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Alberta Biomonitoring Program: Chemicals in Serum of Pregnant Women and Children in Alberta

Description

Biomonitoring provides a measure of internal doses of environmental chemicals or agents and allows for a more accurate measure of human health risk from these exposures. In these Alberta... More ≫

Description

Biomonitoring provides a measure of internal doses of environmental chemicals or agents and allows for a more accurate measure of human health risk from these exposures. In these Alberta Biomonitoring Program datasets, information was collected as part of 3 province-wide studies investigating the serum levels of environmental chemicals (both natural and synthetic) in pregnant women in northern, central and southern Alberta (Phase 1), in children in southern Alberta (Phase 2), and maternal and umbilical cord blood samples from 7 Alberta cities (Phase 3). The goals of the program are to create a benchmark against which to track future exposures, provide a starting point for assessing health risks, indicate possible exposure sources and prioritize research efforts. Chemicals targeted for monitoring were selected using expert guidance and review of similar studies. For Phases 1 and 2, results for each chemical are presented in a single column, as either whole serum or lipid-adjusted...

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83A Red Deer - Provincial Access/Topographic Map Series

Description

This series of 1:250 000 scale colour maps covers the provincial extent of Alberta and is comprised of 50 maps that are individually named using the National Topographic System (NTS) map sheet... More ≫

Description

This series of 1:250 000 scale colour maps covers the provincial extent of Alberta and is comprised of 50 maps that are individually named using the National Topographic System (NTS) map sheet identifier. These maps display: Alberta Township System (ATS), contours (50m intervals), major hydrographic features, municipalities, major roads, railways, and select geo-administrative features (parks, reserves, etc.).

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Riparian assessment validation for North Saskatchewan Region Lakes

Description

This report documents the assessment of the performance of the GIS-based method used to evaluate the intactness of riparian habitats along the shorelines of Pigeon, Gull, Sylvan, and Buffalo lakes... More ≫

Description

This report documents the assessment of the performance of the GIS-based method used to evaluate the intactness of riparian habitats along the shorelines of Pigeon, Gull, Sylvan, and Buffalo lakes and their associated tributaries. Both desktop and field validation methods were used and the ability of the GIS assessment approach to capture relative differences in intactness locally and regionally was tested. Overall the method proved to be reliable for assessing and comparing the intactness of riparian management areas across large geographical areas.

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Riparian assessment for North Saskatchewan Region lakes

Description

The report documents the GIS-based method developed to assess the current condition of riparian habitats along the shorelines of Pigeon, Buffalo, Gull, and Sylvan lakes and their associated... More ≫

Description

The report documents the GIS-based method developed to assess the current condition of riparian habitats along the shorelines of Pigeon, Buffalo, Gull, and Sylvan lakes and their associated tributaries. The results of the riparian and land cover assessment are summarized and visualized, including a summary of habitat change within riparian management areas through time. Includes documentation of the GIS modelling and analysis methods including recommendations for minimum data standards and validation procedures.

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Nutrient beneficial management practices evaluation project. Volume 3 : modelling study

Description

The Nutrient Beneficial Management Practices Evaluation Project was a six-year research project (2007-2012) to evaluate nutrient beneficial management practices at field and watershed scales in... More ≫

Description

The Nutrient Beneficial Management Practices Evaluation Project was a six-year research project (2007-2012) to evaluate nutrient beneficial management practices at field and watershed scales in Alberta. This resource, Volume 3 in the final report on the project, presents the results of the modelling study. The Comprehensive Economic and Environmental Optimization Tool was used as the model.

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