But ultimately we're producing too much CO2 too fast for natural weathering processes to remove it.
可是归根到底我们孕育产生二氧化碳太多太快，甚至于自然的风化历程不能耗丧失多余的二氧化碳。
It is necessary to consider each factors and their influence in the study of cryogenic weathering processes.
在冷生风化率的研究中，必须考虑影响冷生风化过程的各个因子，衡量它们的作用程度。
Quantitative studies of the relation between weathering and time suggest that the rates of most weathering processes decrease with time.
对砾石风化与时间关系的定量研究表明，二者关系是非线性的。
Many sedimentary rocks contain clay minerals and 76% of forming-rock minerals of slope rocks can produce clay minerals during the weathering processes.
除沉积岩斜坡含粘土矿物外，76%以上的斜坡岩石造岩矿物还可形成次生粘土矿物。
The group of natural processes, including weathering, dissolution, abrasion, corrosion, and transportation, by which material is worn away from the earth's surface.
指使材料从地表磨损、消耗的一组自然过程，包括风化、溶解、磨蚀、浪蚀、腐蚀和搬运。
Furthermore, the evolutionary processes for the fatigue damage of rock and concrete are different due to the differences of weathering degree, components and their contents.
另外，岩石材料由于其风化程度不同或所含成分及含量不同，其疲劳损伤演化进程也都不相同。
The enrichment and differentiation of REE in granitoid rocks during weathering-leaching processes, may lead to the formation of a natural continuous ion-chromatographic column.
花岗岩中的稀土元素在风化淋滤作用下发生富集和分异，形成REE的天然离子色谱层。
Weathering of loess soil is physical and biochemical processes mainly controlled by the root systems of plant community.
黄土的风化主要为植物群落根系的物理作用及其所引起的生物化学作用。
Weathering and pedogenesis of rocks are important sources of mineral elements for ecological systems, and key processes of global biogeochemical cycling of mineral elements.
岩石风化成土作用是生态系统矿质元素的重要来源，也是全球矿质元素生物地球化学循环的重要环节。
Dense weathering cracks as new bearing water space have been discovered, and it is known that grain void was formed in soil formation processes and was not formed in depositional processes.
进而发现了密集风化裂隙含水空间的新类型，提出了粒间孔隙不是沉积形成的，而是土壤化的产物。
Dense weathering cracks as new bearing water space have been discovered, and it is known that grain void was formed in soil formation processes and was not formed in depositional processes.
进而发现了密集风化裂隙含水空间的新类型，提出了粒间孔隙不是沉积形成的，而是土壤化的产物。
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