Flickinger E L, Juenger G, Roffe T J, Smith M R, Irwin R J
U.S. Fish and Wildlife Service, Patuxent Wildlife Research Center, Gulf Coast Research Station, Victoria, Texas 77902.
J Wildl Dis. 1991 Apr;27(2):265-8. doi: 10.7589/0090-3558-27.2.265.
Approximately 200 Canada geese (Branta canadensis) died at a playa lake in the Texas Panhandle shortly after a winter wheat field in the basin adjacent to the lake was treated with parathion to control newly invading Russian wheat aphids (Diuraphis noxia). No evidence of infectious disease was diagnosed during necropsies of geese. Brain ChE activities were depressed up to 77% below normal. Parathion residues in GI tract contents of geese ranged from 4 to 34 ppm. Based on this evidence, parathion was responsible for the goose mortalities. Parathion applications to winter wheat will undoubtedly increase if parathion is applied for control of both Russian wheat aphids and greenbugs (Schizaphis graminum). Geese may potentially be exposed to widespread applications of parathion from fall to spring, essentially their entire wintering period.
在得克萨斯州狭长地带的一个干盐湖附近,一片毗邻湖泊的冬小麦田用对硫磷处理以控制新入侵的俄罗斯小麦蚜虫(麦二叉蚜)后不久,约200只加拿大黑雁(加拿大黑雁)死亡。在对黑雁进行尸检期间,未诊断出传染病迹象。大脑胆碱酯酶活性比正常水平降低了77%。黑雁胃肠道内容物中的对硫磷残留量在4至34 ppm之间。基于这些证据,对硫磷是导致黑雁死亡的原因。如果对硫磷用于控制俄罗斯小麦蚜虫和麦二叉蚜,那么对冬小麦使用对硫磷的情况无疑会增加。从秋季到春季,基本上是它们整个越冬期,黑雁可能会广泛接触到对硫磷的使用。