人民长江 ›› 2022, Vol. 53 ›› Issue (9): 43-48.doi: 10.16232/j.cnki.1001-4179.2022.09.008

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水土保持自动监测设备现状及新设备研发

张勇;李仁华;姚赫;陈洋;王秋霞;魏玉杰   

  • 发布日期:2022-10-20

Application status of soil and water conservation monitoring equipments and development of new equipment

ZHANG Yong1, LI Renhua1, YAO He1, CHEN Yang2, WANG Qiuxia1, WEI Yujie3   

  • Published:2022-10-20

摘要: 为准确掌握当前水土保持监测设备应用现状,解决水土保持监测设备普遍存在的成果转化率低、自动化程度低、价格高、管护需求高、研究与实践脱节等实际问题,通过CiteSpace知识图谱和大量的试验研究,对当前水土保持自动监测设备应用现状及研究进展进行了详细汇总分析。介绍了研制的径流泥沙自动监测设备和土壤侵蚀自动监测设备,并通过试验验证了两种设备的准确性。试验结果表明:新研制的径流泥沙自动监测设备测定的泥沙量值与真实值相对误差在7.8%以内,测试的径流量与真实值相对误差在4.1%以内,具有较高的测量精度;新研制的土壤侵蚀监测设备剔除了土壤表层积水和坡面径流造成的较大测量误差,精度在0.3 cm以内。这两种设备结构简单、造价较低、具有较强的推广前景。

关键词: 水土保持自动监测设备;径流泥沙自动监测;土壤侵蚀自动检测;

Abstract: In order to accurately grasp the current application status of soil and water conservation monitoring equipments, and solve the common problems in the research of soil and water conservation monitoring equipments such as low conversion rate, low automation, high price, demanding maintenance, and separation between research and practice, based on the CiteSpace knowledge map and a large number of experimental studies, this paper carried out a detailed summary analysis on the current application status and research progress of the current soil and water conservation automatic monitoring equipment. We introduced an automatic monitoring equipment for runoff and sediment and an automatic monitoring equipment for soil erosion. For the sediment and flow measurement, the relative error of the sediment amount measured by the new equipment and the true value is within 7.8%, and the relative error between the measured runoff and the true value is within 4.1%. For soil erosion measurement, the accuracy of the newly developed equipment is below 0.3 cm, as it can eliminate the large measurement errors caused by soil surface water and slope runoff. The newly developed equipment has simple structure, low cost and strong promotion prospects.

Key words: water and soil conservation; automatic monitoring of runoff and sediment; automatic monitoring of soil erosion