Sex Ratio, Age Structure and Parasitism in Unaspis mabilis (Hemiptera: Diaspididae) in the Philippines

IF 0.6 Q4 AGRONOMY Agrivita Pub Date : 2023-06-01 DOI:10.17503/agrivita.v45i2.4149
C. Medina, L. Velasco, J. S. Quisado, Joel P. Limson, D. Posas, Bryan V. Novio
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Abstract

Lanzones scale insect (LSI) has been an important insect pest of lanzones since its first record in 2004. It causes massive defoliation on trees which eventually results to underdeveloped and sour fruits. Different lanzones-growing areas in the Philippines were surveyed for LSI along with its associated parasitoids in commercial lanzones farms located in Laguna (Los Baños,Nagcarlan and Sta. Maria), Oriental Mindoro (Villa Cerveza, Villa Cerveza, San Gabriel-Alcate), Negros (Abante-Pamplona, Poblacion - Pamplona, Lunga, Valencia, Talisay - Negros Occidental, Jawa-Valencia, Lunga-Valencia, Bongbong), Misamis Occidental (Aloran - Misamis Occidental, Calamba, Oroquieta, Sapang Dalaga, Plaridel), Camiguin (Catarman, Poblacion, Sagay, Tagdo, Mahinog), North Cotabato (Makilala, Kidapawan, and Kabacan) and Sulu (Maimbung, Patikol,Talipao). From each collection site, a total of 10 infested trees were sampled at random with leaflets (N=10) collected in four cardinal directions around canopy. Leaflets were scanned, photographed, and transported to the laboratory. Population estimates of each local population was obtained along with demographic structure viz. age structure and male-female sex ratio. The sample per tree were kept individually in customized cages for parasitoid emergence and determination of parasitization rate. Parasitoids were identified as Aphytis sp., Encarsia sp. and 2 other unidentified species. LSI population and percent parasitism in Laguna were quite high compared to North Cotabato. Results of this study will contribute to the basic knowledge needed to improve control strategy on LSI.
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菲律宾麻茧蜂的性别比、年龄结构及寄生性
Lanzones介壳虫(LSI)自2004年首次记录以来,一直是Lanzones的重要害虫。它会导致树木大量落叶,最终导致果实发育不良和酸酸。在位于拉古纳(Los Baños、Nagcarlan和Sta.Maria)、东方民都罗(Villa Cerveza、Villa Cerveza、San Gabriel Alcate)的商业Lanzone农场,对菲律宾不同Lanzone种植区的LSI及其相关寄生蜂进行了调查,内格罗斯(Abante Pamplona、Poblacion-Pamplana、Lunga、Valencia、Talisay-Negros Occidental、Jawa Valencia和Lunga Valencia,Bongbong)、Misamis Occidental(Aloran-Misamis Occidential、Calamba、Oroquita、Sapang Dalaga、Plaridel)、Camiguin(Catarman、Poblasion、Sagay、Tagdo、Mahinog)、North Cotabato(Makilala、Kidapawan和Kabacan)和Sulu(Maimbung、Patikol、Talipao)。从每个采集点,随机抽取10棵受感染的树木,在树冠周围的四个主要方向上采集小叶(N=10)。对传单进行了扫描、拍照并运至实验室。每个当地人口的人口估计数与人口结构一起获得,即年龄结构和男女比例。每棵树的样本被单独保存在定制的笼子里,用于寄生蜂的出现和寄生率的测定。寄生虫被鉴定为Aphytis sp.、Encarsia sp.和其他2个未鉴定物种。与北哥打巴托相比,拉古纳的LSI种群和寄生率相当高。本研究的结果将有助于提高LSI控制策略所需的基础知识。
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来源期刊
Agrivita
Agrivita AGRONOMY-
CiteScore
2.20
自引率
12.50%
发文量
62
审稿时长
18 weeks
期刊介绍: The aims of the journal are to publish and disseminate high quality, original research papers and article review in plant science i.e.: -agronomy -horticulture -plant breeding -soil sciences -plant protection -other pertinent field related to plant production
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