subaerial

简明释义

英[sʌbˈeərɪəl]美[sʌbˈeriəl]

adj. 接近地面的；地面上的；天空下的

英英释义

单词用法

同义词

反义词

例句

1.Diatoms biological functions on subaerial Karst sedimentation are studied chiefly in this paper, including assimilation, tapping and felting effects, encrustation, cementation.

硅藻对地表石灰华沉积的生物作用，主要包括同化作用、拦截和粘结作用、结壳作用、胶结作用。

2.White triangles are subaerial Recent volcanoes from Simkin and Siebert [1995].

白色三角形[1995]陆上最近的火山从Simkin和伯特。

3.Subaerial erosion occurs often with reduction to a peneplain.

陆上侵蚀常夷平成准平原。

4.Kemmerling reported both aerial and subaerial fumarolic activity for the TAM crater, but none was observed in 1992.

据克梅林(Kemmerling)报告称，空气中和地表面的气流活动是由于TAM火山口，但是1992年没有观察到。

5.The yields of acid hydrocarbon belong to medium to low abundance compared with those of the subaerial basins and the East China Sea shelf basin, and show weak geochemical field features.

酸解烃指标与整个中国陆上盆地和东海陆架盆地相比，属中等偏低丰度，呈现弱地球化学场特征。

6.The yields of acid hydrocarbon belong to medium to low abundance compared with those of the subaerial basins and the East China Sea shelf basin, and show weak geochemical field features.

酸解烃指标与整个中国陆上盆地和东海陆架盆地相比，属中等偏低丰度，呈现弱地球化学场特征。

7.Both subaerial and subaqueous volcanic rocks can be found in Yingcheng Formation of Songliao Basin.

松辽盆地营城组陆上、水下喷发火山岩均有发育。

8.In geology, subaerial 地表的 processes can significantly alter the shape of a mountain over time.

在地质学中，<subaerial>地表的subaerial>过程可以随着时间显著改变山的形状。

9.Scientists observed how subaerial 地表的 vegetation responded to changes in climate.

科学家观察了<subaerial>地表的subaerial>植被如何对气候变化作出反应。

10.The subaerial 地表的 environment plays a vital role in the life cycles of many organisms.

<subaerial>地表的subaerial>环境在许多生物的生命周期中起着至关重要的作用。

11.The researchers studied the effects of erosion on the subaerial 地表的 landscape after heavy rainfall.

研究人员在大雨后研究了侵蚀对<subaerial>地表的subaerial>景观的影响。

12.The subaerial 地表的 conditions are crucial for understanding soil formation.

了解土壤形成的关键在于<subaerial>地表的subaerial>条件。

作文

The study of geological processes is fascinating, particularly when we delve into the concept of subaerial (地表的) environments. These are the areas of the Earth’s surface that are above water, where the interaction between land and atmosphere occurs. Understanding subaerial processes helps us comprehend how landscapes evolve over time. For instance, erosion, weathering, and sediment deposition are all critical subaerial (地表的) processes that shape our planet. When we consider the impact of subaerial (地表的) processes, we can look at the formation of valleys, mountains, and even deserts. Take the example of a river carving its way through rock; this process is primarily subaerial (地表的) as it occurs on land. The continuous flow of water not only transports sediment but also erodes the banks, creating a dynamic landscape. Furthermore, vegetation plays a crucial role in subaerial (地表的) environments. Plants stabilize soil and prevent erosion. In areas where plant life thrives, the subaerial (地表的) landscape is often rich and diverse. Conversely, in regions where vegetation is sparse, erosion can lead to barren lands, showcasing the delicate balance within these ecosystems. Another aspect worth discussing is the impact of human activities on subaerial (地表的) environments. Urbanization, agriculture, and deforestation significantly alter the natural processes. For instance, when forests are cleared for agriculture, the subaerial (地表的) soil becomes more susceptible to erosion, leading to loss of fertile land. This highlights the importance of sustainable practices to preserve our subaerial (地表的) ecosystems. Climate change is also affecting subaerial (地表的) processes. Changes in temperature and precipitation patterns can lead to increased erosion and altered sediment transport. As glaciers melt and sea levels rise, the dynamics of subaerial (地表的) landscapes are shifting, leading to new challenges for both natural and human systems. In conclusion, the concept of subaerial (地表的) processes is integral to understanding our planet's geology and ecology. From the erosion of mountains to the stabilization of soil by vegetation, these processes are interconnected and vital for maintaining the health of our environment. As we face ongoing environmental changes, recognizing the significance of subaerial (地表的) processes will be crucial in developing strategies for conservation and sustainable development. By studying and respecting these processes, we can ensure a balanced relationship with our planet for future generations.

地质过程的研究是迷人的，特别是当我们深入探讨subaerial（地表的）环境的概念时。这些是地球表面高于水面的区域，陆地与大气之间的相互作用发生在这里。理解subaerial过程有助于我们理解景观如何随着时间的推移而演变。例如，侵蚀、风化和沉积都是塑造我们星球的重要subaerial（地表的）过程。当我们考虑subaerial（地表的）过程的影响时，我们可以看一下山谷、山脉甚至沙漠的形成。以河流在岩石中开辟其道路为例；这个过程主要是subaerial（地表的），因为它发生在陆地上。水的持续流动不仅运输沉积物，还侵蚀河岸，创造出动态的景观。此外，植被在subaerial（地表的）环境中发挥着至关重要的作用。植物稳定土壤并防止侵蚀。在植物生长茂盛的地区，subaerial（地表的）景观通常丰富多样。相反，在植被稀疏的地区，侵蚀可能导致荒地，展示了这些生态系统内的微妙平衡。值得讨论的另一个方面是人类活动对subaerial（地表的）环境的影响。城市化、农业和森林砍伐显著改变了自然过程。例如，当森林被清除用于农业时，subaerial（地表的）土壤变得更容易受到侵蚀，导致肥沃土地的流失。这突显了可持续做法在保护我们的subaerial（地表的）生态系统中的重要性。气候变化也在影响subaerial（地表的）过程。温度和降水模式的变化可能导致侵蚀增加和沉积物运输的改变。随着冰川融化和海平面上升，subaerial（地表的）景观的动态正在发生变化，给自然和人类系统带来了新的挑战。总之，subaerial（地表的）过程的概念对于理解我们星球的地质和生态学至关重要。从山脉的侵蚀到植被对土壤的稳定，这些过程相互关联，对维持我们环境的健康至关重要。随着我们面临不断变化的环境，认识到subaerial（地表的）过程的重要性将对制定保护和可持续发展的战略至关重要。通过研究和尊重这些过程，我们可以确保与我们星球的平衡关系，为未来的世代服务。