松果松外源害虫小锥虫(半翅目:球虫科):短期内治疗效果评价

IF 0.8 4区 生物学 Q3 ZOOLOGY
S. Bertin, Filippo Ilardi, Cristiano Scapini, S. Simoni, P. Roversi
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引用次数: 1

摘要

松龟鳞片Toumeyella parvicornis (Cockerell)原产于北美,于2014年在意大利坎帕尼亚地区首次被发现。这种外来物种逐渐在拉丁美洲的森林和城市地区定居,随后向北迁移到托斯卡纳和阿布鲁佐,向南迁移到普利亚。这种规模对石松(Pinus pinea L.)造成了严重的破坏,石松是意大利景观中非常重要的一种针叶树,因其具有重要的自然意义而被列入区域自然2000网络。小角锥虫对松果体的猛烈攻击会导致松果体的冠层逐渐落叶,植物迅速衰退,并且常常受到不可逆的损害。这种严重的症状促使研究人员寻求适合城市地区的环境影响小的控制策略。在此背景下,意大利农业、食品和林业政策部委托国家植物保护参考研究所来验证针对细小角锥虫的内源性治疗方法的潜力。本文于2021年4月至10月在意大利中部罗马的一个公园内,对72棵表现出强烈且均匀的大面积侵染的松树进行了阿维菌素树干注射技术(Nuovo Metodo Corradi®)的效果进行了实验评估。将含有18.37 g/l浓度的阿维菌素的商品产品0.9 ml通过直径6 mm,深度6-7 cm的孔注射到每厘米胸围高度的植物直径上。该处理在整个生长季节有效地控制了小冠夜蛾对松树的侵染。4 ~ 7月(平均每枝约2只)和10月(平均每枝约1.8只),处理过的1年龄松树的成熟雌虫数量显著低于对照(7 ~ 10月分别为40只和14只)。上述结果表明,单次阿维菌素内治疗可有效降低小喙弓形虫的低密度种群,至少在注射后25周。处理过的松树也明显从严重的侵染症状中恢复过来,没有观察到树干钻孔造成的损伤和树皮病变。关键词:松龟鳞;干注射;阿维菌素;
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ALIEN PEST TOUMEYELLA PARVICORNIS (COCKERELL) (HEMIPTERA: COCCIDAE) ON PINUS PINEA L.: SHORT TIME EVALUATION OF ENDOTHERAPIC TREATMENT
The Pine Tortoise Scale Toumeyella parvicornis (Cockerell) is native to North America and was found for the first time in Italy in 2014, in Campania Region. This alien species gradually colonized woods and urban areas in Latium and subsequently moved northward in Tuscany and Abruzzo, and southward in Apulia. The scale was responsible for severe damages on the Stone Pine Pinus pinea L., a conifer representing an element of great importance in the Italian landscape and included in the Area Natura 2000 Network for its significant naturalistic interest. Heavy attacks of T. parvicornis on P. pinea cause a progressive defoliation on the canopies, and the plants quickly decline and are often irreversibly compromised. Such severe symptoms prompted studies for seeking control strategies with a low environmental impact that are suitable in urban areas. In this context, the National Reference Institute for Plant Protection was commissioned by the Italian Ministry of Agricultural, Food and Forestry Policies to verify the potential of endotherapic methods against T. parvicornis. The effect of abamectin distributed by trunk injection technology (Nuovo Metodo Corradi®) was experimentally evaluated from April to October 2021 in a park in Rome (Central Italy) on 72 pine trees that showed strong and homogeneous scale infestations. 0.9 ml of a commercial product containing abamectin at 18.37 g/l concentration was injected per cm of plant diameter at breast height (dbh) through holes that were 6 mm in diameter and 6-7 cm in depth. This treatment provided an efficient control of T. parvicornis infestations on the pine trees throughout the growing season. The presence of mature females on the one-years-old twigs significantly decreased in treated pines from April to July (about 2 females/twig on average) and to October (about 1.8 females/twig) compared to the control untreated pines (about 40 and 14 females/twig in July and October, respectively). These results showed that a single endotherapic treatment with abamectin can efficiently reduce the populations of T. parvicornis at low density levels at least 25 weeks after the trunk injection. The treated pines also visibly appeared to recover from the severe infestation symptoms and no injury and bark lesions ascribable to the trunk drilling were observed. Key Words: Pine Tortoise Scale, trunk injection, abamectin, urban area.
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来源期刊
CiteScore
1.20
自引率
20.00%
发文量
18
审稿时长
>12 weeks
期刊介绍: Redia supports its long history of basic and applied research in entomology and invertebrate zoology in the field of crop and forest tree protection responding at the same time to the increasing need of innovation and technological improvement.
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