浮游植物群落 的英文怎麼說

中文拼音 [fúyóuzhíwùqúnlà]
浮游植物群落 英文
in areas of high phytoplankton
  • 浮 : Ⅰ動詞1 （漂在液體表面） float; drift 2 [方言] （在水裡游） swim Ⅱ形容詞1 （在表面上的） superfici...
  • 游 : Ⅰ動詞1 （人或動物在水裡行動） swim 2 （各處從容地行走; 閑逛） rove around; wander; travel; tour 3...
  • 植 : Ⅰ動詞1. （栽種） plant; grow; cultivate 2. （樹立） establish; set up Ⅱ名詞（姓氏） a surname
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 群 : Ⅰ名詞（聚在一起的人或物） crowd; group Ⅱ量詞（用於成群的人或物） group; herd; flock
  • 落 : 落名詞[方言] （北方對蓮花落的俗稱） a kind of folk song
  • 植物 : plant; flora; botany; stray; greenery; phyton; phytum; phyta; phyt ; phyto ; phyte : 草本植物 her...
  • 群落 : community; cenosis; coenosis; coenosium; duriherbosa; coen
  1. Phytoplankton community succession of freshwater pool of litopenaeus vannamei bonne in zhuhai area

    珠海地區凡納濱對蝦淡水養殖池浮游植物群落的演替
  2. The percentage of density of s. costatum in phytoplankton rised from 58. 7 % in last year to 60. 0 % in this year, which resulted a decline of the diversity index from 1. 91 to 1. 75, and evenness from 0. 47 to 0. 42, indicating that the biodiversity and evenness of phytoplankton community in zhelin bay became worse and worse, and the structure of community retrogressed

    中肋骨條藻在浮游植物總數量的百分比由第一年度的58 . 7上升到本年度的60 . 0 ，導致多樣性指數由1 . 91減小到1 . 75 ，均勻度由0 . 47減小到0 . 42 。這表明，與上一年度相比，柘林灣浮游植物群落的生物多樣性和穩定性進一步降低，群落結構退化。
  3. In the periods of peak zooplankton abundance ， that is ， in the late ring and in the summer ， haney recorded maximum daily com - munity grazing rates ， for nutrient - poor lakes and bog lakes ， re ectively ， of 6. 6 percent and 114 percent of daily phytoplankton production

    在浮遊動物數量激增的高峰期，亦即在春季後期以及夏季，哈尼記錄了最大程度上的每日群落食草比率，對于營養物不充足的湖和沼澤湖而言，分別為每日浮游植物繁殖量的6 . 6 %和114 %
  4. In the periods of peak zooplankton abundance, that is, in the late spring and in the summer, haney recorded maximum daily community grazing rates, for nutrient - poor lakes and bog lakes, respectively, of 6. 6 percent and 114 percent of daily phytoplankton production

    譯文:在浮遊動物數量激增的高峰期，亦即在春季後期以及夏季，哈尼記錄了最大程度上的每日群落食草比率，對于營養物不充足的湖和沼澤湖而言，分別為每日浮游植物繁殖量的6 . 6 %和114 %
  5. In the periods of peak zooplankton abundance ， that is ， in the late spring and in the summer ， haney recorded maximum daily com - munity grazing rates ， for nutrient - poor lakes and bog lakes ， respectively ， of 6. 6 percent and 114 percent of daily phytoplankton production

    在浮遊動物數量激增的高峰期，亦即在春季後期以及夏季，哈尼記錄了最大程度上的每日群落食草比率，對于營養物不充足的湖和沼澤湖而言，分別為每日浮游植物繁殖量的6 . 6 %和114 %
  6. As the agricultural nfs is the most important factor for water environmental deterioration and lake eutrophication in china, more and more scientists and technologists focus on the control countermeasurc and pollution mechanism of agricultural non - point source ( nfs ). based on the investigation of natural resource and agricultural distribution, the loss rule of nitrogen and phosphorus in the typical land of qiandao lake watershed and distribution rule of the phytoplankton and physico - chemical characteristic in the lake were studied, and the input loading of nitrogen and phosphorus was also calculated by the annagnps model in this thesis. according to the routine monitoring data of the water environment in qiandao lake from 1989 to 2001, the concentrations of toxic substance and heavy metal were under the monitoring limit, but the total nitrogen ( tn ) and total phosphorus ( tp ) were much higher than the criterion for lake and reservoir

    本文調查了千島湖流域的自然資源和農業生產情況，研究了典型坡地降雨徑流中的氮、磷污染物的輸出規律，利用annagnps模型估算流域農業非點源污染物輸入負荷，並在千島湖內設點采樣，對水質理化指標和浮游植物群落進行系統的研究，得出以下結論： 1989 2001年間的水環境常規監測資料統計分析表明，有毒物質和重金屬濃度長期在監測下限內， no _ 2 - n 、 no _ 3 - n 、 nh _ 3 - n年平均濃度均符合類標準，但湖泊水庫特定項目tn和tp濃度分別為超類和類，呈嚴重超標狀況，湖區主要污染因子是將導致富營養化的物質tn和tp 。
  7. Our research group had finished an initial study on the ecosystem of phytoplankton. in the present study, i added eleven stations to the primary eight one and finished a second annual investigation on the ecosystem, in order to find out more information on the spatial and temporal distribution of phytoplankton in zhelin bay

    2000 2001年度本實驗小組對浮游植物生態群落進行了初步的調查，為了進一步深入、詳細地了解調查海區生態系統的時空結構，作者從2001年7月開始，在原有的8個站位上增加了11個站位，對柘林灣及灣外海域浮游植物生態群落的結構與功能進行第二個周年調查。
  8. A preliminary study on phytoplankton community structure and its changes in the jiaozhou bay

    膠州灣浮游植物群落結構及其變化的初步研究
  9. Development of phytoplankton community in pig manure wastewater and potential causes of algal dominance

    豬糞污水浮游植物群落與成因研究
  10. Phytoplankton community structure and eutrophication of reservoirs in guangdong province, china

    廣東省典型水庫浮游植物群落特徵與富營養化研究
  11. The type of the community of phytoplankton in dianchi lake was cyanobacteria - green algae

    滇池浮游植物群落是一個藍藻占絕對優勢的藍藻綠藻型。
  12. The results of an investigation of phytoplankton flora from 2001 to 2002 in dianchi lake, china are reported

    摘要報道2001 ~ 2002年對滇池浮游植物群落的調查結果。
  13. The long - time ecological effect of eutrophication control measures such as damming, dredging, diluting etc

    結果表明，大部分湖區浮游植物群落結構與治理前基本相同，仍以藍藻占絕對優勢。
  14. From jan. 1999 to dec. 2000, the phytoplankton communities of hangzhou west lake were investigated monthly for two years

    摘要1999年l月~ 2000年12月對杭州西湖浮游植物群落進行了為期2年的逐月調查。
  15. The density of skeletonema costatwn accounted for 71. 0 % of the total phytoplankton. therefore the horizontal and seasonal distributions patterns of s. costatum dominated the patterns of the total phytoplankton

    在硅藻中，又以中肋骨條藻為全年優勢種，其數量在浮游植物群落總細胞數中的百分比周年平均值高達71 . 0 。
  16. Species, the diversity index ( h " ) and evenness ( j ) of phytoplankton community increased gradually from inside of the bay to outside of the bay, and was greater in the outer bay than that in the inner bay. the density of total cell number increased from inside of the bay to outside of the bay, and was greater in outer and eastern bay than these in inner and western bay

    調查海區浮游植物群落的種類數、多樣性指數與均勻度都表現為灣外多於灣內，灣內外側高於灣內內側的趨勢，而總細胞數的平面分佈呈現灣外高於灣內、灣內外側高於內側、東部高於西部的基本格局。
  17. The community structure of ultraphytoplankton is very different in autumn and spring concluded by data comparison of two cruises. the cell density of synechococcus in autumn is significantly higher than that in spring. during autumn cruise a high value synechococcus density was observed by flow cytometry in upper layer of e2 and e6, which was 25

    秋季及春季航次結果表明兩季節超微型浮游植物群落結構有很大不同，秋季各站位聚球藻密度明顯高於春季，秋季在黃海e2站的上混合層、東海e6站表層均檢測到密度高值，最高分別達25 . 73 10 ~ 4cells ml 、 15 . 92 10 ~ 4cells ml ，而在春季時聚球藻密度較大值是在東海e6 、 p2站，但在表層僅為2 . 46 10 ~ 4和2 . 01 10 ~ 4cells ml ，其餘站位平均值均在1 . 00 10 ~ 4cells ml以下。
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