Sentence examples for river hydrological from inspiring English sources

However, MNs are constrained by (a) the distribution of sampling sites, (b) the dynamics of the variable considered and (c) the river hydrological conditions.

And, if you look at MWRD's records, the lake and river hydrological conditions are getting all the more dynamic and variable (just look at the rapid increase in those river reversals).

Such a transition does not require the complete blockage of a river; hydrological changes that increases the energetic or survival costs of migration relative to the growth and fecundity benefits can select for increased residency (Hendry et al. 2004).

Hence, rivers dominated by point sources will exhibit highest P concentration during low-flow, when flow dilution capacity is minimal, whereas rivers dominated by diffuse sources will exhibit highest P concentration during high-flow, when land-to-river hydrological connectivity is maximal.

In a river basin, hydrological events that occur in the upper part may have a direct influence downstream (Nepal [2012]), from a few to many hundreds of kilometers away.

Results from 2-dimensional modelling of the river-floodplain hydrological processes were consistent with field measurements during the drying phase and illustrated how the declining river levels led to floodplain acidification.

Four sediment sampling campaigns were undertaken along the Vène river under different hydrological conditions.

However, a correct reproduction of river discharge by hydrological models does not guarantee the adequacy of simulated spatio-temporal dynamics of soil moisture, water fluxes and groundwater in the basin.

With respect to hydrological river stage signals, the signal features with significant short-term periodicities and without interference of zero value data can finely reveal the significant advantage of DWT-NF hybrid model, combining DWT and Neuro-Fuzzy, on TLT forecasts, but weaken the advantages of DWT method and neural network models on SLT forecasts.

However, river terrain and hydrological data are usually insufficient where accident emergencies occur.

To get a detailed knowledge of the recharge characteristics of one of the larger underground river systems, a hydrological and physico-chemical monitoring was carried out at Seropan River during rainy season in February 2012.