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      浮游植物增殖
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  phytoplankton reproduction
     THE STUDIES OF PHYTOPLANKTON REPRODUCTION CAPACITY
     浮游植物增殖能力的研究探讨
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  “浮游植物增殖”译为未确定词的双语例句
     In the nutrient addition experiment, faster growth rates were found with additional P, suggesting that P was the potential limiting nutrient in the Dapeng'ao at that time.
     在营养盐加富试验中,加入含有P系列的浮游植物增殖速度最快,揭示P是此时大鹏澳浮游植物的潜在限制因子。
短句来源
     Fluorescence excitation-emission matrix spectroscopy(EEMS) was employed to characterize the dissolved organic matter(DOM) in algal bloom seawater of Jiaozhou Bay in February,2004.The relationships of DOM fluorescence characteristics with phytoplankton multiplication,dissolved organic carbon(DOC),salinity,dissolved oxygen and pH were discussed. In addition,the protein-like and humic-like fluorescence changes fore and aft cross-flow ultrafiltration(CFF) were primarily evaluated.
     利用荧光激发-发射矩阵光谱(Excitation-Emission Matrix Spectroscopy,EEMS)技术研究了胶州湾2004-02赤潮暴发期间水体中溶解有机物类蛋白和类腐殖质荧光特性,探讨了各种荧光性质与浮游植物增殖、溶解有机碳、盐度、溶解氧和pH的关系,并对切向超滤前后类蛋白和类腐殖质荧光的变化进行了初步评估.
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  相似匹配句对
     CHAPTER 4 MARINE BIOLOGY Section 1 Phytoplankton
     浮游植物
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     THE STUDIES OF PHYTOPLANKTON REPRODUCTION CAPACITY
     浮游植物增殖能力的研究探讨
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     Allelopathy in phytoplankton
     浮游植物的化感作用
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     X.
     X上的增殖算子。
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     Research on neutron multiplication formula
     中子增殖研究
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  phytoplankton reproduction
The phytoplankton reproduction capacity (PRC), as a new concept regarding chlorophyll-a and primary production (PP) is described.PRC is different fromPP, carbon assimilation number (CAN) or photosynthetic rate (PB).
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  phytoplankton blooms
Bacterial proliferation in water masses usually succeeds to phytoplankton blooms.
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The dynamics of phytoplankton blooms in puget sound a fjord in the Northwestern United States
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This switch from herbivorous to carnivorous behavior may be significant in nature during the decline of phytoplankton blooms.
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Phytoplankton blooms appear off high islands at the beginning of the rainy season in bays with large watersheds and with sufficient residence time of the waters; these are the initial sites of A.
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I hypothesize that, on rare occasions, terrestrial runoff from heavy rains (following the dry season or a record drought) may provide enough nutrients to stimulate phytoplankton blooms of sufficient size to produce enough food for the larvae of A.
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         The study on O_2, Co_2, pH, negative ions, positive ions and nutrient elements in the water have been carried out with general analysis method in this paper. There are diel changes of dissolved oxygen, carbon dioxide and pH in the water of pond, they are correlated each other. The special character of main ions in the water is :HCO_3~-+CO_3~(2-)>Ca~(2+)+Mg~(2+). The nutrient elements have diel and seasonal changes. The mean content of inorganic nitrogen is ab out 0.239mg/L and that of P_2O_5 is about 0.057m...
            本文应用常规分析手段对池塘水体中的O_2、CO_2、pH、阴离子、阳离子及营养元素进行了研究。O_2、CO_2、pH值都呈现昼夜变化,三者间具有一定的相关性。主要离子含量的特点为:HCO_3~-+CO_3~(2-)>Ca~(2+)+Mg~(2+)。营养元素都具昼夜变化和季节变化。无机氮的平均含量为0.239mg/L,可溶性磷酸盐的平均含量为0.057mg/L,二者比值为2.62。总氮与总磷的平均含量分别为3.77mg/L和0.885mg/L,二者比值为4.26。与其它地区相比,三江平原池塘水体中磷含量高而氮含量过低已成为浮游植物增殖的限制因子。
文摘来源
         In this paper, data of phytoplankton biomass and ecological factors analysed by linear regression found that, phytoplankton biomass with Ca~(2+) Mg~(2+), NO_3~+—N, NH_4~+-—N, total N, total P, COD and turbidity shows in linear dependence. The relationship between biomass of Chlorophyta and Mg~(2+), NO_3~-—N, NH_4~+—N, total N as well as COD is linear dependence. The biomass of Cyanophyta with Ca~(2+), NO_3~+—N,NH_4~+—N, total N, total P, COD and turbidity shows in linear dependence. The reason that all phyt...
            本文对浮游植物生物量与各生态因子进行回归分析结果为:浮游植物生物量与Ca~(2+)、Mg~(2+)、NO_3~-—N、NH_4~+—N、总氮、总磷、有机物耗氧量和透明度呈线性相关。绿藻门生物量与Mg~(2+)、NO_3~-—N、NH_4~+—N、总氮和有机物耗氧量呈线性相关。蓝藻门生物量分别与Ca~(2+)、NO_3~-—N、NH_4~+—N、总氮、总磷、有机物耗氧量和透明度相关。浮游植物生物量、绿藻门生物量、蓝藻门生物量都与NO_3~-—N、NH_4~-—N相关,这主要是由于水体中NO_3~-—N和NH_4~+—N态氮浓度,整个实验期间都在临界浓度以下,二者已成为浮游植物增殖的限制因子。
文摘来源
         This paper deals with the effect of a new type phosphate fertilizer (Super Phos-phate Fertilizer, S. P. F.) in intensive fish ponds. After fertilizing of S. P. F. in experimental ponds,the quantity of effective phosphorus in water increased from 10μg /l to 30μg /l, the effective nitro-gen decreased obviously, the proportion of effective nitrogen to effective phosphorus maintainedat 35-50:1, the standing crop of phytoplankton increased significantly and, the followingregression was found: Y=55.94-0.67X_1-11....
            本文通过在精养鱼池中施用新型磷肥“鱼特灵”,使池水有效磷由10微克/升以下提高到30微克/升以上,有效氮明显下降,有效N/P保持在35~50:1,浮游植物数量显著增加。试验地浮游植物数量(Y)与总铵(NH_4-N+NH_3-N)(X_1)、NO_3-N(X_2)、PO_4-P(X_4)呈如下关系式:Y=55.94-0.67X_1-11.61X_2-47.95X_4(r=0.73,n=28,P<0.05)达到了增施磷肥,促进氮肥利用和浮游植物增殖,改善水质,提高池塘初级生产力的目的。施用“鱼特灵”后,池塘平均净产增长11.6%,其中鲢、鳙净产增长13.7%。
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