The phrase "analysis of the drainage" is correct and usable in written English.
It can be used in contexts related to environmental studies, civil engineering, or any field that involves examining drainage systems or water management.
Example: "The analysis of the drainage revealed several areas where improvements could be made to prevent flooding."
Alternatives: "examination of the drainage" or "assessment of the drainage".
Robert E. Horton, (born May 18 , 1875 Parma, Mich., U.S. died Apr. 22, 1945, Voorheesville, N.Y ., American hydraulic engineer and hydrologist who established a quantitative basis for the analysis of the drainage of networks of streams.
A quantitative geomorphological analysis of the drainage network has been performed to evaluate the influence of landslide processes on morphometric properties of the drainage network.
Here, we perform a morphometric study of the fluvial landscape at the scale of the Biga Peninsula, coupling the recently developed R/SR analysis of the drainage network with concavity and steepness measures of a set of 29 rivers of all sizes.
A quantitative geomorphic analysis of the drainage system on Byers Peninsula, Livingston Island, has been carried out in order to study the relief evolution, glacial history and possible neotectonic influence on the largest ice-free area of the South Shetlands archipelago.
Stream ordering is the first step of quantitative analysis of the drainage basin.
The analysis of the drainage does not appear to be complete if it lacks the systematic approach towards the development of drainage basin in the area.
The post-capture evolution of the Rio Alias has been heavily influenced by the river capture event, highlighting the need for further analysis of beheaded drainage systems and their influence on developing landform assemblages.
Morphometric analysis of the Tajo drainage network using a DEM was carried out in order to determine neotectonic influence on the development of the Madrid Basin since the Pliocene.
With extrapolation of these data, we have provided an indirect analysis of the venous drainage and its correlation with flap size.
We present an example analysis of the Chickasheen drainage basin, RI, USA, comparing N flux from three equivalent hypothetical N source areas situated in different regions of the watershed and illustrating the role of each N sink type in mediating N flux.
This paper presents a technical analysis of this drainage system and describes a hydrological model built in Stella® for a one-time rainstorm event and for annual water balance analyses.
