH 03). A field method, in the commercial apple orchards. A type of apple variety trees was Hani Crisp. Planting scheme — 4.0 × 3.0 m. Year of planting — 1992. Crown shape — sparsely (improved) — tiered. Rootstock — MM-106. Phases of plant development at application timing — «More leaves unfolded, not yet at full size» (BBCH 15) — «Pink bud stage» (BBCH 57) and «Flowers fading «(BBCH 69). Soil — shallow, low — humus dusty — loamy podzolic leached black soils: humus content — 1.3—2.5%; pH 4.8 — 5.2; mobile compounds Р2О5 — 130—180 mg/kg and К2О — 8.9—9.2 mg/kg (by Chirikov method). The measures for care of the experimental site — loosening a soil in the stem strips during the growing period, an application of organic and mineral fertilizers, a pruning, a splaying of grass between the rows (row spacing),a protection from pests and diseases. The technical effectiveness of applications was determined in different rates against Apple blister mite and it impact on yields in commercial apple orchards. Calculations were made according to generally accepted methods in in horticulture, plant protection and entomology. Results. It was established that the apple blister mite, which overwinters behind the scales of buds, begins it migration in spring at a midday air temperature above 10°C, massively infesting young leaves of trees in phases at application timing — «More leaves unfolded, not yet at full size «(BBCH 15) — «Pink bud stage» (BBCH 57), where it feeds up to 15 days, and afterthat in the formed gales during 18—23 days. It develops in two generations during the growing season The application of insecticides Sivanto Prime 200 SL (flupiradifuran, 200 g/l), Danadim Stable, EC (dimethoat, 400 g/l), Oberon Rapid 240 SC, (spiromezifen, 228,6 g/l + abemektin, 11.4 g/l), Fufanon 570, EC (malathion, 570 g/l) and Aktofit, EC (aversektin С, 0.2%) on a reduction of this species number of 72.9—93.3%. It allowed to obtain a high — grade apple product with a yield of 1.1—1.2 times higher comparing to control. The outcome of non-standard products did not exceed 11.7% compare to 18.3% in the control (water treatment). An application of these insecticides allowed to increase the effectiveness of main biometric indicators of trees, namely: the average length of annual shoots, shoot thickness, leaf surface area by 2.2—20.0%, 2.4—16.7% 1.02 times and 4.6—45.9%, accordingly, which is important for settlement of potential fruit buds and future yields. An analyze outcome of fruits biochemical analysis indicates about the feasibility of using these insecticides: versus to the control variant (water treatment) there is a higher percentage of solids content 0.8—2.3%, sugar — by 0.7—2.9%, tittric acids — by 1.8—3.5%, pectin substances — by 12.5%, and ascorbic acid — by 0.8—1.6%. Conclusions. Apple blister mite overwinters behind the scales of buds and begins it migration in spring at a midday air temperature above 10°C, massively infesting young leaves of trees in phases at application timing — «More leaves unfolded, not yet at full size «(BBCH 15), «Pink bud stage» (BBCH 57), where it feeds up to 15 days, and afterthat in the formed gales during 18—23 days. It develops in two generations during the growing season The use of insecticides Sivanto Prime 200 SL (flupiradifuran, 200 g/l), Danadim Stable, EC (dimethoat, 400 g/l), Oberon Rapid 240 SC, (spiromezifen, 228.6 g/l + abemektin, 11.4 g/l), Fufanon 570, EC (malathion, 570 g/l) and Aktofit, EC (aversektin С, 0.2%) on a reduction allows to reduce harmfulness of apple blister mite in apple orchards and control its number during the growing period. A limitation of a number of the current pest in apple orchard by using the studied applications provided a yield increase and a marketable quality of the obtained fruit products and the effectiveness of basic biometric indicators of trees, namely: the average length of annual shoots, shoot thickness, leaf surface area, which is important for the potential yields in commercial apple orchards in the next years. During the growing season, taking into consideration technical efficacy, economic feasibility and the list of controlled harmful objects, the most feasible to control apple blister mite is treatment with Danadim Stable, EC (dimethoat, 400 g/l) and Fufanon 570, EC (malathion, 570 g/l) Considering the peculiarities of apple tree biology development (the phase duration «More leaves unfolded, not yet at full size» (BBCH 15) — no longer than 10 days and («Pink bud stage» (BBCH 57) — no longer than 5 days), peculiarities of pest biology in the phase («more leaves unfolded, not yet at full size «(BBCH 15) it locates openly on the young leaves and starting from the phase («Pink bud stage» (BBCH 57) already concentrated in new emerging scales) and peculiarities of insecticid — acaracides protection products against this pest and others phytophagys, during this period of vegetation it is highly needed to use in phase «More leaves unfolded, not yet at full size «(BBCH 15) Danadim Stable, EC (2,0 l/ha), and in the phase («Pink bud stage» (BBCH 57) — Fufanon 570, EC (2.0 l/ ha). After phase «Flowers fading» (BBCH 69) to control apple blister mite and other pests it is recommended to apply Danadim Stable, EC (2.0 l/ha).
苹果水疱螨(Eriophyes mali Nal):害虫生物学及对乌克兰苹果园危害的防治措施
的目标。为阐明苹果水疱螨的生物学特性,研究Sivanto Prime 200 SL(氟吡喃,200 g/l)、Danadim Stable, EC(乐果乐,400 g/l)、Oberon Rapid 240 SC (spiromezifen, 228,6 g/l + abemektin, 11,4 g/l)、Fufanon 570, EC(马拉硫磷,570 g/l)和Aktofit, EC (aversektin С, 0.2%)杀虫剂对苹果水疱螨(Eriophyes mali Nal)的杀灭效果和危害。它影响了商业苹果园的产量。方法。试验在草原(扎波罗热、第聂伯罗、科尔松、尼古拉耶夫地区)和乌克兰森林草原区(切尔诺夫茨、文尼察、切尔卡西、波尔塔瓦、基辅地区)的农场进行。在春、夏、秋三季对果树进行了详细的检查,以确定害虫的种类、数量、侵染面积,特别是苹果水疱螨。害虫生物学的实验室研究是在南京园艺大学教育生产部的条件下进行的。为了达到这个目的,我们建了一个昆虫花园,里面有装满水和苹果芽的杯子,哈尼脆的品种。它的芽在“叶芽膨胀结束”(BBCH 03)阶段在工业花园里被切割。田间法,在商业苹果园。苹果的一种品种是哈尼酥。种植方案:4.0 × 3.0米。种植年份- 1992年。冠状-稀疏(改进)-分层。砧木- MM-106。施用时植物发育阶段-“更多的叶子展开,尚未完全发育”(BBCH 15) -“粉红芽期”(BBCH 57)和“花凋谢”(BBCH 69)。土壤。浅的低腐殖质灰化土淋溶黑土:腐殖质含量- 1.3-2.5%;pH 4.8 - 5.2;可移动化合物Р2О5 - 130-180 mg/kg和К2О - 8.9-9.2 mg/kg (Chirikov法)。试验场地的养护措施——在生长期间松土,施用有机和矿物肥料,修剪,在行与行之间铺开草,防止虫害和疾病。测定了不同施用量对苹果水疱螨的技术效果及其对商品苹果园产量的影响。计算是根据园艺学、植保学和昆虫学中普遍接受的方法进行的。结果。已经确定,苹果水痘螨在芽鳞后越冬,在春天中午气温高于10°C时开始迁徙,在施用时间分阶段大量感染树木的嫩叶-“更多的叶子展开,尚未完全大小”(BBCH 15) -“粉红芽期”(BBCH 57),在那里它可以进食长达15天,之后在形成的大风中18-23天。施杀剂Sivanto Prime 200 SL(氟吡呋酯,200 g/l)、Danadim Stable, EC(乐果,400 g/l)、Oberon Rapid 240 SC (spiromezifen, 228,6 g/l + abemektin, 11.4 g/l)、Fufanon 570, EC(马拉硫磷,570 g/l)和Aktofit, EC (aversektin С, 0.2%)对该物种的减少率为72.9% ~ 93.3%。这使得苹果的产量比对照高1.1-1.2倍。非标准产品的结果不超过11.7%,而对照组(水处理)的结果为18.3%。施用这些杀虫剂可使树木的主要生物特征指标,即年平均芽长、茎粗、叶表面积分别提高2.2 ~ 20.0%、2.4 ~ 16.7%、1.02倍和4.6 ~ 45.9%,对潜在果芽的定植和未来产量具有重要意义。果实生化分析结果表明,与对照(水处理)相比,这些杀虫剂的固体含量更高,为0.8-2.3%,糖含量为0.7-2.9%,硝酸含量为1.8-3.5%,果胶物质含量为12.5%,抗坏血酸含量为0.8-1.6%。结论。苹果水痘螨在芽鳞后越冬,并在春季中午气温超过10°C时开始迁徙,在施用时间分阶段大量感染树木的嫩叶-“更多的叶子展开,尚未完全大小”(BBCH 15),“粉红芽期”(BBCH 57),在此期间它可以进食长达15天,之后在18-23天形成大风。采用Sivanto Prime 200 SL(氟吡呋酯,200 g/l)、Danadim Stable, EC(乐果,400 g/l)、Oberon Rapid 240 SC (spiromezifen, 228.6 g/l + abemektin, 11.4 g/l)、Fufanon 570, EC(马拉硫磷,570 g/l)和Aktofit, EC (aversektin С, 0.2%)对苹果果园的苹果水痘螨进行减害,可在生长期控制其数量。 应用本研究的药剂对苹果园中几种害虫进行了控制,提高了苹果园的产量和果品的适销质量,提高了果树的基本生物特征指标,即年平均芽长、茎粗、叶表面积的有效性,这对未来几年苹果园的潜在产量具有重要意义。在生长季节,综合考虑技术效果、经济可行性和控制的有害物质清单,最可行的控制苹果水痘螨的方法是用达纳迪姆稳定EC(乐果,400 g/l)和福发农570,EC(马拉硫磷,570 g/l)处理。考虑到苹果树生物学发育的特点(阶段持续时间“更多的叶片展开”,尚未发育完整”(BBCH 15) -不超过10天,(“粉红芽期”(BBCH 57) -不超过5天),该阶段害虫生物学的特点(“更多的叶子展开,尚未发育完整”(BBCH 15),它公开位于嫩叶上,并从该阶段开始(“粉红芽期”(BBCH 57)已经集中在新出现的鳞片上),杀虫剂的特点-杀螨剂保护产品对抗这种害虫和其他植食性昆虫,在这一时期,非常需要在“更多的叶子展开,尚未完全大小”阶段(BBCH 15) Danadim Stable, EC (2,0l /ha)和“粉红芽阶段”(BBCH 57) - Fufanon 570, EC (2.0 l/ha)使用。在“花凋谢”阶段(BBCH 69)后防治苹果水痘螨和其他害虫,建议使用Danadim Stable, EC (2.0 l/ha)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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