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Water management plan for the watersheds of the upper Highwood and upper Little Bow rivers. Volume 2 : Highwood diversion plan.

Description

This water management plan has a very specific focus: To make recommendations to Alberta Environment decision makers concerning water quantity management in the watersheds of the Upper Highwood... More ≫

Description

This water management plan has a very specific focus: To make recommendations to Alberta Environment decision makers concerning water quantity management in the watersheds of the Upper Highwood and Upper Little Bow Rivers. This volume of the plan replaces the Interim Highwood Diversion Plan of March 2004 and the Highwood Operations Guideline.

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Water management plan for the watersheds of the upper Highwood and upper Little Bow rivers. Volume 1

Description

This water management plan has a very specific focus: To make recommendations to Alberta Environment decision makers concerning water quantity management in the watersheds of the Upper Highwood... More ≫

Description

This water management plan has a very specific focus: To make recommendations to Alberta Environment decision makers concerning water quantity management in the watersheds of the Upper Highwood and Upper Little Bow Rivers. This water management plan does not apply to the Sheep River watershed. This water management plan is based on the recommendations of the Highwood Management Plan Phase 1 Public Advisory Committee.

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Flows required to protect water quality in the Little Bow River and Mosquito Creek

Description

To assist the development of plans for the Highwood and Little Bow River watersheds, the Science and Standards Division, Alberta Environment was asked to examine the relationship between flow and... More ≫

Description

To assist the development of plans for the Highwood and Little Bow River watersheds, the Science and Standards Division, Alberta Environment was asked to examine the relationship between flow and water quality in the Little Bow River and Mosquito Creek. This report presents an evaluation of the effects of flow on water quality. Equations were developed to predict the relationship between flow and dissolved oxygen in the Little Bow River, and the relationship between flow and total suspended solids in Mosquito Creek. These equations were used to estimate flows that should ensure suitable water quality.

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Water quality sampling of the Little Bow River and Mosquito Creek in 1999

Description

A water quality sampling program was initiated by Alberta Environment in the Little Bow River and Mosquito Creek basins in 1999. This program was intended to document the water quality impacts of... More ≫

Description

A water quality sampling program was initiated by Alberta Environment in the Little Bow River and Mosquito Creek basins in 1999. This program was intended to document the water quality impacts of agriculture and municipal wastewater discharge in these basins, and identify the most important loading sources (critical areas) for phosphorus, nitrogen, and total suspended solids (TSS).

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High River - Highwood River, Baker Creek and Little Bow River - flood hazard study

Description

This study delineates flood hazard areas and determines design flood levels along an approximate 31 km length of the Highwood River through High River. The design discharge for the Highwood River... More ≫

Description

This study delineates flood hazard areas and determines design flood levels along an approximate 31 km length of the Highwood River through High River. The design discharge for the Highwood River ranges from 750 m³/s at the upstream study extent to 650 m³/s at the downstream extent. Included in the study area are lands flooded by overflow from the Highwood River into the Little Bow River via Baker Creek and the Little Bow Canal, along approximately 3 km of Baker Creek and almost 1 km of the Little Bow River. The flood hazard mapping in a portion of the overflow area and along the Little Bow River is currently under review by Environment and Sustainable Resource Development. The study was prepared in August 1992. Flood information available after study completion may not be reflected in the current flood hazard study report or flood hazard mapping.

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