深海生物學 的英文怎麼說

中文拼音 [shēnhǎishēngwùxué]
深海生物學 英文
deesea biology
  • 深 : Ⅰ形容詞1 （從上到下或從外到里的距離大） deep 2 （深奧） difficult; profound 3 （深刻; 深入） thor...
  • 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...
  • 學 : Ⅰ動詞1 （學習） study; learn 2 （模仿） imitate; mimic Ⅱ名詞1 （學問） learning; knowledge 2 （學...
  • 深海 : abysmal sea; abyssal sea; deep sea深海捕撈 deep sea fishing; 深海捕魚 deep sea fishing; 深海采礦 ...
  • 生物學 : biology
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  1. Deep - sea microorganism has especial histiocyte system, metabolism and enzyme system in long - term evolution in deep - sea environment. and the microbial proteases are among the most important hydrolytic enzymes and have been studied extensively since the advent of enzymology

    對這些獨特的生理結構及機能進行研究，探討深海生物適應特殊的生存環境而發生的基因變異無論在科學上還是實際開發應用上都具有重大的意義。
  2. All the samples were collected from yellow sea and the east china sea by the institute of oceanology, chinese academy of sciences from 1958 to 1982, which deposited in the marine biology museum, chinese academy of sciences

    中國科學院海洋研究所從50年代以來進行的若干次海洋生物考察過程中獲得了大量的海膽類標本。標本採集的深度范圍從潮間帶到深海。
  3. If all goes well, the hybrid rov will let scientists better understand fundamental processes occurring at the deep subduction zones along the continental margins where geochemical recycling of the earth ' s crust takes place

    如果一切都進行得很順利，復合型遙控探測器將可使科學家更清楚地了解，發生在大陸邊緣海洋深處隱沒帶的地質變化，以及此處地殼物質所進行的地球化學循環內容。
  4. That is exactly the pattern that would be expected if deep - dwelling creatures had spread into the shallows and evolved into shallow - dwellers

    如果深海生物真的是先擴散到淺水區，然後再進化成淺海生物的話，這種模式則正是科學家所期盼的。
  5. Postgraduate student juan carlos perez was on a fishing boat in early 2003 studying sharks from the mustelus family netted at depths of 660 feet when he noticed some of them had darker skin and white markings

    據路透社3月2日報道， 2003年初，一位名叫胡安卡洛斯佩里茲的海洋生物學研究生在一條漁船上研究用網在水深660英尺約合198米的地方捕捉到的星鯊屬的鯊魚。
  6. Scientists used to believe that there was no life in the depths of the ocean

    科學家過去認為海洋深處沒有生物。
  7. Based on the enviroment of the nandagang wetland, combining the outside investigation and inside analysis, adopting the mathematical analysis methods such as the principal component analysis ( pca ), regression analysis, correlation analysis etc. the type of wetland ecosystem, the flora of the wetland plant, the type, the function, the formation and succession and the outside influencial factors of the vegetation, the ecological conditions and biomass of the reed population are all studied. the main results can be concluded as follows : 1 ) the nandagang wetland is a freshwater one close to the bohai sea. its ecosystem can be divided into two parts : natural ecosystem and semi - artificial ecosystem

    本研究從南大港濕地的實際環境出發，採用樣方調查的方法，以外業調查和內業分析相結合、野外採集測量與實驗室分析處理相結合、定性描述與定量分析相結合為根本研究路線，應用主分量分析（ pca ） 、回歸分析、相關分析等數學分析手段，對南大港濕地生態系統的類型、濕地植物的區系組成、濕地植被類型、植被的功能、植被的形成和演替、植被的外界影響因素、濕地蘆葦種群的生態條件和種群生物量等方面進行了較深入的研究，主要研究結果如下： 1 ）南大港濕地是濱海瀉湖型淡水濕地。
  8. " global competition has reached every corner of the world, " warned professor jeff yeung, director of the chinese university s graduate diploma in logistics and supply chain management, " to survive in this highly demanding and competitive marketplace, manufacturers must improve inventory turnovers and flexibility to meet customer requirements. " this dual goal, he said, could be met by a new approach called " multiple freeze fences " in managing manufacturing resources planning systems

    香港中文大學供應鏈與物流管理深造文憑課程主任楊海仁教授警告：世界每一角落都已捲入全球性競爭。要在高要求和高競爭的全球市場突圍而出，廠家必須改善存貨周轉，靈活安排，以符合客戶需要。他稱，透過生產資源管理及利用多凍結期嶄新管理方法，就可以達到這些目標。
  9. This animal took after the nebula iives in the deep sea

    這種動物跟生活在深海里的雲翳學樣
  10. This animal took after the nebula iives in the deep sea.

    這種動物跟生活在深海里的雲翳學樣. .
  11. A person trained to live in underwater installations and conduct, assist in, or be a subject of scientific research

    海底（實驗室）工作人，深水操作人員訓練能在水下裝置物中生活並引導、輔助或作為科學研究的對象
  12. Have evolved deep under the oceans at hydrothermal vents, where volcanic fluids rich in reduced chemicals served as an energy source, or in shallow geothermally heated waters on earth s surface, where these chemicals or sunlight could have provided an energy source for

    這類生物可能在深海中的熱液火山口處演化，那裡的熔液含有豐富還原化學物，提供了生長和復制所需的能量又或在地球表面受地溫加熱的淺水處演化，從陽光或水中的化學物中攫取能源。
  13. Biologists with california ' s monterey bay aquarium research institute, which organized the expedition, hope to return to search for more yeti crabs farther south, in the waters off antarctica

    組織這次深海探險的加州蒙特理海灣水族研究所的生物學家希望能對更南方的南極洲水域里的雪蟹做進更進一步的研究。
  14. Of 64 bottom - dwelling fish caught along the coastline, 11 males were found to have ovarian tissue growing in their testes, dan schlenk, a marine toxicologist at the university of california, riverside, told the society of environmental toxicology and chemistry meeting in baltimore yesterday

    據衛報網站11月15日報道，加利福尼亞大學海洋毒物研究專家丹夏倫剋日前表示，科學家對加利福尼亞州附近海域捕撈上來的魚進行研究后發現，在64條生活在深海的魚中，有11條雄性魚的睪丸處都出現了卵巢組織。
  15. An etymological exploration of " technology " reveals that, as a whole, the word " gestell " which heidegger introduced in his study had made his theory of materialization penetrate into the criticism of modern life style

    通過對詞源學的探究，海德格爾引出了「座架」一詞，從而把他的「物化」理論深入到了對現代生活的整體批判上。
  16. Add to that data from transmitters on fish, such as tuna, and scientists could gain new understandings into el nino storms, polluted runoff, beach erosion and wildlife

    再藉助于裝在金槍魚等魚兒身上的發射器，科學家便能對厄爾尼諾現象、徑流污染、海岸沿線水土流失以及野生動植物有更深入的了解。
  17. The quantity of nitrate or phosphate produced during reminerlization was about 3. 45 percent of total quantity of nitrate and 4. 40 percent of total quantity of phosphate in deep water. these results can make us know the distribution and characteristics of biogenic elements in the south china sea all - around, and of

    上述研究成果更全面、深刻地認識南海生源要素地時空變化規律與特徵，對海生源要素的生物地球化學過程的認識提供了新的佐證，從而加深了對南海邊緣海與大洋海洋特徵的認識。
  18. This subject, which regards innovative experiment as the core, uses experimental activity as the means, takes the theory and modern information technology as the foundation, have probed the innovative method and means in the physics experiment teaching of the middle school and combined the reality of nan yang middle school of shanghai. ( 1 ) we have processed creative development with campus scientific and technological beauty spots and classroom instruction experiment of middle school of nan yang, and has studied the education function of the science and technology environment of campus and classroom instruction mode based on science and technology environment of campus, which will form radiation function on the student " s education of science and technology ; ( 2 ) we have practised the activity and launches relatively deep research to the innovative experiment, and led students to carried on eastern green boat new energy science and technology activities, innovative performance activity and innovative match, etc. we have made the remarkable effect ; ( 3 ) we have carried on some exploration to the innovative experiment course, formed the innovative experiment course based on the single chip micyoco and figure process system tentatively over one year, and have carried on the teaching practice of the innovative experiment course in four experiment classes

    本課題以中學物理創新實驗為核心，以實驗實踐活動為途徑，以先進教育理念和現代信息技術為基礎，探索了中學物理實驗教學中的創新方法和手段，並結合上海市南洋中學實際情況（ 1 ）對南洋中學校園科技景點和課堂教學實驗進行了創造性的開發，並研究了校園科技環境的教育功能和基於校園科技環境的課堂教學模式，以及對學生科技教育形成的輻射作用； （ 2 ）對創新實驗實踐活動展開比較深入的研究，先後帶領學生進行了東方綠舟新能源科技考察活動、創新表演和創新大賽等活動，並取得了顯著成效； （ 3 ）對創新實驗課程進行了一些探索，一年來初步形成了單片機和圖形處理系統為基礎的創新實驗課程，並對四個實驗班進行了創新實驗課程的教學實踐。
  19. In this study, we investigate the microbial diversity of deep sea sediments and analyze the characteristic of substance and energy conversion driven by microorganism in " warm pool " area for the first time. samples including deep sea sediments of the pacific ocean and other environmental samples from polar region were collected and analyzed

    本論文首次對「暖池」區海底沉積物中的微生物進行了分子生態學研究，分析了微生物多樣性，對由微生物參與的物質能量循環特徵進行了探討，為研究深海生物圈在地球圈層相互作用中的地位提供了參考資料。
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