Sentence examples for annual average flow from inspiring English sources

The annual average flow reaches about 247,000 cubic feet (7,000 cubic metres) per second.

The wet summer season causes the Mekong to triple its annual average flow, and it causes an even greater relative change in the flow of the Red River.

Many scientists believe that delivering the water that powerful agricultural interests say they need — one-quarter of the Sacramento River's annual average flow of 22 million acre-feet — would further harm the battered populations of smelt, sturgeon, salmon and steelhead.

The day-wise difference in organic pollutant load calculated at annual maximum and average daily flow rate was found to be 93% to 231% higher than the organic load due to annual average flow rate.

The annual average flow MQ (m3/sec) was based on catchment area size in square kilometers Fn (km2) (Table 5.2) and averaged yearly runoff estimates q (l/km2) from Table 5.4 of the Hydrological Atlas, assigned to the plants through the corresponding identification number of each Swiss lake.

Tucci (2002) revealed that, consistent with the proposals of Bruijnzeel (2004), the progressive deforestation of the international Prata River basin after the 1960s, with replacement by seasonal crops, increased in the annual average flow of its sub-basins (the Paraguay, Uruguay and Parana Rivers) (Fig. 3).

And although the annual average stream flows in the East are large, they fall to critically low levels during the summer.

The allocation results were derived under an extremely dry year (with an annual average water flow frequency of 95%), a very dry year (with an annual average water flow frequency of 90%), a dry year (with an annual average water flow frequency of 75%), and a normal year (with an annual average water flow frequency of 50%) during historical and future periods.

It basically records: Annual Average Daily Flow (AADF) and traffic data for every junction-to-junction link on the 'A' road and motorway network in Great Britain It shows pretty clearly how vehicle use in the city has gone down fundamentally in nine years since 2001 - except for huge increases in cycling and bus/coach use.

These predictions integrate the influence of meteorology and temporal variability in emissions, though for the latter at a coarser temporal resolution than do monitoring station measurements, because of the limited temporal resolution of input data (e.g., annual average traffic flow).

Input data for the prediction process included roadway geometry and annual average daily traffic flow from California Department of Transportation CALTRANSS).