An Investigation of Ground Water Aquifer Characteristics of Sarcee Reserve:(IJESNR)- Juniper Publishers

JUNIPER PUBLISHERS-OPEN ACCESS JOURNAL OF ENVIRONMENTAL SCIENCES & NATURAL RESOURCES

An Investigation of Ground Water Aquifer Characteristics of Sarcee Reserve

Authored by Roger Saint-Fort

This study investigates the ground water aquifer characteristics used domestically by the residents of Sarcee Reserve. Local flow systems in the sub-horizontal sandstones and shales probably occur with the well fractured sandstone units acting as collectors for the downward moving ground water of overlying units. Four basic types of ground waters were identified based on the major ions chemistry. The Na, K-HCO3, CO3 type represents 56% of the ground water samples and is most representative of moderate to deep bedrock. A mixed type dominated by SO4-2 or HCO3- anions and either Ca, Mg, or Na, K cations form 30% of this classification. Typically found in ground water discharge areas. A Ca, Mg-HCO3, CO3 type represents 8% of the ground water of this type and occurs in relatively shallow fractured bedrock. The NaSO4 chemical type represents 6% of the ground water samples. It is generally associated with ground waters in surficial deposits. TDS in the ground water samples ranged from 249 to 1600 mg/L. Ground water aquifer quality on the reserve is generally good. Reported poor ground water quality in many instances may be directly attributed to poor well materials and construction. Flavor may be affected by geogenic sources of minerals dissolved in its matrix or products of bacteriological growths. However, repeated presence of objectionable taste, odor, or color in the water may cause the community to question its safety for domestic use.

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