CAJ | 학술논문

2009年-2010年采集汀溪水库和坂头水库水样，制片，电子显微镜下观察，研究结果表明：汀溪水库藻类共有4门，其中，蓝藻门最多，其中的拟浮丝藻数量高达5．4X10^7个／L，其次是绿藻门，再次是硅藻门，甲藻门最少。坂头水库藻类共有4门，其中，硅藻门最多，其中的颗粒直链藻数量达到1．01×10^7个／L；绿藻门、甲藻门和蓝藻都非常少。根据指示藻类标准初步鉴定坂头水库和汀溪水库属于中一富营养化型（β-α-ms）水体。同时分析和讨论了藻类引起的潜在水质问题。
2009년-2010년채집정계수고화판두수고수양，제편，전자현미경하관찰，연구결과표명：정계수고조류공유4문，기중，람조문최다，기중적의부사조수량고체5．4X10^7개／L，기차시록조문，재차시규조문，갑조문최소。판두수고조류공유4문，기중，규조문최다，기중적과립직련조수량체도1．01×10^7개／L；록조문、갑조문화람조도비상소。근거지시조류표준초보감정판두수고화정계수고속우중일부영양화형（β-α-ms）수체。동시분석화토론료조류인기적잠재수질문제。
Water sample from Bantou reservoir and Tingxi reservoir during 2009 -2010 were collected and observed by elec- tron microscope. The investigation results indicated that there are four phylum in Tingxi reservoir. The largest communities were bacillariophy and planktothricoides was 5.4×107/L. The next largest community was chlorophyta. Bacillariophy was less and pyrrophyta was the least. There were 4 phylum in Bantou reservoir. The largest community was cyanophyta, and melosira granu- late was 1.01×10T/L, chlorophyta, pyrrophyta and cyanophyta were less. According to the identification standard of algae indi- cator, Tingxi reservoir and Bantou reservoir were meso - eutrophic. The potential causes for quality change by algae was analyzed and discussed.