藻類營養物 的英文怎麼說

中文拼音 [zǎolèiyíngyǎngwù]
藻類營養物 英文
algal nutrient
  • 藻 : 名詞1 [植物學] （藻類植物） algae 2 （生長在水中的綠色植物） aquatic plants 3 （華麗的文辭） lite...
  • 類 : Ⅰ名1 （許多相似或相同的事物的綜合; 種類） class; category; kind; type 2 （姓氏） a surname Ⅱ動詞...
  • 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 ...
  • 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...
  • 藻類 : alga（e）藻類學 phycology; algology; 藻類學者 algologist; 藻類養殖 algal culture; 藻類植物 phycophyta; algae
  • 營養 : nutrition; nourishment; pabulum; tropho-; troph-; -trophy; -trophic; -trophin
  1. The plan of the research institute becomes, in the near future, with the ocean chemistry, the development and engineering turn of halo bios resources, the ocean information technique processing, ocean environment and ecosystems protection, etc. aspect for center of research direction, and gradually formats the aspect advantages in using of the salt water and the half salt water ( the haloid water ) chemistry resources, the ecosystem system monitor and controlling, algae cultivating and biology active material, the development research of nourishment supplies and bio - products, the ocean environmental protection and ecology etc., end can become one of important bases in the ocean realm of nation and tianjin for high level creative talented person development, hi - technique research and result conversion, high decision advisory, and the double that attains the economic performance and social performances win

    研究所計劃在不久的將來形成以海洋化學、海洋生物資源開發及工程化、海洋信息技術處理、海洋環境與生態保護等方面為中心的研究方向，並且逐步在鹹水及半鹹水（鹵水）化學資源利用，生態系統監測與調控；藻類培養及生物活性物質、營養物資及生物製品開發研究；灘塗資源開發利用；海洋環境保護和生態學等方面形成優勢，最終可以成為國家和天津市海洋領域高水平創新人才培養、高新技術研究和成果轉化、高層次決策咨詢的重要基地之一，達到經濟效益與社會效益的雙贏！
  2. Increases appetite, increases the hatchery of artemia and booming plankton

    供給藻類所需營養鹽使浮游生物及藻類增生。
  3. Live feed such as the slender spirulina are floating organisms which can maintain good water quality and are also abundant in nutrients, proteins, natural vitamins, minerals and carotenoid. they are suitable food for the shrimp larvae from the zoea through to the mysis stage of development

    螺旋藻為浮遊性，藻體細長，活的餌料生物能保持水質，營養份很豐富，含高量的蛋白質，天然的維他命，礦物質及類胡蘿卜素，易於自眼幼蟲至糠蝦期攝食。
  4. The scientific name of spirulina is arthrospira platensis. it has along history of being a safe and nutritious food for human consumption, and over 30 years of intense safety testing

    藍藻植物科化學名稱為arthrospira platensis ，己有超過30年的強烈測試研究歷史，為人類最安全及含營養豐富的食品。
  5. Culture solution of hydrodictyon reticulatum has been separated with membrance of 0. 2um, 0. 45um, and then microalgae is cultured with the separated solution. the results show that the mechanism that hydrodictyon reticulatum restrains microalgae is closely related to the chemical interference to microalgae from biometabolism of hydrodictyon reticulatum besides their resource competition. we also find that there are two main functional substances in permeated solution with membrance of 0. 45um, one substance is beneficial to other algae, the other can restrain growth of algae

    水體富營養化藻類資源竟爭與種群演替規律的初探中文提要通過用0 . 20以m ， 0 . 45林m膜對水網藻培養液的分離，再分別用分離液來馴化、培養微藻，結果發現，水網藻對微藻的抑制機理除與之進行資源競爭外，還與水網藻的生物代謝物對微藻的化學干預作用密切有關。
  6. The water quality state was evaluated with shannon - weaver index and some indicators of periphyton, and results showed that the nutrient type of daoguanhe rerservoir was mesotrophic type, and it had a tendency to develop to the eutrophic type

    11 .依據周叢藻類多樣性指數及周叢生物某些指示種類評價該水庫水質狀態，判定為中營養型，並有向富營養級演化的趨勢。
  7. It was showed that carbon source bacteria could absorb was a more important factor than ( nh4 ) 2so4 and kh2po4 ; and higher ph, rich biomass of phytoplanktons and zooplanktons in water body also restrained the growth of heterotrophic bacteria

    結果表明生物可利用的有機碳是主要的限制性營養因子，而氮源和磷源的影響較小；湖水的高ph以及豐富的藻類和浮遊動物生物量也制約了異養細菌的生長。
  8. Therefore, our cogonition on these experimental phenomena and laws makes a science base to further reveal the essence of eutrophication and provides an experimental base to implement bio - engeering technology of rebuilding and constructing waiter ecosystem, and also offters technologies for the microalgae controlled by the hydrodictyon reticulatum

    因此，通過對這些現象與規律的實驗認識為進一步揭示富營養化的成因奠定科學基礎;為實現對水生生態系統的生物重建、組建等生態工程技術提供實驗基礎;也為利用藻類控藻提供技術支持。
  9. On the other hand, this paper details the study on effects of environmental pollution on the algae growth besides essential nutrition, especially those of dye wastewater in sunan area on the process of eutrophication, from which we expect to know what the environmental pollution factors overlapping other factors interfere with the competitive relationships of different species and have a certain effects on the succession of water ecosystem species

    另外，論文中的實驗也涉及到除對藻類生長所必需營養物外的環境污染因子的影響。尤其是蘇南地區的染料廢水等對富營養化過程的影響，以期了解疊加在其他因素上的環境污染因子對生物種群間的競爭關系的干預，及對水生生態系統種群演替的影響和程度。
  10. The loss of individual species in ecosystems, such as frogs in wetlands or ferns in a forest, can certainly affect the ways in which those systems work together to cycle essential nutrients and water and process energy

    在生態系統中個別物種的消失，像沼澤地的青蛙和森林中的藻類植物，必然能影響那些系統循環必要的營養、水分和能量過程的共同運行的方式。
  11. Red tide is a natural phenomenon with complicated causes. under a favourable combination of various environmental factors, such as light intensity, temperature and nutrients in the seawater, and water velocity, microscopic phytoplanktons will bloom and create a red tide

    （三）紅潮的出現為自然現象，成因很復雜。在不同的自然環境因素如光線強度、海水溫度、水中營養物的水平、水流速度等的配合下，海水裡的微型單細胞浮遊藻類便會大量繁殖而形成紅潮。
  12. Only the water at jiekou had been eutrophic. the result of biological assessment was that the average density of phytoplankton at all the sampling spots was more than 1, 000, 000 per litre, indicating that the lake was eutrophic going by the population density. but this density of phytoplankton was higher than that in similar lakes at the same pollution level

    生物評價結果認為，千島湖浮遊藻類平均密度較同類營養水平的淡水水體高，其所有取樣點浮遊藻類平均密度都10 ~ 6個? l ，國內外一般認為當浮游植物平均密度10 ~ 6個? l時，其已經達到富營養化水平，因此單從浮游植物密度來看，可以認為千島湖已達到水體富營養化。
  13. These are main problems of eutrophication. at first we select algae which grow under different level of nutrition ( or different development phase in the process of eutrophication ), domesticate, selecte seed, and culture algae at the lab, and then we obtain dependence of each algae on nutrition and understand information of eco - breadth of nutrition of supplied alga through pure culture under different concentration of nutrition. we find out resource utilization, competition between interspecies and confirm the quantity - effec t relationship between succession of species and nutrition through mixed culture

    本文首先選取在不同營養環境下（或富營養化過程的不同發展階段）生長的藻類物種，在實驗室內進行馴化、選種與純化培養；然後通過不同營養水平的純藻培養實驗，獲取不同藻種生長過程對營養物質的依賴行為，從而可以了解每一供試藻種的營養物生態幅信息；再通過對應培養濃度的混合培養試驗，以期揭示生物種群間的資源利用與競爭行為，並可進一步確定生物種群的演替與環境營養物之間的量效關系。
  14. The content of total fatty acids and polyunsaturated fatty acids per unit filtered water in the two lakes ( zhongxin and xiannu ) was remarkably higher than that of the two reservoirs. however, the content of two types of fatty acids per unit biomass of algae in the latter was higher than that of the former. meanwhile, the content of total fatty acids and polyunsaturated fatty acids per unit biomass of algae was evidently correlated with that of tn ( - 0. 646, - 0. 655 ) and tp ( - 0. 511, - 0. 400 )

    從單位水量看，脂肪酸和多不飽和脂肪酸在氮、磷營養水平較高的中心湖和仙女湖濃度明顯高於兩座水庫；但從單位藻類生物量看，總脂肪酸和多不飽和脂肪酸含量與tn （ - 0 . 646 ， - 0 . 655 ） 、 tp （ - 0 . 511 ， - 0 . 400 ）呈負相關，也就是說，在營養水平相對較低的流溪河水庫，單位藻類生物量脂肪酸和不飽和脂肪酸含量明顯高於中心湖和仙女湖。
  15. To date there is no specific database for toxin and anti - nutrient proteins. in order to establish such a database, we have collected data from some nucleotide and protein database available at present. totally, 1033 toxin proteins, including 172 from plants, 251 from animals, 577 from bacteria and 42 from " other organisms, as well as 1013 lectins and 391 proteinase inhibitors are collected

    本文通過對主要基因或蛋白數據庫進行檢索，收集散落於不同基因或蛋白數據庫中的毒蛋白氨基酸序列數據1033個，其中植物毒蛋白172個，動物毒蛋白251個，細菌毒蛋白557個，其它生物如真菌、藻類等的毒蛋白42個；抗營養因子蛋白數據1404個，其中凝集素1013個，蛋白酶抑制劑391個。
  16. Spirulina contains the most remarkable concentration of nutrients known in any food, plant, grain or herb, with more than 100 nutrients including 49 essential ones, wide array of vitamins, minerals, trace minerals, organic minerals, amino acids, enzymes, antioxidants, phytonutrients and carotenoids

    螺旋藻含有種類繁多的維生素、礦物質、微量礦物質、氨基酸、抗氧化劑、胡蘿卜素. . .等等超過100種的營養素，其中有49種是人體最必需的養分。
  17. Among the polyunsaturated fatty acids, the content of epa per unit biomass, one of the criteria to estimate the nutrient value of algae, was also negatively correlated with that of tn

    在多不飽和脂肪酸中， epa含量是判斷藻類營養價值的標準之一，其單位生物量含量也與tn呈明顯負相關。
  18. It refers to the process whereby rivers receive excess nutrients e. g. from sewage, livestock waste or fertilisers which stimulate excessive plant growth in the form of algae or weeds. this in turn reduces oxygen in the water and affects aquatic life

    水質富營養化是指水體因營養過盛例如污水禽畜廢物或肥料而刺激藻類或水草大量繁殖，繼而減低水中的含氧量，而對水生物構成不良影響。
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