Soil erosion monitoring equipment lays a solid foundation for soil and water conservation work. JD-JL2 Shandong Jingdao Optoelectronics manufacturer is continuously updating. Soil erosion is one of the major ecological problems facing China, seriously threatening land resources, ecological environment, and sustainable economic and social development. Soil erosion monitoring equipment, as the "thousand mile eye" and "windward ear" of soil and water conservation work, plays a crucial role and lays a solid foundation for building a strong ecological security barrier.

There are various types of soil erosion monitoring equipment with powerful functions. Rainfall monitoring devices can accurately record the intensity, duration, and total amount of rainfall, which is a key factor in causing soil erosion. By analyzing rainfall data, the risk of soil erosion can be predicted in advance. The slope runoff monitoring device can measure the flow rate and velocity of slope runoff in real time, intuitively reflecting the dynamic changes of soil erosion on the slope. The sediment content monitor can accurately measure the sediment content in runoff, providing key data for evaluating the intensity of soil erosion. In addition, there is a soil erosion monitoring instrument that can monitor the soil erosion modulus for a long time and gain a deeper understanding of the spatiotemporal distribution pattern of soil erosion.

These devices have built a QFW, multi-level soil erosion monitoring network. With the help of X's sensor technology and data transmission system, monitoring data can be transmitted in real-time and accurately to the management platform. Through in-depth analysis of data, staff can timely grasp the current situation and trends of soil erosion, providing strong basis for formulating scientific and reasonable soil and water conservation measures.

In various aspects such as soil and water conservation planning, project implementation, and effectiveness evaluation, soil erosion monitoring equipment is used. It helps us accurately locate key areas of soil erosion and take targeted comprehensive measures such as engineering, vegetation, and cultivation for governance. At the same time, by monitoring the changes in data before and after long-term governance, it is possible to objectively evaluate the effectiveness of governance and continuously optimize governance plans. The monitoring equipment for soil erosion is using the power of technology to safeguard soil and water conservation work.

1、 Product Introduction

In the monitoring of soil erosion in runoff fields and small watersheds, traditional manual measurement of flow and sediment data has the problems of large workload and low efficiency, as well as high labor costs and large data errors. The automatic monitoring system for soil erosion has undergone years of technological breakthroughs and extensive field experiments, successfully revolutionizing the traditional manual monitoring mode.

This system consists of a data acquisition controller, sediment concentration measurement sensor, open channel flow sensor, and rainfall sensor. Among them, the open channel flow sensor component can automatically measure the runoff flow and accurately calculate the total runoff and instantaneous runoff data at different time periods through the controller; The sediment concentration measurement sensor collects real-time sediment concentration data based on the characteristics of runoff changes at sediment measurement ports with vertical distribution of runoff; The rainfall sensor is responsible for accurately obtaining cumulative rainfall data. The collaborative operation of various sensors and the collected data have critical value for soil erosion analysis.

The system uploads real-time sediment content, runoff, and accumulated rainfall data collected by various sensors to the cloud platform, making it easy for users to access, analyze, and manage data anytime and anywhere, providing scientific and accurate data support for soil and water conservation decisions.

Workflow of sediment content sensor: Surface water enters an open channel or Bacher trough through a water diversion channel and passes through an open channel flowmeter to obtain instantaneous runoff data, and calculates the total runoff per unit time. The surface water is collected by a water diversion pipe and sent to the main water tank. When the surface water capacity of the main water tank is sufficient for detection, the system starts and sends the surface water to be measured to the sample bin for detection. The sensor sends the collected data to the processor for processing to obtain sediment content. After obtaining the data, the sensor discharges the internal sample through the drainage pipe to prepare for the next sampling. The processor outputs to external devices through 485.