Sentence examples for annual streamflow data from inspiring English sources

Monthly and annual streamflow data with a record length of 55 years were used to capture streamflow variability at intra-annual, inter-annual and inter-decadal scales.

Instead of using the annual streamflow data (mean or accumulated) and considering each year as a node with just one streamflow value, the study proposed to use the daily streamflow data, with each year serving as a node in the network and with each node having a time series of (365) daily streamflow values.

This study investigates the presence of trends in annual maximum daily streamflow data from the Global Runoff Data Centre database, which holds records of 9213 stations across the globe.

By identifying hydrologic relationships between watersheds through an initial regionalization of mean annual streamflow time-series data, hydrologic regimes, each composed of watersheds with common hydrologic controlling variables, were identified.

The results from the construction of annual streamflow network based on daily streamflow data and application of the degree centrality, clustering coefficient, and degree distribution methods to such a network are useful and interesting in several ways.

A hybrid approach that considers both tree-ring chronologies and sea surface temperature (SST) data for reconstructing annual streamflow is proposed.

It uses the daily streamflow data to construct the annual streamflow network, instead of using the annual (mean or accumulated) streamflow data.

We used basins where at least 30percentt of annual precipitation was received as snow, and streamflow data were restricted to regionally based winter-spring periods to focus the analyses on snowmelt-related streamflow.

Using the daily streamflow data of 151 years (October 1862 September 2013), the annual streamflow network for the Mississippi River basin at St .Louis, Missouri is constructed, following the procedure explained earlier.

The study uses daily streamflow data and constructs the streamflow network corresponding to the annual scale, instead of using the annual (accumulated or average) streamflow and employing the visibility graph.

ReVegIH does not consider the changes in annual streamflow following observed 21-year trends of annual precipitation and pan evaporation data, nor as a function of time since afforestation, and the ability to simulate the hydrological impact due to establishing plantations in different areas in the landscape through time is not included.