鹹水生物 的英文怎麼說

中文拼音 [xiánshuǐshēngwù]
鹹水生物 英文
halobiont
  • 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...
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 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...
  • 鹹水 : salt water; saline water鹹水湖 salt water lake; 鹹水魚 saltwater fish
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  1. There are about 45. 000 species of chordates, occupying marine, fresh and brackish water and terrestrial habitats

    有大約45 . 000種脊索動物，它們占據著海、淡水或淡鹹水和陸地的生態環境。
  2. Crevalle jack ( caranx hippos ) are a common sight at the mouth of the homosassa river, where fresh and salt waters mix as the river spills into the gulf of mexico

    馬?是霍莫薩瑟河入海口的一種常見生物，霍莫薩瑟河的淡水從這里注入了鹹鹹的墨西哥灣。
  3. 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！
  4. Sham chung marsh is situated on the east mouth of three fathoms cove. it is ecologically important for brackish fish species especially the black paradise fish, which is globally rare. the marsh habitat is also important for invertebrates

    深涌沼澤位於企嶺下海的東部，是鹹淡水魚尤其全球稀有的黑斗魚的重要生境，那裡的沼澤對無脊椎動物也舉足輕重。
  5. Mudskippers, crabs, polychaete for their food. these mudflat fauna are adapted to the brackish water conditions of the bay, such as the condition of the mudflat soil and the quality of the water in the bay, especially the salinity

    尤其是這些候鳥以如彈塗魚螃蟹和海濱蚯蚓等泥灘動物為糧食，而這些動物亦已適應灣內的鹹淡水生境，如泥土的狀況和水質，特別是含鹽量等特徵。
  6. 4 ) the characteristic of tricyclic terpane reflected the source input of algae. the predominance of 4 - methylsterane and dinosterane, and the c _ ( 27 ) - sterane predominance " v " distribution pattern all indicate the great contribution of algae source input. based on the ratio of sterane c2920s / ( 20s + 20r ) and c29 / ( + ), the source rocks can be regarded as typical immature source rocks

    2 、利用豐富的生物標志化合物信息，分析解釋了生源構成、沉積環境、有機質演化等特徵，表明德南窪陷主力烴源巖的生源構成是以菌藻類微生物為主且含有一定陸生植物輸入的混合生源，沉積環境為半鹹水-鹹水還原環境，沉積水體具有「層狀」特點，表層鹽度高，底層還原性強。
  7. Life began, men think, in the salty sea, near the land, where the waters were not deep, very small one - celled organisms came into being

    人們認為生命起源於鹹的海水中。在靠近陸地的地方，海水並不深，非常小的單細胞生物體就產生了。
  8. According to the study of biomarker of the northern ordos basin, the hydrocarbon resource rocks cane from mixed - source of organics of the input of altitude plant and plankton, and they were fanned in freshwater - tiny salt, deep lake and reductive surroundings

    在鄂爾多斯北部地區的研究表明，該區烴源巖母質來源於高等植物與浮游生物共輸入的混源有機質，其形成於淡水微鹹水深湖相還原環境中。
  9. Abstract : based on the dynamic response model of crop to water - salinity, the relation between crop growing and soil - salt movement is analyzed. the optimal design model of irrigation schedule for high yield, water saving and salinity control is proposed. it helps to promote the management of water saving and utilization of poor quality water. case study shows that the model is reasonable and practical, the percentage of fresh water saved is 31. 1 % and the crop yield is optimized

    文摘:本文根據作物水鹽動態響應函數，分析了作物生長與土壤水鹽運動關系，建立了節水、控鹽、高產灌溉制度優化設計模型，為節水灌溉和微鹹水利用提供了決策依據.實例分析表明，本文提供的模型及方法是合理的；實施節水、控鹽灌溉制度能帶來明顯的經濟效益和環境效益
  10. Based on the review of national and international research results of slight saline water utilization, combined with the national 863 project " the study on the safety and effective use of slight saline water and regeneration water ", a salt water irrigation test was carried out to analyze salt - water transfer and its effect on crop physiological process and yields through the theoretical analysis and indoor and field experiment method

    本論文在借鑒國內外微鹹水利用研究成果的基礎上，結合國家「 863 」項目?微鹹水和再生水安全高效利用技術研究，針對微鹹水利用中存在實際問題，採取了理論分析與室內外試驗相結合方法，開展了微鹹水灌溉對土壤水鹽運移特徵以及作物生理指標和產量影響的研究，取得如下結論。
  11. 3 analysis of the effects of changes in the hydraulic and hydrological regime ( such as through the study of change of flow and silt patterns to predict the areas influenced or affected by flood, water - logging and salinity downstream, or through the change of habitats of flora and fauna to predict the future condition of the different species )

    分析水文、水力情勢變化引起的影響，如通過對水、沙變化情勢的研究以預測影響下游洪、澇、漬、鹹的面積及情況;又如通過生物生境的變化以預測不同物種將來的興衰或消滅情況。
  12. Experimental study on effect of crop growth with light - saline water irrigation

    微鹹水灌溉對作物生長影響的試驗研究
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