In this comprehensive article, we will delve into the definition of transported soil, explore its classification based on transportation modes, draw a detailed comparison with residual soil, and examine their uses in the dynamic field of construction. Additionally, we will analyze the distinct features, advantages, and disadvantages that characterize transported soil.
Understanding Transported Soil: Definition and Formation
Transported soil, also referred to as transported sediment or exogenous soil, embodies soil that has undergone the process of detachment from its original location and has been subsequently transported to a new site through geological processes.
This transportation is often facilitated by agents such as water, wind, ice, or gravity. What sets transported soil apart is its dislodgment from the parent rock or formation site, followed by deposition in an entirely different location. This geological journey imparts distinct characteristics to transported soil compared to the soil in its original position.
Formation of Transported Soil: The formation of transported soil is intrinsically tied to the phenomenon of erosion, which entails the gradual detachment and removal of soil particles from their parent material due to natural forces. These detached particles are then carried by agents such as rivers, glaciers, winds, and landslides. Over time, these transported particles come to rest in new areas, accumulating to form deposits of transported soil.
Read more
Published By
Global Associates
www.constructioncost.co
~~~~~~~~~~~~~~~~~~~~~~~~~~