Sentence examples for Annual storm from inspiring English sources

The annual storm brewing over the Mobos is more turbulent than ever this year.

The maximum annual storm and its associated erosivity is used as a core element in the assessment of annual interrill and rill erosion rates.

This stochastic representation of erosion permits to evaluate soil losses for the maximum annual storm, as well as annual erosion rates as a function of recurrence interval.

Our results indicate that although the back bays systems in the Delmarva Peninsula and similar ecosystems in the US East Coast could provide storm surge attenuation for annual storm events, its use in coastal engineering protection may require a case by case analysis due to the high dependence on local characteristics.

A return period of 1000 years was calculated for the single storm erosivity of October 25th, which contributed to 84% of the total annual storm erosivity of 2011 A quite good agreement was found comparing DHE distribution and severity with Ra anomalies over time.

Table 4 System dynamics model uncontrollable variables city of Charlottetown, Prince Edward Island, annual storm severity levels, maximum observable water levels (MOWL) Storm severity Description Applicationa IPCC analogyb I. Low (Base Case) Modal MOWLs signal storms that result in minimal damage to property and infrastructure.

Noah Garrison, a project lawyer with the Natural Resources Defense Council's national water program, puts it this way: "For every 11 or 12 houses that allow the same area to convert from lawn to woodland, annual storm-water runoff could be decreased by roughly the volume of an Olympic swimming pool: 660,000 gallons".

New Jersey's inland riverfront communities have been hit harder than coastal areas by nearly annual storms in recent years, including Hurricane Irene at the end of August and Tropical Storm Lee in the first week of September; both caused severe flooding.

The first axis of NMS ordination was significantly related to many hydrologic, habitat, and land-use/land-cover variables, including the average number of annual storms producing runoff, ratio of 25 75% exceedance flow (flashiness), diversity of natural stream substrate, and the percentage of forested land near the stream channel (forest buffer).

However, owing to hysteresis and high sediment concentrations that surpass the detection limits of the turbidity sensor during many annual storms, TSS was estimated best using a complex multiple regression equation based on high/low ranges of turbidity and Q as independent variables.

These are some of the strongest source areas for dust storms and pose annual dust storm threats (Goudie and Middleton 1992; Liu et al. 2011).