Sentence examples for basic runoff from inspiring English sources

Using 10,000 plot years of basic runoff and soil loss data, Wischmeier and Smith (1957, 1965, 1978) developed the Universal Soil Loss Equation (USLE) that has undergone several revisions and its new incarnation is Revised USLE (Renard et al. 1997).

The present study was therefore carried out under rainfall simulation circumstances to investigate the effect of different rates of zeolite application to control the effects of FT on basic hydrological variables such as runoff production and soil loss.

First, three basic maps were derived: (1) runoff potential obtained from mean annual precipitation, soil-water retention capacity and soil/rock infiltration capacity; (2) landscape sensitivity based on vegetal cover, drainage density and slope; and (3) erodibility of rock and soil.

Catch the runoff and tests its pH using basic $10 kit you add the water to a vial with a few drops of the test liquid and it changes colour to indicate the pH level.

This chapter provides such basic information by exposing simple methods of rainfall, evaporation, runoff, and infiltration processes in relation to subsurface flow with specification of geological formations as their capacity to store and yield groundwater.

Mohammed (2003) also concluded that the lowest value of pH under the cultivated land could be due to the depletion of basic cations in crop harvest and leached to streams in runoff generated from accelerated erosions.

The runoff election between Ossoff and Handel in the Georgia Sixth will be a more basic test of the partisanship in that district.

To prevent contamination from human waste, farm families have received basic household sanitation systems to contain the household sewage that was leeching into the rivers through runoff.

The basic system structure and the rural areas are represented by means of a semi-distributed rainfall-runoff and pollution load model that allows for a user-specified spatial resolution.

The Runoff Model Based on Cellular Automata (RunCA) has been developed to simulate surface runoff at different scales by integrating basic cellular automata (CA) rules with fundamental measureable hydraulic properties.

Basic design specification Critical storm duration = 86 min Site time of concentration = 15 min Time base of design storm runoff hydrograph = 101 min Recurrence interval = 100 years Rainfall intensity (100 years and 86 min storm) = 117 mm/h Effective runoff coefficient = 1.0 Soil hydraulic conductivity = 1.53 × 10−5 m/s Moderation factor = 1.0.