Breadcrumbs Section. Click here to navigate to respective pages.
Chapter
![application of the law of single recession is for determining the total volume of water stored as groundwater at a given moment. If the recession law f(t) of a watershed is known, it is then possible to evaluate its storage capacity by integrating f(t) over a time interval [t,f]. The volume of water available at time t is given by the following equation:](https://images.tandf.co.uk/common/jackets/crclarge/978042906/9780429062032.jpg "application of the law of single recession is for determining the total volume of water stored as groundwater at a given moment. If the recession law f(t) of a watershed is known, it is then possible to evaluate its storage capacity by integrating f(t) over a time interval [t,f]. The volume of water available at time t is given by the following equation:")
Chapter
application of the law of single recession is for determining the total volume of water stored as groundwater at a given moment. If the recession law f(t) of a watershed is known, it is then possible to evaluate its storage capacity by integrating f(t) over a time interval [t,f]. The volume of water available at time t is given by the following equation:
DOI link for application of the law of single recession is for determining the total volume of water stored as groundwater at a given moment. If the recession law f(t) of a watershed is known, it is then possible to evaluate its storage capacity by integrating f(t) over a time interval [t,f]. The volume of water available at time t is given by the following equation:
application of the law of single recession is for determining the total volume of water stored as groundwater at a given moment. If the recession law f(t) of a watershed is known, it is then possible to evaluate its storage capacity by integrating f(t) over a time interval [t,f]. The volume of water available at time t is given by the following equation:
ABSTRACT
Fig. 7.8 : Storage capacity of a watershed.
