The invention discloses a multifunctional water bloom growth and
extinction experiment
research system under influence of
hydraulic engineering. The multifunctional water bloom growth and
extinction experiment
research system comprises a pretreatment
system, a flowing
water circulation experiment table, a flowing water
control system and a monitoring analysis
system, wherein the pretreatment
system is used for providing
algae containing experiment water with different background concentration for the flowing
water circulation experiment table; the flowing
water circulation experiment table is used for achieving an
algae nondestructive growth environment under a smooth continuous
water flow environment; the flowing water
control system is used for simulating a flowrate variation process of the incoming flow of upstream and downstream
hydraulic engineering of a channel reservoir by regulating
water supply flow of a
water supply channel according to scheduling working conditions of upstream and downstream
hydraulic engineering set in the experiment; the monitoring analysis system comprises a
water level sensor, a flow velocity meter, a flowmeter, a video sensor, a
chlorophyll fluorescence and a computer. The multifunctional water bloom growth and
extinction experiment
research system can perform quantitative experiment research on complex hydrodynamic condition changes under influence of hydraulic
engineering,
algae growth changes under flowing water conditions,
effect analysis and predication of water bloom inhibition through optical scheduling of upstream and downstream single or step hydraulic
engineering, and the like.