base level of erosion 中文意思是什麼
base level of erosion
解釋
侵蝕基準面-
Base level of erosion
侵蝕基面 -
We strengthen the investigation of natural factors such as pre - construction, erosion base level, climate, lithology, time and tectonic activities, which affect formation and preservation of planation surface. pre - constrction affects the time and degree of the planation. erosion base level is the base line for it
前期大地構造影響夷平面發育的時間和程度；侵蝕基準面是夷平面發育的「終點站」 ；氣候直接和間接作用於夷平面的形成與保存；巖性影響夷平面形成的過程和時間；時間作用於夷平面發育和保存的程度；後期構造不利於夷平面的保存。 -
Therefor, in the light of theory and methods of karst hydrogeomorphology and the knowledge of transformation, balance and variation of matter and energy in karst drainage basin, we can examine stone forest within a specific scope of time and space, and reveal the mechanism and the development model of stone forest with the help of the principle of the mutual response processes among base - level, water flow and forms. just based on the understanding above, the paper, with a special reference to the lunan stone forest which is the best developed one in china, discusses the hydro - geomorphlogical structure of the bajiang river, geomorphological types and spacial distribution feature of the stone forest, and studies the erosion rate on the top of stone forest, soil erosion rate, sub - soil dissolution rate and their combined influences on the evolution of stone forest, furtherly brings forward and demostrates the " tri - level erosion " mechanism for the development of stone forest
正是基於這種認識，本文以我國石林發育最完美的路南石林為研究對象，研究了巴江喀斯特流域的水文地貌結構特徵、石林的形態類型及其空間分佈特徵；探討了石柱頂部的剝蝕速率（ a ） 、表土剝蝕速率（ s ） 、土下溶蝕強度（ c ）及其組合對石林發育的影響，提出並論證了路南石林發育的「三重剝蝕」機制；通過對石林發育必備條件的剖析，以及對巴江喀斯特流域演變階段的定量研究、水文地貌系統的空間耦合分析，探討了巴江喀斯特流域的演變與路南石林發育間的關系，並結合該流域的演化史，提出了巴江喀斯特流域演變與路南石林發育的模式。 -
This paper provides a review of the recent development of the research on fluvial incision from dynamical mechanism, physical erosion processes, influence of external variables, dealing with tectonics, climate and base - level change, and possibility of distinguishing their influences
文章從動力學機制、物理侵蝕過程、三大外來變量構造、氣候和基準面變化的影響，以及區分這些變量影響的可能性等方面，對流水下切研究的最新進展予以評述。
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