Soil and water loss of mountain plants based on sensor and research on visual experience art

Abstract

Soil and water loss monitoring is one of the important tasks in the construction of soil and water conservation ecology, which plays an important role in the national macro decision-making, and also has an important influence in the research of visual experience art. The existing soil and water loss monitoring facilities are out of date, the monitoring cycle is long, time-consuming, and laborious, and become less reliable, unable to achieve real-time online monitoring. Human factors have relatively great influence on the science of observation data. In this paper, based on the periodic structure and homogenization theory, for some drought resistant shrubs, grasses, and trees, we refer to the simulation technology of steel and concrete, and show the cross-section pictures of the root simulation model, and select the soil composite as the model of composite composition relationship. Through the “single package” model and numerical simulation, the root system in soil can obtain synergistic effect. In order to further confirm the accuracy of numerical results, the “single package” model is based on the periodic arrangement of root complex. Sophora root, cypress root, pine root, and loess collected from the test site were used in the experiment, and the parameters were input as “single package” model, and compared with the simulation data, which confirmed its high accuracy. Through the research on the sensor, this paper introduces the research results into the soil erosion of mountain plants and the art of visual experience, which promotes the deeper interaction of the new mass media.