开伯尔-普赫图赫瓦省查尔萨达区特希尔坦吉麦田杂草丛枝菌真菌调查。

Tabassum Yaseen, M. Shah, G. Nawaz
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引用次数: 3

摘要

选用特希尔唐吉的土壤,对杂草植物丛枝菌根真菌(AMF)的孢子密度进行了调查。在寄主生长期对所有杂草植株的孢子密度进行了观察。丛枝菌根真菌(AMF)孢子密度在营养期以藜麦(93.00±74.02)和伊比尼亚Scandix(89.00±92.08)最高。球囊菌属在杂草根孢土壤中占有优势,其次为针孔菌属和硬囊菌属。Glomus孢子密度最低的是Fumariapureflora(10.67±15.89)。AMF孢子密度与土壤PH呈极显著正相关,碳与土壤磷含量呈极显著负相关。最高的囊泡在。大戟丛枝数最高(18.67±18.72),最小(2.00±1.73);大戟丛枝数最低(3.33±1.53);外菌丝数量最多的是Silene分生孢子(4.00±1.73),最低的是Anagallus arrensis。内菌丝数量以马鬃蛛居多(6.33±5.13),以褐毛蛛最少(0.67±0.58)。在黑芸苔属(芸苔科)中完全不存在。
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Arbusculer mycorrizal fungal investigation in the weeds of wheat field of Tehsil Tangi, District Charsadda, Khyber Pakhtunkhwa.
An investigation has been make about the Arbuscular Mycorrhizal Fungi (AMF) spore density in weeds plants with soil selected from the Tehsil Tangi. The spore density was observed in all weeds plants in the host growth stage. The maximum Arbuscular Mycorrhizal Fungi (AMF) spore density wasfound in Chenopodium album (93.00±74.02) and Scandix iberica (89.00±92.08) at vegetative stage. The Glomus species are dominant in the rhizosporic soil of weeds plants followed in Aculospora, and Sclerocystis. The lowest Glomus spore density are present in Fumariapureflora (10.67±15.89).The spore density of AMF had a strong positive correlation with soil PH and carbon is negative correlation with P content of the soil. Thehighest Vesicles are investigated in.Euphorbia heliscopia(14.33±9.5) and lowest in Circium arevesis (3.33±1.53) .Arbuscules was higher in Euphorbia heliscopia (18.67±18.72) and lowest in Circium arvensis (2.00±1.73). Highest External hyphae was found in Silene conidia (4.00±1.73) and lowest in Anagallus arrensis. Internal hyphae were in Rananculas maricates (6.33±5.13) and lowest in Melolotus indica(0.67±0.58). While totally absent in Brassica nigra (Brassicaece).
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