Sentence examples for reproducing water from inspiring English sources

Sexually reproducing water hyacinth plants were randomly collected from Yamuna river bank, New Delhi (28°5′N and 77°2′E) near Okhla barrage where water remains stagnated for most part of the year.

The WNGM model was calibrated by reproducing water levels measured from 2005 to 2007 in the network of piezometers and nitrate concentrations measured in the municipal well from 1997 to 2007.

Good simulation results were obtained to reproduce water and mass budgets as well as discharge and salinity dynamics during several hydrological cycles.

The estimation of saturated hydraulic conductivity (Ks) is of high relevance to correctly reproduce water fluxes, such as infiltration rates or surface runoff in hydrological simulations.

First, we calibrated a one-dimensional numerical model for hydrodynamics and oxygen dynamics (GLM-AED2), verifying that the model reproduced water temperatures and hypolimnetic dissolved oxygen concentrations accurately over a 5 year period.

In the present study, DT-MRI was acquired in a diffusion scheme with only 6 noncollinear directions, but we repeated these 6 times in order to increase signal-to-noise ratio and reproduce water diffusion averaged from 6 directionalities.

The model has been calibrated using perched water data observed in six boreholes, and reproduces water-perching conditions in the unsaturated zone of the mountain.

The simulations of water and glucose flows across GLUT2 and SGLT1 expressed in Xenopus oocytes show that both models simulate the experimental observations and conditions and can readily reproduce "uphill" water flow or glucose-induced water inflow before buildup of any substantial unstirred layer.

The validation method followed the multi-scale, multi-site and multi-criteria approach and enabled to reproduce (a) water discharge and nutrient load at the river outlet along with (b) local ecohydrological processes like water table dynamics in subbasins, nutrient fluxes and vegetation growth dynamics at multiple scales and sites.

Current numerical models succeed to reproduce the water cycle in general.

We applied the method to reproduce the water balance and to investigate the effectiveness of a subsurface drainage network of a clayey field located in southern Finland.