Sentence examples for natural catchment from inspiring English sources
"natural catchment" is a grammatically correct and common phrase in written English
It is typically used to refer to a geographical area where all the rain and surface water drains into a particular body of water, such as a river or lake. Example: The proposed dam would disrupt the flow of water in the natural catchment, causing potential harm to the surrounding ecosystem. In this example, "natural catchment" is used to describe the area where the water flows naturally without human intervention.
Then we embarked on a 2.5-mile-round-trip climb up to the Calico Tanks, a vast natural catchment system of canyon basins.
Man-made lakes or reservoirs may result from the building of a dam within a natural catchment area or as a complete artificial impoundment.
Burns, a naturalised Mexican citizen, is co-founder of the Watershed Commission of the south-eastern Mexico Valley water basin, which is exploring the possibility of using natural catchment areas to solve the city's water problems.
Compared to a natural catchment, the boundaries and inner structures of an artificial watershed can be planned and defined in advance.
Gin river basin is rather a natural catchment in Sri Lanka which entirely lies within the wet zone of the country and having a natural rain forest covering considerable area in its upper catchment.
Numerical landscape evolution models were initially developed to examine natural catchment hydrology and geomorphology and have become a common tool to examine geomorphic behaviour over a range of time and space scales.
Generally, natural catchments are characterised by high complexity and heterogeneity with uncertainties in boundaries, interior structures and properties.
Storage distribution is determined from a volume law that accounts for the distribution of river channel storage in natural catchments.
In mature natural catchments that have already achieved a stage of dynamic equilibrium with evolved runoff structures and land cover, hot spots of hydrological interest are normally known or easily identifiable prior to the establishment of any monitoring concept.
Not only does this study provide evidence on how natural catchments can be affected by land-use intensification and urbanisation, but it also introduces a general analytical framework that could be applied to other river systems to assist in the design of hydrological management strategies.
As many natural catchments exhibit a significant or even marked degree of seasonality in their rainfall and runoff data, the means of identification of the seasonality structure and the determination of a quantitative expression or index of seasonality are topics of considerable interest to hydrologists.
