- 更多网络例句与金鱼藻相关的网络例句 [注：此内容来源于网络，仅供参考]
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Examples are Puccinium antirrbini found on antirrhinum and the mint rust.
例如发生在金鱼藻和薄荷等植物中发现的柄锈菌 Puccinium antirrhini。
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It publishes a quarterly journal distributed world-wide, The Bryologist, which includes articles on diverse aspects of the biology of mosses, hornworts, liverworts, and lichens.
它出版的季刊《苔藓植物学家》在全世界发行，刊登生物学中关于苔藓、金鱼藻、地钱和地衣等各方面的研究文章。
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Research on purification of polluted water by different submerged macrophytes,Cabamba carolimana Gray,Elodea Canadensis and Ceratophyllum demersum L.
对鱼草、伊乐藻、金鱼藻三种沉水植物在不同条件下净化受污水体进行了研究。
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This may be due to hydrolytic chelating, precipitation and the sediment or hydrobioes attachment, absorption etc. The honewort had stronger ability of accumulating La because of its large leaf surface that could attach La. The accumulating ability of snail and fish to La was relatively weaker but some organs of them had higher contents of La especially in the intestines, shell of snail, and in gill, internal organs, scales, head, bone of fish, rare in muscle. The total accumulating quantities of La in each component of simulated aquatic ecosystem were a decreasing order of: sediment ＞honewort＞snail＞fish, and the sequence of bio-concentration facter was as follows: honewort＞snail＞fish.
2金鱼藻对La有较强的富集能力，主要通过枝叶表面吸附、吸收而富集；螺蛳对La也有一定的富集，并主要分布于肠、壳中，螺头中积累相对较少；草鱼对La的富集能力相对较弱，进入鱼体的La主要集中在鳃、内脏、鳞及头、骨中，肌肉中积累量较少；按质量计，稀土元素La在模拟水生态系统各部分中的积累量依次为：底泥＞金鱼藻＞螺蛳＞草鱼；各水生生物对稀土La的生物富集因子依次为：金鱼藻＞螺蛳＞草鱼。
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The distribution and accumulation dynamic of 14CO32- in red common carp and hornwort was studied by using isotope-tracer technology.
本文采用同位素示踪技术研究了14CO32-在红鲤和金鱼藻中的分布与积累动态。
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And all the submerged macrophytes absorbed total phosphorous in water effectively and the removal rate of Ceratophyllum demersum with 9175％,9244％ in the Spring and Summer experiment respectively,was the best.
采用人工模拟方法，选取武汉市东湖的春季优势种金鱼藻、伊乐藻和菹草，夏季优势种类金鱼藻、狐尾藻和苦草，在春夏两个季节分别对东湖重度富营养化水体磷的去除效果进行了比较研究。
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The activitys of Super Oxide Dismutase, peroxidase and Multiple Displacement Amplification of Ceratophyllum demersum L raised rapidly in the late of experiment, and the maximum value of MDA of Ceratophyllum demersum L in the eutrophic condition was 5 time higher than that in the medium nutritional condition, implied that Ceratophyllum demersum L has been stressed in the middle nutritional condition.
金鱼藻超氧歧化酶活性、过氧化物酶活性和丙二醛含量在试验后期上升速度加快，且富营养水平下金鱼藻MDA质量分数的最大值是中营养水平下最大值的5倍，表明在中营养水平下金鱼藻已经受到明显胁迫，而在富营养水平下受到胁迫更为显著。
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The results showed that during the 45 days experimental time the fresh weigh of Myriophyllum spicatum L, Hydrilla verticillata L and Cerato-phyllum demersum L were 0.92 g, 0.27 g, 1.11 g and 0.56 g, 0.41 g, 0.87 g in medium nutritional condition TN 1.86 mgL^(-1; TP0.087 mgL^(-1) and eutrophic condition TN 2.47 mgL^(-1; TP0.16 mgL^(-1), respectively. The largest single plant biomass of Myrio-phyllum spicatum L and Ceratophyllum demersum L in in middle nutritional condition were over 39% and 22% higher than those in eutrophicated condition, but that of Hydrilla verticillata L was less than 51%, which shown that Myriophyllum spicatum L and Ceratophyllum demersum L grow better than Hydrilla verticillata L in middle nutritional condition.
研究结果表明，在45 d的培养过程中，狐尾藻、轮叶黑藻和金鱼藻在中营养TN1.86 mgL^(-1； TP0.087 mgL^(-1)和富营养TN2.47 mgL^(-1； TP0.16 mgL^(-1)水平下的单株最大生物量分别是0.92、0.27、1.11、0.56、0.41和0.87 g，狐尾藻和金鱼藻在中营养水平下单株最大生物量分别较富营养水平下高出39%和22%，而黑藻在中营养水平下单株最大生物量较富营养水平下低了51%，表明狐尾藻和金鱼藻在中营养水平下的生长较黑藻好。
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As the results show: The two submerged macrophytes can also adapt to the polluted water. Under the condition of high nitrogen in the sediment, they can remove the nitrogen effectively, and the removal effect of Ceratophyllum demersum L.is better than Hydrilla verticillata Royle. Hydrilla verticillata Royle activates the TP in the sediment more effectively than Ceratophyllum demersum L.. The submerged macrophytes can intensify the removal effect of turbidity. But the CODMn removal effect of submerged macrophytes are not obvious.
结果表明：生长晚期的黑藻和金鱼藻仍可适应污染河水；在底泥含氮量较高的情况下，生长晚期的沉水植物对氮素具有明显的去除效果，且金鱼藻的脱氮能力高于黑藻；黑藻对底泥中TP的活化能力高于金鱼藻；沉水植物可以强化浊度的净化效果；沉水植物生长晚期对CODMn的去除效果不高。
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Results showed that aquatic plants such as Ceratophyllum demersum,Vallisneria spiralis,Ipomoea aquatica,Lemna minor and Potamogetom crispus Linn had the great ability to remove total nitrogen,total phosphorus,nitrate nitrogen and ammonia nitrogen in eutrophicated water.
结果表明：金鱼藻、苦草、空心菜、浮萍和菹草对富营养化水体中总氮、总磷、硝态氮、氨氮都有较好的去除作用，其中以空心菜和金鱼藻效果最好。
- 更多网络解释与金鱼藻相关的网络解释 [注：此内容来源于网络，仅供参考]
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hornwort：金鱼藻
hornworm 天蛾幼虫 | hornwort 金鱼藻 | horny 角状的
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hornwort; Ceratophyllum：金鱼藻
"金鱼藻科","hornwort family; Ceratophyllaceae" | "金鱼藻","hornwort; Ceratophyllum" | "角苔类(苔)","hornworts; Anthoceropsida"
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hornwort family; Ceratophyllaceae：金鱼藻科
"鹅耳枥","hornbeam; Carpinus" | "金鱼藻科","hornwort family; Ceratophyllaceae" | "金鱼藻","hornwort; Ceratophyllum"
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water milfoil;Myriophyllum：金鱼藻;聚藻;丛藻
蚁塔科 water milfoil family;Haloragaceae;Halorrhagaceae;Halorgidaceae | 金鱼藻;聚藻;丛藻 water milfoil;Myriophyllum | 水霉;水生菌类 water mold;squatic fungi;Saplolegnia
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Ceratophyllaceae：金鱼藻科
五刺金鱼藻,本品为金鱼藻科(Ceratophyllaceae)植物五刺金鱼藻的全草来 源 本品为金鱼藻科(Ceratophyllaceae)植物五刺金鱼藻的全草.
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Ceratophyllaceae：(八)金鱼藻科
13.芡实Euryale ferox | (八)金鱼藻科Ceratophyllaceae | 14.金鱼藻Ceratophyllum demersum
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Ceratophyllaceae：十六、金鱼藻科
62.睡莲Nymphaea tetragona Georgi | 十六、金鱼藻科Ceratophyllaceae | 63.金鱼藻Ceratopyllum demersum L.
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金鱼藻科 Ceratophyllaceae 金鱼藻：Ceratophyllum demersum Linn
46 睡莲 Nymphaea tetragona Georgi | 47 金鱼藻科 Ceratophyllaceae 金鱼藻 Ceratophyllum demersum Linn. | 48 芍药科 Paeoniaceae 芍药 Paeonia lactiflora Pall.
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Ceratophyllum L：金鱼藻属
金鱼藻科 Ceratophyllaceae | 金鱼藻属 Ceratophyllum L. | 金鱼藻 C.demersum. L.
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Ceratophyllum Linn：金鱼藻属
金鱼藻科 Ceratophyllaceae | 金鱼藻属 Ceratophyllum Linn. | 金鱼藻 Ceratophyllum demersum Linn.