海水營養鹽 的英文怎麼說

中文拼音 [hǎishuǐyíngyǎngyán]
海水營養鹽 英文
nutrients in sea water
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 營 : Ⅰ動詞1 （謀求） seek 2 （經營; 管理） operate; run; manage Ⅱ名詞1 （軍隊駐扎的地方） camp; barrac...
  • 養 : Ⅰ動詞1 （供養） support; provide for 2 （飼養; 培植） raise; keep; grow 3 （生育） give birth to ...
  • 鹽 : 名詞1. （食鹽; 鹽類） salt 2. （姓氏） a surname
  • 海水 : seawater; brine; the sea海水剝蝕 [地質學] marine denudation; 海水淡化 desalination of sea water; ...
  • 營養 : nutrition; nourishment; pabulum; tropho-; troph-; -trophy; -trophic; -trophin
  1. Biological activities are also vigorous at the boundaries of freshwater and shelf water, including the boundaries of water masses and the upwelling areas. the sink of co2 is thus further enlarged

    沖淡水帶來了大量的營養鹽，促進了生物活動的發展，必然消耗大量的coz ，使海水成為大氣co :的匯區。
  2. It is evident that their abundance change and preservation are associated closely with these environmental control factors, and high surface nutrient and productivity controlled by the variations of large scale seasonal climate and input of terrestrial detritus

    它們與壞境控制因素關系的分析表明，矽藻、放射蟲和海綿骨針豐度的高低及其保存程度與深度、溫度、鹽度和受大規模季節性氣候變化控制的表層海水的高營養和高生產力，以及陸源物質輸入的變化密切相關。
  3. Generally, the model is competent for the simulation of energy flow characteristics of the ecosystem in the yscmw. the analysis of the sensitive tests suggests that the phytoplankton biomass is controlled

    對整個黃海冷水團水域營養鹽的循環收支分析結果表明:浮游植物光合作用的吸收是黃海冷水團水域營養鹽的最大損耗項，有機物分解是其重要源項。
  4. Seawater nutrients automatic analyzer

    海水營養鹽自動分析儀
  5. Nutrients analyzer for seawater

    海水營養鹽分析器
  6. Distribution of nutrients and their relation to phytoplankton in kaozhouyang bay

    考洲洋海水營養鹽分佈及其與浮游植物的關系
  7. 2. the relationships between the nutrients exchange rates and the potential environmental controls it was observed that the exchange rates of sio3 - si were correlated with the temperature, do, ph, salinity of the seawater, the water and clay contents of the sediments and the concentrations of sio3 - si in the overlying water and pore water of the sediments

    2 、影響營養鹽在東海沉積物一海水界面交換速率的主要因素sio _ 3 - si在東海沉積物?海水界面交換速率與水體溫度、 do濃度、 ph值、鹽度、沉積物的含水率、粘土礦物含量、間隙水中sio _ 3 - si濃度、上覆水中sio _ 3 - si濃度均存在很好的相關性。
  8. In the depths of winter 2004 - 05, the tainan center of the supreme master ching hai international association conducted a series of activities to provide relief to needy households and other underprivleged people in their community. on december 26 and 29, 2004, and january 14, 25 and 29, 2005 local initiates visited the baihe veterans home, the jhupu elderly care center in yanshuei, the taizih temple elderly center, the hsin te chu hua cripple school and the elderly home of sinying hospital in tainan county

    歲暮寒冬，清海無上師世界會臺南小中心除了向急需救助的家庭伸出援手外，並於2004年12月26 29日及2005年元月14日25日29日，先後慰問了白河榮民之家鹽水鎮竹埔老人關懷中心新營市太子宮老人養護院新營市心德慈化教養院新營醫院護理之家的老人和學員們。
  9. However, except nitrate, the nitrogen concentration including nitrite, ammonia, don, pn and tn in spring 1998 were higher than those in autumn 1997, with the average concentration of 4. 9714. 65, 0. 67 ?. 20, 0. 7210. 30, 9. 2516. 88, 7. 3014. 42 and 22. 9 ? 0. 2 mol / dm3 in autumn, and 4. 5812. 39, 0. 70 + 0. 14, 2. 2611. 05, 9. 8814. 92, 7. 8816. 21 and 25. 318. 94 mol / dm3 in spring, respectively. the n / p ratio in autumn 1997 was 13. 217. 54 in average which a little lower than redfield ratio, nevertheless in spring 1998 the value was as high as 25. 6113. 0, much hi gher than redfield ratio. there shows a clear seasonal variation of phosphorus structure in two seasons, but the nitrogen structure almost unchanged

    兩個季節海水中磷的結構變化明顯，秋季磷主要以pp （ 54 ）為主，而春季長江口營養鹽、石油烴對海洋生態系統影響及動力學研究主要以po4一p （ 51 % ）為主;兩季節氮的結構基本一致，溶解氮都以don為主，分別為40 %和39 % :秋季no3一n比例較春季略高（ 22 % ） ，而春季nh4一n比例較秋季略高（ 9 % ） 。
  10. The value of surplus environmental capacity of din exceeded about 70 percent of the 1st grade environmental capacity in 1997. since 1997, the impact of nutrients pollution has begun to mitigate because of the enhancing protection of marine ecology by local government. the variation of surplus environmental capacities of din and po4 - p in jiaozhou bay implicated that the discharge amounts of din and po4 - p to jiaozhou bay were bearable from late 1970s to mid 1980s

    但自80年代中期至90年代中後期，營養鹽剩餘環境容量迅速減小，至1997年din剩餘環境容量已超過國家一級海水水質標準下膠州灣din環境容量約70 ，而自90年代末開始膠州灣din剩餘環境容量又有所增加，而po _ 4 - p剩餘環境容量減小速度趨緩。
  11. The main purpose of our paper is to build the coupling pelagic - benthic one - dimensional box model for yscwm, and use it to study the seasonal variability of the vertical structure of each variables, energy flow characteristics, the contribution of microbial loop and the income and expenses of nutrient elements of the ecosystem in this region

    本文的主要研究目標是構建黃海冷水團水域水層-底棲耦合生態系統垂直一維模型，並利用此模型對該海域生態系統各生態變量垂向結構的季節變化特徵、物流能流結構特徵以及微食物環的貢獻和營養鹽的收支循環等問題進行動力學研究。
  12. It can provide 48 % of sio3 - si in spring, 35 % of sio3 - si in summer, 83 % of sio3 - si in autumn and 184 % of sio3 - si in winter that required by the primary productivity. but it can only provide 0. 9 % of po4 - p in spring

    春季通過沉積物向海水釋放的營養鹽能提供維持研究區域內初級生產力所需5103一si的48 % ，夏季可提供35 % ，秋季可提供83 % ，冬季可提供184 % ，沉積物釋放的5103一si是維持東海初級生產力所需5103一si的主要來源之一。
  13. The main phosphorus in autumn 1997 was pp, with the percentage about 54 %, phosphate and dop was about 29 % and 17 % respectively. while phosphate was the dominate fraction with about 51 % of phosphorus in spring 1998, the pp and dop was 30 % and 19 % respectively

    秋季營養鹽受長江沖淡水影響較大，春季該海域po4一p受外海高鹽水影響較秋季大，具體而言，兩季節5103一si和din均主要來源於陸源輸入，但秋季對n03一n影響較大，春季則對nh4一n影響較大。
  14. By synthesis and reanalysis of recent research results on dry and wet deposition of nutrient elements in the southern yellow sea and the east china sea, the results suggest that the concentrations of nutrient elements in aerosol and precipitation show an apparent seasonal cycle with the maximum values in winter and the minimum values in summer, which is close related with the seasonal variations in prevailing winds and precipitation

    通過對南黃海及東海海域營養鹽大氣入海通量的研究結果的綜合與再分析，說明黃海及東海海域營養鹽氣溶膠濃度和降水中的離子濃度都有較明顯的季節變化，基本上冬季最大，而夏季最小。這與該區盛行風系和降水量的季節變化有關。
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