Hardware – wheat pests as elements of the species consortium

T. Kolombar
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Abstract

Annually in the world, insect pests kill 10–15 % of the crop yield, which in the face of increasing humanity creates a global problem for food security. For the territory of Ukraine in some years, the loss of wheat yields reach 25 % and, in the face of this tendency, real risks to the security of the state are created. Considering that the agrarian trend of the state development has been increasing in recent years, the development of grain-adapted to the ecological and climatic conditions of Ukraine is a priority direction of the development of domestic agriculture. And the development of new environmentally friendly methods of controlling pests of wheat using parasitic organisms will become a fundamentally new and pressing issue in the development of organic production in the country. The general list of pest species that can cause serious wheat yield and forage reduction in Ukraine includes more than 230 names, but only 18 species are able toentail the biggest losses. Among them belong to the order Coleoptera. One insect species is usually a host of several species of mites, nematodes and up to ten species of gregarines and microsporidia. Unfortunately, the taxonomic composition of parasites of phytophagous pets of wheat in Ukraine has not been thoroughly investigated. We studied the interrelation between parasites of 4 phytophagous insects of wheat as well as of 14 insect species found in granaries. The study of the species composition of parasitic organisms of wheat and grain pests is based on the study of the elementary part of the consortium ecosystem, where they act as second order consortia. Phytophagous parasites of wheat and collar pests of cereals, as second-order consorts, have been fragmented worldwide. The purpose of this work is to determine the species composition of gregarine as a component of wheat consortium for their further use in the creation of integrated methods of protection of wheat and products of its processing. As a result, 28 species of gregarines were registered, which belong to seven families (Didymophyidae, Ophryocystidae, Hirmocystidae, Lipotrophidae, Stylocephalidae, Actinocephalidae and Gregarinidae). On the average, 1–2 species of gregarines parasitize in one pest species. 7–10 species of parasites were identified in some insects of the family Tenebrionidae (Tenebrio molitor Linnaeus, 1758 and Tribolium confusum Jacquelin du Val, 1863). Each presented parasite is characteristic of 1–2 species of pests, but there are species of gregarines that infect up to four species of model species, such as Gregarina cuneata Stein, 1848. The largest number of individuals who are infested with gregarines belong to such families as Tenebrionidae and Dermestidae (38,6 % and 36,0 % of the total number of species, respectively). On pests – phytophages parasitizes about 8 species of gregarine families Stylocephalidae, Gregarinidae, Actinocephalidae. For barns pests are recorded barnacles of all 7 families.
硬体小麦害虫作为物种联合体的组成部分
在世界范围内,每年有10 - 15%的农作物因虫害而死亡,在人口不断增长的情况下,这给粮食安全造成了全球性问题。对于乌克兰领土来说,在某些年份,小麦产量的损失达到25%,面对这种趋势,对国家安全造成了真正的风险。考虑到近年来国家发展的农业趋势日益明显,发展适应乌克兰生态和气候条件的粮食是国内农业发展的优先方向。开发利用寄生生物防治小麦害虫的环保新方法,将成为我国有机生产发展中一个全新而紧迫的课题。在乌克兰,可导致严重小麦减产和饲料减产的害虫种类总清单包括230多种,但只有18种能够造成最大损失。其中属于鞘翅目。一种昆虫通常是数种螨虫、线虫和多达10种绿虫和小孢子虫的宿主。不幸的是,乌克兰小麦植食性宠物寄生虫的分类组成尚未得到彻底调查。研究了小麦4种植食性昆虫和粮仓内14种昆虫寄生虫的相互关系。小麦和粮食害虫寄生生物的物种组成研究是建立在对群落生态系统初级部分的研究基础上的,它们是二级群落。小麦的植食性寄生虫和谷物的领虫作为二级伴侣,在世界范围内已经分散。这项工作的目的是确定作为小麦联盟组成部分的格林碱的物种组成,以便进一步利用它们来建立小麦及其加工产品的综合保护方法。共登记到绿腹虫28种,隶属于7科(双足虫科、包囊虫科、水蛭虫科、脂养虫科、柱头虫科、放线头虫科、绿腹虫科)。一种害虫平均有1-2种绿虫寄生。在黄粉虫科昆虫(tenbrio molitor Linnaeus, 1758年和Tribolium confusum Jacquelin du Val, 1863年)中鉴定出7 ~ 10种寄生虫。每一种寄生虫都有1-2种害虫的特征,但也有一种绿虫可以感染多达4种模式物种,如Gregarina cuneata Stein, 1848。被黄粉虫侵染最多的是黄粉虫科和皮虫科,分别占总种数的38.6%和36.0%。在害虫方面,植噬体主要寄生于柱头科、灰头科、放线头科8种。对畜棚有害生物记录为7科藤壶。
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