hydrogeological conditions

It will also provide a working model that can be applied to other areas with similar hydrogeological conditions.

However, this method is only valid for simple hydrogeological conditions.

A groundwater monitoring program based on hydrogeological conditions should be established.

The island’s hydrogeological conditions have been analyzed by a number of authors, including Grenier (1977).

Hydrogeological conditions are important to consider before placement.

Meteorological and hydrogeological conditions are generally not conducive to pesticide leaching to the water table in this region.

This phenomenon has illustrated the extent of the damage possible when hydrogeological conditions are not appropriate to the pumping rates and volumes being extracted.

Hydrogeological conditions such as the recharge limits, the flow direction and the flow rate should be incorporated into the evaluation.

Hydrogeological conditions will affect depressurization:

• hydrogeological conditions, including depth, flow patterns, recharge and discharge areas • existing and planned water usage.

First, the latest situation of land subsidence in the Rafsanjan plain as well as the geological, hydrogeological conditions and groundwater utilization are explained.

• existing and planned water usage Discuss hydrogeological conditions in near-surface materials or deeper formations, where relevant to Project components and activities.

Under a pilot scheme, ten such NSAs have been designated, representative of the range of hydrogeological conditions, land use and climatic regimes in the country.

Due to the peculiar hydrogeological conditions the Strait of Messina is a marvelous treasure chest of biodiversity with a lot of endemic species.

Other work involves the assessment of hydrogeological conditions and data interpretation of hard rock aquifers of the types which predominate in SW England.

The time taken to reach an equilibrium where salt inputs are balanced by salt outputs depends on local hydrogeological conditions and may take from a few years to hundreds of years.

If the local hydrogeological conditions (which can vary within a space of a few square kilometres) are ignored, pit latrines can cause significant public health risks via contaminated groundwater.

With this approach it has been difficult to identify the main factors controlling this contamination, because local hydrogeological conditions and methods used to construct wells vary from area to area.

These finite element models were carried out in two and three dimensions to gradually improve the understanding of the physical phenomena governing the hydrogeological conditions and the movements of the slope.

Contamination of groundwater as a result of natural hydrogeological conditions is normally handled by treating the water on the farm or by connecting the farm to an existing water supply system.

Inadequate groundwater quality as a result of natural hydrogeological conditions (hardness, salinity, iron, sulphur, fluorine, etc.). A number of these problems can be resolved by installing water treatment systems on the farm.

Areas that have similar hydrogeological conditions, which affect the physiochemical, biological and bacteriological reactions and diffusions of pollutants in the water bodies, are declared as Water Quality Management Areas.

Hydrogeological conditions (depth profile of water permeability) Anthropogenic factors Or. en Justification Change in rainfall quantity and intensity significantly contribute to modify soil stress when affected by erosion and landslides phenomena.

The choice of the method depends on: duration of observation period; hydrogeological conditions, especially degree of drainage and lithological contents of vadose and saturated zones; and duration of the lead period.

Such values are not based on the natural values of a body of groundwater, which may actually be very different depending on hydrogeological conditions, but on a definition of pollution in the sense of protection against risk.