geologic climate 中文意思是什麼

geologic climate 解釋
地質氣候
  • geologic : adj. 地質學的,地質的。 a geologic survey 地質調查。adv. -ically
  • 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。
  1. At first, this research summarizes and analyzes the natural zoology conditions, such as district ’ s boundary, geography position, climate characteristics, geologic and appearance, soil, vegetation and so on, social economy, the whole developing situation of the stockbreeding in the yellow river delta area. the result is : the yellow river delta is the area with a specific zoology system and rich natural resource. the proper geological environment, favorable climate conditions offer the advantaged conditions for the growing of pasture and feedstuff, the big superficial natural and artificial grass land and a large number of cropper straws establish a good material base for the vegetarian especially for sheep

    1 、通過對黃河三角洲地區的區域界定、地理位置、氣候特徵、地質地貌、土壤植被等自然生態條件,以及社會經濟狀況、畜牧業整體發展情況進行分析,結果表明:黃河三角洲是一個具有獨特生態系統和豐富自然資源的地區,該區特有的地質環境、良好的氣候條件為牧草及飼料作物的生長提供了有利條件,大面積的天然草場和人工草場以及大量的農作物秸稈為食草家畜,特別是羊的大發展奠定了良好的物質基礎。
  2. According to geologic basement, it can be divided into stable - floor planation surface and active - floor planation surface. according to climate zone, it can be divided into pediment and pediplain, double leveling surfaces and etchplain, peneplain and cryoplain

    夷平面理論研究與初步模擬? ?中文摘要影響夷平面形成的主要因素有前期大地構造、侵蝕基準面、氣候、巖性、時間和後期構造運動等。
  3. Accordingly, the dune deposits of the section since 150 ka bp can be divided into 38 alternate evolvement processes of desert and inter - desert periods, which accord with the sedimentary cycles of the section. it is further suggested from now climate in the area that the 38 inter - succession processes of dune deposits and fluvio - lacustrine or palaeosols in past 150 ka actually result from the alternate evolvement of the ancient east asia winter and summer monsoons in the mu us desert during the long geologic times

    從這一認識出發,將米浪溝灣剖面150ka以來的砂丘堆積劃分為38個旋迴的沙漠期與間沙漠期交替演化過程,並認為,該剖面自那時以來發生的38個砂丘沉積與河湖相或古土壤的演替過程,實際上是這一長期地質時代毛烏素沙漠受東亞冬夏古代季風影響交替演化所致。
  4. Current projections of general circulation models imply rates of change of the global climate system that exceed those of almost any natural variation in the geologic past

    當前的一般循環模型顯示,全球氣候體系的變化速率超出了幾乎所有過去地質上的自然變化。
  5. Based on the analysis of natural and geographic background of jiaozhou land type, under the principle of comprehensiveness, dominant factor, produce and practice, thd author made field investigathion and the defined thd line of land type with reference of 1 : 15000 aviation chart, geologic map, topographic map, soil map, and climate planning map of jiaozhou. the system of land classification included land unit ( genus ) - land unit ( family ), furthermore, according to thd above classification system, the author drew thd 1 : 50000 land type map. finally, this thesis elaborated thd main characters, utilizing situation and of grade - 2 land type land unit genus

    膠州市土地類型的劃分,是在分析膠州市土地類型區域自然地理背景,剖析各土地分異因素,按照綜合性原則、主導性原則和實踐性原則,應用1 : 1 . 5萬航空象片,進行野外實地考察,並參考該市的地質圖、地貌圖、土壤圖、土地詳查圖和氣候區劃圖,在綜合分析的基礎上,確定土地類型界限,以限區(屬) ?限區(科)構成土地分類系統,並據此編制膠州市1 : 5萬土地類型圖。
  6. Road researchers are worldwidely interested to it. this advantage technology is being introduced into china now. not all that americans did in shrp are suitable to china. one of the reasons is that the shrp ' s equipments are expensive, another is that there are many differences between usa ' s climate, hydrographic conditions, geologic conditions, esal ' s, materials and china ' s. we should assimilate shrp ' s method and improve it according to china ' s facts

    由於shrp設備昂貴,中國的氣候、水文、地質情況、交通情況以及路用材料等都與美國有所不同,這就決定了我們在引進superpave設計方法時不能完全照搬,而要著重放在消化和吸收其先進的設計思想和研究成果,並結合中國國情加以改進,使之更適合中國的工程實際。
  7. The intergovernmental panel on climate change ( ipcc ) estimated in 2005 that it is highly probable that geologic media worldwide are capable of sequestering at least two trillion metric tons of co2 ? more than is likely to be produced by fossil - fuel - consuming plants during the 21st century

    政府間氣候變遷研究小組( ipcc )在2005年估計,全球地質媒介可以封存的二氧化碳,很可能高達兩兆公噸以上,比化石燃料發電廠在21世紀可能產生的二氧化碳總量還要多。
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