Sentence examples for median rainfall from inspiring English sources

Figure 9 Median rainfall (mm) from 1960 to 2010.

As indicated by the LOWESS curve, median rainfall decreases by almost 50% over the 30-year period.

Analyses of historic and future simulation results for the identified periods show that the same median rainfall obtained by accounting for climate natural variability triggers hydrologically-mediated non-uniqueness in flow variables resolved at the hydraulic scale.

It has been observed that 1% reduction in the Gaussian quantile SD can cause over 39% reduction in the SD of the median rainfall estimate, actual reduction being dependent on the distribution of rainfall of the day.

There is a strong dry season from January to April with a median rainfall of less than 100 mm per month [43]; almost 90% of the annual precipitation occurs during the rainy season.

Median rainfall values ranging across the Bioregion in the months that seasonal sampling took place are as follows: March, 100 −140 mm; June, <5 mm; September, 20 60 mm; and December, 120 160 mm.

Note that this graph contains two separate axes: one for median annual rainfall and one for LOWESS smoothed annual rainfall.

Rainfall levels in the Riverina are generally low with the median annual rainfall over most of the region between 250-500 mm, rising to between 500-800 mm on the eastern fringe.

The peri-urban grazing areas receive median annual rainfall between 400 and 600 mm (Herlocker et al. 1993), while the rangeland grazing areas receive median annual rainfall of 150 to 250 mm.

These projections, developed from general circulation models and greenhouse gas emission scenarios, estimated that median annual rainfall would be reduced by up to 19%, and maximum and minimum temperatures increased by up to 0.5 °C and 0.6 °C, respectively.

Median annual rainfall is about 46.7 inches.