台湾海峡
檯灣海峽
태만해협
JOURNAL OF OCEANOGRAPHY IN TAIWAN STRAIT
2010年
1期
34-41
,共8页
海洋生物学%叶绿素a%表层水%分布%季节变化%环境调控%台湾海峡
海洋生物學%葉綠素a%錶層水%分佈%季節變化%環境調控%檯灣海峽
해양생물학%협록소a%표층수%분포%계절변화%배경조공%태만해협
marine biology%chlorophyll a%surface water%distribution%seasonal variation%environmental control mechanisms%Taiwan Strait
从物理过程和营养输送方面讨论了2006~2007年台湾海峡及其邻近海域表层水叶绿素a含量的时空变化特征及其调控因素.结果表明,台湾海峡表层水体从南至北叶绿素a含量的季节变化存在着明显差异.在北部海区叶绿素a含量平均值以春季居高,冬季最低;中部海区以秋季最高,夏季最低;南部较反常,以冬季最高,夏季最低.浙闽沿岸流、海峡暖流及上升流所造成的营养盐输入方式的差异可能是决定海峡叶绿素a含量季节分布南北差异的关键因素.分析结果还表明,春、夏季叶绿素a含量的分布在南部和北部海域均主要受营养盐限制,秋季叶绿素a含量在南部和北部海域分别主要受到磷酸盐含量和水温的影响,冬季叶绿素a含量在南部和北部海域分别主要受到硝酸盐含量和水温的影响.
從物理過程和營養輸送方麵討論瞭2006~2007年檯灣海峽及其鄰近海域錶層水葉綠素a含量的時空變化特徵及其調控因素.結果錶明,檯灣海峽錶層水體從南至北葉綠素a含量的季節變化存在著明顯差異.在北部海區葉綠素a含量平均值以春季居高,鼕季最低;中部海區以鞦季最高,夏季最低;南部較反常,以鼕季最高,夏季最低.浙閩沿岸流、海峽暖流及上升流所造成的營養鹽輸入方式的差異可能是決定海峽葉綠素a含量季節分佈南北差異的關鍵因素.分析結果還錶明,春、夏季葉綠素a含量的分佈在南部和北部海域均主要受營養鹽限製,鞦季葉綠素a含量在南部和北部海域分彆主要受到燐痠鹽含量和水溫的影響,鼕季葉綠素a含量在南部和北部海域分彆主要受到硝痠鹽含量和水溫的影響.
종물리과정화영양수송방면토론료2006~2007년태만해협급기린근해역표층수협록소a함량적시공변화특정급기조공인소.결과표명,태만해협표층수체종남지북협록소a함량적계절변화존재착명현차이.재북부해구협록소a함량평균치이춘계거고,동계최저;중부해구이추계최고,하계최저;남부교반상,이동계최고,하계최저.절민연안류、해협난류급상승류소조성적영양염수입방식적차이가능시결정해협협록소a함량계절분포남북차이적관건인소.분석결과환표명,춘、하계협록소a함량적분포재남부화북부해역균주요수영양염한제,추계협록소a함량재남부화북부해역분별주요수도린산염함량화수온적영향,동계협록소a함량재남부화북부해역분별주요수도초산염함량화수온적영향.
Spatial and temporal variation of chlorophyll a and their environmental factors in surface water of Taiwan Strait and its adjacent waters is discussed based on the physical process and nutrients transportation in 2006 and 2007. The results showed that seasonal variation of chlorophyll a was different remarkably from the south to the north in Taiwan Strait. The maximum mean of chlorophyll a appeared in spring and the minimum in winter in northern waters, but in the middle waters the maximum mean of chlorophyll a appeared in autumn and the minimum appeared in summer. It was abnormal in the south that the maximum value appeared in winter and the minimum in Summer. The different nutrients transportation of surface water and upwelling water by Zhe-Min along-shore water and Taiwan warm current may control the distribution of chlorophyll a in the southern and northern Taiwan Strait. The analysis also showed that nutrient concentrations was the factor that controlled the distribution of chlorophyll a in spring and summer in the southern and northern Taiwan Strait. In autumn, chlorophyll a contents were mainly influenced by temperature in northern Taiwan Strait while phosphate in southern Taiwan Strait. In winter, chlorophyll a contents were mainly influenced by temperature in northern Taiwan Strait while nitrate in southern Taiwan Strait.