The digital filtering approach to baseflow separation suggested by Lyne & Hollick (1979) has
been widely used and is available in a number of computer packages. However, details of …

Baseflow separation is important for obtaining critical parameters for hydrological models.
As measuring the baseflow component directly is difficult, various analytical and empirical …

The curve number (CN) method is widely used as a technique for estimating surface runoff
depth from rainstorms. This simply lumped method is based on the main parameter CN …

The curve number (CN) method is widely used for estimating direct runoff depth from
rainstorms. The procedure is on the basis of the parameter CN, a lumped expression of …

Recursive digital filters (RDFs) are one of the most commonly used methods of baseflow
separation. However, how accurately they estimate baseflow and how to select appropriate …

The primary characteristics that influence the potential of defining a synthetic design
hydrograph (SDH), are the hydrograph shape, peak discharge (Q p), volume (V), and …

Baseflow is often regarded as the streamflow component derived predominantly from
groundwater discharge. The estimation of baseflow is important for water supply, water …

Identification of the sources of the spatio-temporal information of flooding is important for
flood control and understanding the water dynamic. Flood disasters are generally caused by …

The Eckhardt's filter, a recursive digital filter widely used in hydrology to separate baseflow,
relies on two parameters: the recession constant (a) and the maximum allowable long-term …

The physically meaningful separation of baseflow from the observed streamflow time series
is still an unresolved problem in hydrology. This study provides a novel method that builds …