吉林农业大学学报
吉林農業大學學報
길임농업대학학보
JOURNAL OF JILIN AGRICUL TURAL UNIVERSITY
2010年
1期
72-74,85
,共4页
铜绿微囊藻%温度%光照%氮磷比%新立城水库
銅綠微囊藻%溫度%光照%氮燐比%新立城水庫
동록미낭조%온도%광조%담린비%신립성수고
Microcystis aeruginosa%temperature%illumination%TN/TP%Xinlicheng reservoir
研究了铜绿微囊藻在纯培养体系中温度、光照、氮磷比对其生长的影响.结果显示:该铜绿微囊藻在28 ℃时生长最好,藻细胞密度达到最大值.在试验范围内,铜绿微囊藻在3 000 lx时生长最好,藻细胞密度达到最大值.15∶1是铜绿微囊藻生长较为理想的氮磷比值.
研究瞭銅綠微囊藻在純培養體繫中溫度、光照、氮燐比對其生長的影響.結果顯示:該銅綠微囊藻在28 ℃時生長最好,藻細胞密度達到最大值.在試驗範圍內,銅綠微囊藻在3 000 lx時生長最好,藻細胞密度達到最大值.15∶1是銅綠微囊藻生長較為理想的氮燐比值.
연구료동록미낭조재순배양체계중온도、광조、담린비대기생장적영향.결과현시:해동록미낭조재28 ℃시생장최호,조세포밀도체도최대치.재시험범위내,동록미낭조재3 000 lx시생장최호,조세포밀도체도최대치.15∶1시동록미낭조생장교위이상적담린비치.
This study investigated the influence of temperature, illumination and N/P on the growth of Microcystis aeruginosa in pure cultivatable system. The results indicated that the growth of the Microcystis aeruginosa in 28℃ was better, and cell density reached the maximum. In this research, the growth of the Microcystis aeruginosa in 3 000 lx was better, and cell density reached the maximum. The growth of the Microcystis aeruginosa was better when TN/TP reached 15∶1.
