(1) Rainfall intensity is the main factor influencing flood hydrograph.

(2) The illustration of the generated flood hydrograph is presented in ().

(3) A geomorphic instantaneous unit hydrograph model is developed based on linear dynamic wave.

(4) This paper studies the discharge hydrograph separation methods, discusses the concept of base flow, and gives a reasonable definition of base flow.

(5) The design flood hydrograph is computed using observation discharge data.

(6) At last[sentence dictionary], the properties of hydrograph of the flood and debris flow are analyzed.

(7) The developed rainfall-runoff models with unit hydrograph mainly focus on simulating surface runoff, only a small number of models can be used for subsurface runoff.

(8) In the flow generation study, a possible hydrograph is constructed using the Flow Duration Curve for two scenarios.

(9) The kernel function can be unit hydrograph of deterministic system or time series model of stochastic system.

(10) The conventional methods, such as unit hydrograph , Muskingum and linear reservoir method, have been used for basin runoff concentration calculation.

(11) Adopting hydrographic cableways to measure hydrological data is an effective way in traditional hydrograph.

(12) S curve, time unit hydro graph and surface runoff hydrograph can be gotten through instantaneous unit hydrograph.

(13) The methods for estimating fractal dimensions of daily flow hydrograph in a river are mainly presented.

(14) Using existent data of measured rainfall and runoff, the UHMWL solves the unit hydrograph of water level through the method of least squares.

(15) In terms of the model, the representativity of unit hydrograph is enhanced, and it is easy to modify and improve the runoff model.

(16) Through examining with the observed data, the calculation precision of this model in sediment hydrograph and sediment load is high.

(17) Due to the capability for simulating dam-break and predicting flood hydrograph, a dam-break model is of tremendous importance to the disaster control and reduction.

(18) The objectives include, overall water balance, overall shape of the hydrograph, peak flow, and low flow.

(19) The grid technique of Box-counting methods is applied to fractal dimension of daily streamflow hydrograph in the upper reaches of Minjiang River.

(20) It is made clear that the formation of debris surge is firstly determined by the original hydrograph of the basin.

(21) Therefore, a 1:40 scaled-down model was used to identify the effect of inflow hydrograph characteristics, volume of detention pond, and the nature of drainage outlet on peak-flow reduction rate.