EFFECTS OF THE REUSE OF UNTREATED WATER FROM THE AVO’O RIVER (CAMEROON) CONTAMINATED BY FECAL SLUDGE FOR THE GROWTH OF SOLANUM NIGRUM L.

Tsama Vn, Kom Fm, Djuyom Wv, N. Kone, T. Fonkou
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Abstract

Objective: The main objective of this research was to evaluate the growth parameters and sanitary quality of Solanum nigrum L. irrigated with polluted water from Avo’o river in Nomayos. Methods: Faecal sludge, water from Avo’o River and Solanum nigrum L., were analysed with respect to microbiological and parasitological parameters. Four points (S0: Control site, located in Mbankomo at 3 km away from faecal sludge discharge area; S1: located at 810 m before the faecal sludge discharge area; S2: located at 100 m away from the faecal sludge discharge area; and S3: located at 350 m after the faecal sludge discharge area) were considered for sampling events. For faecal indicator (FC: Faecal coliforms and FS: Faecal Streptococci), the membrane filtration method was used. Helminthes eggs were determined using the method of Bailenger, modified by Rodier. The growth parameters of S. nigrum L., measured in different site mentioned above, were plant height, number, length and width of fresh leaves. Results: High concentration of FC (6857 ± 5180) and FS (2500 ± 1876 CFU/100 ml), as well as helminths eggs (273 ± 186 eggs/L) were obtained in Avo’o water samples. The strong correlations (r=0.9) clearly show that the waters of the Avo’o stream influence the growth of S. nigrum L. Conclusion: Despite the best growth of Solanum Nigrum L. irrigated with water from Avo’o River, high concentration of parasites was obtained on their leaves (43 eggs/100 g) highlight the necessity of a better management of faecal sludge in this city.
粪泥污染的喀麦隆阿沃河未处理水回用对黑茄生长的影响。
目的:评价诺马约斯市阿沃河污水灌溉后茄的生长参数和卫生质量。方法:对粪泥、阿沃河水和黑茄进行微生物学和寄生虫学参数分析。4个点:控制点,位于Mbankomo,距离粪便污泥排放区3公里;S1:位于粪便污泥排放区前方810 m处;S2:位于离粪泥排放区100米的地方;和S3:位于粪便污泥排放区后350 m处)被考虑作为采样事件。粪便指标(FC:粪便大肠菌群,FS:粪便链球菌)采用膜过滤法。虫卵的测定采用经Rodier改进的Bailenger法。在上述不同立地测定的生长参数分别为株高、鲜叶数、长、宽。结果:Avo’o水样中检测到高浓度的FC(6857±5180)和FS(2500±1876 CFU/100 ml),虫卵(273±186个/L)。强相关性(r=0.9)表明,Avo河水对茄类真菌的生长有一定的影响。结论:虽然Avo河水灌溉茄类真菌生长最好,但其叶片上的寄生虫含量较高(每100 g有43个卵),提示本市需加强粪便污泥管理。
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