BIOLOGICAL AND ECOLOGICAL FEATURES OF COLEOPHORIDAE PESTS FEEDING ON SAXAUL

2023

Закрытый доступ Метаданные (CSL-JSON)
DOI 10.52578/2305-9397-2024-2-2-153-161
Достоверность данных 70 средняя
Как считается эта оценка

Складывается из проверяемых признаков самой записи: есть ли у статьи DOI, сколько независимых источников подтвердили её данные, заполнены ли обязательные поля и насколько свежо последнее подтверждение. Снижают оценку расхождения между источниками и отсутствие идентификатора. Значение от 80 означает, что запись опубликована без дополнительной проверки; от 60 до 79 — что она опубликована с пониженной достоверностью и ручная проверка желательна. Запись, выверенную редактором вручную, пересчёт не опускает ниже 90. Это оценка наших данных о статье, а не оценка самой статьи.

Аннотация

According to the field of research, there are species of saxaul and pasture plants that feed on vegetative and generative organs and cause significant damage to phytomass and seed yield during mass reproduction. Lepidoptera occupy leading positions as pests of forest, agricultural crops, pasture plants and fruit trees, as well as pests of warehouses. The article provides information on the biological and ecological features of one of them, a pest species, Coleophoridae. In the countries of the former USSR, more than 1,000 species of Coleophoridae are known, including pests of agricultural crops, forest and fruit trees and pasture plants. The following species live in saxaula: Characia haloxyli (Flkv.), Coleophora captiosa (Flkv.), Ionescumia saxauli (Flkv.), Casignotella gallivora (Flkv.), Coleophora galligena, Coleophora calligoni. As a result of taxonomic verification conducted by scientists around the world recently, it was proved that the genus Coleophoridae is divided into 11 genera. As a result of our research conducted in the desert areas of Southeastern Kazakhstan, 2 species of Coleophoridae were found living in the saxaul, which feed mainly on the generative and vegetative organs of the saxaul. Data on the peculiarities of their biological development, food connection and harmfulness have been obtained. Optimal stages of their development have been determined for the phenological development and control of massively occurring species.