The invention relates to a
simulation testing
system of a
water circulation process under human activity disturbance conditions. The
system comprises a
simulation platform for simulating nature and human activities, which affect
water circulation, and a monitoring platform for monitoring through a sensor, as well as a
computer monitoring platform for controlling the
simulation platform and performing data sampling and
data processing on the monitoring platform, a seepage-proof
pool, experimental soil, a rain shelter, a simulation rainfall device, a
groundwater level simulation device, a
water intake well, an observation device related to vorticity, an
automatic weather station, a runoff detection device, a
surface runoff sensor, a runoff instrument, a sensor for
water content in the soil, a detection device and a control device. The simulation platform, the monitoring platform and the
computer monitoring platform of the
system disclosed by the invention are organically combined to form specific
water circulation sub-systems among the various parts, namely the simulation device, the detection device and a control platform, and the integration of the sub-systems can realize the omnibearing simulation concept of a complex water circulation system of nature-manual work.