climate cycle 中文意思是什麼

climate cycle 解釋
氣候循環
  • climate : n. 1. 氣候；水土，風土；地帶。2. （社會思想等的）趨勢，傾向，風氣，思潮。
  • cycle : n 1 循環，周期，一轉。2 周時，周年，年紀。3 （詩、故事等的）始末。4 自行車，三輪車，摩托車。5 【...
  1. Kids discover the natural phenomena that shape our planet earth. meteorology, volcanoes, earthquakes, geology, the water cycle, climate and biomes are explained through animated simulations, hands - on activities and reference scrapbook

    孩子們認識地球的自然現象.通過模擬動畫片斷，實習活動和參考資料，解釋氣象，火山，地震，地質學，水的循環，氣候和生物等變化進程
  2. On the basis of foreign documents, the dissertation firstly describes the morphology, taxonomy, and biological characters of cochineal insects. then, by using artificial climate cases in the lab, according to orthogonal design, 8 lands of combinations of temperature, humidity and light is set, while the temperature has four levels : 15, 20, 25 and 30, and the relative humidity has two levels : 60 % and 80 %, while the light also has two levels : 980 lux and 60 lux. through observations and analysis of hatching percentage, survival percentage of the first instar and during from the second instar to the adult, the population tendency index, generation life cycle, size and eggs of female adult, the development of the cochineal under different conditions is studied

    在收集、整理國外對胭脂蟲的研究資料基礎上，首先從胭脂蟲的形態學、分類學、生物學特性入手，進而在實驗室內利用人工氣候箱，應用正交設計方法，設計了4種溫度、 2種濕度、 2種光照梯度的不同組合，通過測定胭脂蟲的孵化率、 1齡若蟲的存活率、 2齡若蟲至成蟲期存活率、種群趨勢指數、世代歷期、雌成蟲的大小、懷卵量等生物學指標，深入研究胭脂蟲在這些組合下的生長發育狀況，應用數理統計方法，分析出溫度、濕度和光照對各項生物學指標的影響，找出胭脂蟲適宜的室內培育條件，並為野外胭脂蟲的培育提供一定的理論依據。
  3. Erlian basin is a rift lacustrine basin developed on the hercynian geosyncline folded base in early cretaceous, is featured by simple sedimentary feature, depositional cycle, small lacustrine transgressive, dry climate, salinization lacustrine water and multi - and - near sources

    摘要二連盆地是在海西期地槽褶皺基底上發育起來的早白堊世斷陷湖泊群，具有湖盆湖浸規模較小、氣候條件乾燥、湖水咸化、沉積旋迴單一，多物源、近物源和粗碎屑等沉積特徵，以及發育巖性地層油氣藏為主的油氣分佈特點。
  4. How strong is carbon cycle - climate feedback under global warming

    在全球變暖條件下氣候反饋碳循環是變強嗎？
  5. So it is chiefly that soil co2 concentration and its influencing factors should be studied in ordered to learn the mechanism of epikarst ecosystem and global carbon cycle. karst dynamics laboratory, ministry of land and resources, has been studied the mechanism of seven typical epikarst ecosystem and global changes through igcp 299 ( geology, climate, hydrology and karst formation, 1990 - 1994 ) and igcp 379 ( karst processes and the carbon cycle, 1995 - 1999 ) to igcp 448 ( world correlation of karst ecosystem, 2000 - 2004 ), while observation and analysis and research of epikarst ecosystem in mt. jinfo have just been beginning. the thesis analyzes that based - on observational point of green pond and deep dell in the west slope of jinfo mountain, co2 concentration and regularity of epikarst ecosystem contrasting woodland with uncovered land have been studied through the observation of temperature and humidity and co2 concentration

    國土資源部巖溶動力學開放研究實驗室以igcp229 、 igcp379和igcp448項目為依託，開展了我國7個典型的表層帶巖溶生態系統運行規律及其全球變化影響研究，而其中金佛山的觀測、分析與研究則才剛剛起步，本文以金佛山西坡摘公碧潭幽谷為觀測點，主要通過coz濃度、溫度和濕度的觀測，開展林地表層帶巖溶生態系統與裸地表層帶巖溶生態系統coz濃度特徵及其變化規律的對比研究，這對進一步深入研究巖溶生態系統運行機制和全球碳循環以及開展全球巖溶生態對比有著重要意義。
  6. The holocene events, therefore, appear to be the most recent manifestation of a pervasive millennial - scale climate cycle operating independently of the glacial - interglacial climate state

    所以，全新世事件似乎是（距今）最近的千年氣候周期的傑作。這種常見周期（刪- -的運行）是獨立於冰期-間冰期交替氣候的
  7. Only recently have such international undertakings as the cloud feedback model intercomparison project ( cfmip ) and the cloud system study of the global energy and water cycle experiment begun a systematic comparison of the effects of clouds on dozens of the most important climate models, allowing researchers to start to unravel more precisely the role that clouds play in climate change

    直到最近，一些國際事業才開始著手于對雲層在各種最重要的氣候模式中效應的系統化對比分析，諸如雲層回應模擬互比工程（ cfmip ）和全球能量與水循環試驗工程等，這樣研究人員就能夠更明確地了解雲層在氣候變化中的作用。
  8. The implying environmental substitute indicators are carbonate carbon and oxygen isotopes and so on. the main conclusions drawn from this paper are as follows : ( 1 ) the ancient climate evolution, from twenty - two thousand to ten thousand years before present, diexi, minjiang river, is from dryness to wetness and can be divided into six phases and two periods by analyzing the ancient barrier lake sediments through multi - environment indicators, and its evolution cycle is three thousand years or so

    主要得出以下幾點結論： （ 1 ）通過利用多環境代用指標對岷江疊溪古堰塞湖沉積物的綜合分析得出，岷江疊溪地區距今約22千年至10千年間的古氣候經歷了乾旱濕潤乾旱的演化過程，演變周期大約為3千年，並將其劃分為六階段、兩時期。
  9. Review of cycle and mechanism of ancient climate

    古氣候變化的周期性與驅動機制研究的回顧
  10. " the most likely suspect for that is a natural climate change or cycle that we did n ' t expect or just do n ' t understand.

    最有可能的原因是，這是一種我們從沒想到的或者說根本不能理解的自然氣候變化或循環。 」
  11. The seasonal cycle and interannual variation of sea surface height from topex / poseidon and ers - 1 / 2 are analyzed in tropical pacific and indian oceans in this study, and they are compared with those from a coupled climate model fgcmo in order to assess the ability of the model to simulate seasonal cycle and interannual variation in sea level height

    本文利用衛星海面高度計資料，分析了赤道太平洋和印度洋海面高度變化的季節和年際變化特徵，並與一個耦合氣候系統模式fgcmo模擬的海面高度進行比較，評估模式模擬海面高度季節和年際變化的能力。
  12. The dynamic of ground water, affected by climate, hydrological cycle, vegetation and various artificial factors, is the significant reason for the dynamic of land salinisation and land cover / land use

    在鹽漬土區，主要問題是水鹽運移問題。地下水動態受氣候、水文、植被以及各種人為措施的影響，同時也是土壤鹽漬化和土地覆蓋土地利用動態變化的重要原因。
  13. This trend is in line with the conclusion reached by the intergovernmental panel on climate change ipcc in its 2001 assessment report that as the hydrological cycle intensifies in a warmer world, global average precipitation would increase in the 21st century

    政府間氣候變化專業委員會英文名稱intergovernmental panel on climate change ipcc在2001年發表的評估報告中曾指出，由於全球變暖，令水的循環加劇，全球平均降水會在二十一世紀增加。
  14. This trend is in line with the conclusion reached by the intergovernmental panel on climate change ( ipcc ) in its 2001 assessment report that as the hydrological cycle intensifies in a warmer world, global average precipitation would increase in the 21st century

    政府間氣候變化專業委員會（英文名稱intergovernmentalpanelonclimatechange （ ipcc ） ）在2001年發表的評估報告中曾指出，由於全球變暖，令水的循環加劇，全球平均降水會在二十一世紀增加。
  15. Recent climate change is not caused by man - made pollution, but is instead part of a 1, 500 - year cycle of warming and cooling that has happened for the last million years, say the authors of a controversial study

    一項頗有爭議的研究表明，最近的氣候變化並不是人為污染造成的，反而有一部分是1500年周期性的升溫和降溫，這種情況已發生了近100萬年。
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