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密苏里州大豆胞囊线虫的分布、密度和多样性

Distribution, Density, and Diversity of Heterodera glycines in Missouri.

作者信息

Niblack T L, Heinz R D, Smith G S, Donald P A

出版信息

J Nematol. 1993 Dec;25(4 Suppl):880-6.

Abstract

Between May, 1988, and July, 1992, the University of Missouri Plant Nematode Diagnostic Laboratory collected data on Heterodera glycines populations in Missouri by offering diagnostic services to soybean farmers. A greenhouse bioassay (free), egg count ($10/sample), and race determination test ($25) were conducted by request on soil samples submitted to the lab. Each test was offered for a specific purpose: the bioassay for fields not known to be infested; the egg count for population monitoring in fields with known infestations; and the race test for fields with a history of resistant cultivars. Of 818 samples submitted for bioassay on a H. glycines-susceptible soybean cultivar, 13 (1.6%) contained brown cysts but no white females, and 364 (45%) contained white females after 35 days in the greenhouse. Of 6,193 egg counts, 39% were either free of H. glycines or contained fewer than 500 eggs/250 cm(3) soil, the action threshold for Missouri. The remaining 61% ranged from 500-400,000 eggs/250 cm(3) soil (mean = 10,617). Eleven races were detected, with races 3 (45%) and 1 (23%) the most common. The data show that H. glycines is widespread in Missouri (with confirmed infestations in 80 of 114 counties), that most infested fields have population densities above the action threshold, and that there is considerable genetic diversity among H. glycines field populations.

摘要

1988年5月至1992年7月期间,密苏里大学植物线虫诊断实验室通过为大豆种植户提供诊断服务,收集了密苏里州大豆胞囊线虫种群的数据。应要求,对提交至实验室的土壤样本进行了温室生物测定(免费)、虫卵计数(10美元/样本)和生理小种鉴定测试(25美元)。每项测试都有特定目的:生物测定用于未知是否受侵染的田地;虫卵计数用于已知受侵染田地的种群监测;生理小种测试用于有种植抗性品种历史的田地。在818份提交给对大豆胞囊线虫敏感的大豆品种进行生物测定的样本中,13份(1.6%)含有褐色胞囊但没有白色雌虫,364份(45%)在温室中放置35天后含有白色雌虫。在6193次虫卵计数中,39%的样本不含大豆胞囊线虫或每250立方厘米土壤中虫卵数量少于500个,这是密苏里州的行动阈值。其余61%的样本每250立方厘米土壤中虫卵数量在500 - 400,000个之间(平均为10,617个)。检测到11个生理小种,其中生理小种3(45%)和1(23%)最为常见。数据表明,大豆胞囊线虫在密苏里州广泛分布(114个县中有80个县有确诊侵染),大多数受侵染田地的种群密度高于行动阈值,并且大豆胞囊线虫田间种群存在相当大的遗传多样性。

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