Publications

Looking upstream : a 5-year review of Alberta’s monitoring, evaluation, and reporting (MER) plan for lotic systems

Description

This report provides a summary of activities conducted between 2016 and 2021 under A Five-Year Provincial Water Quality Monitoring, Evaluation and Reporting Plan for Lotic Systems (Kerr and Cooke... More ≫

Description

This report provides a summary of activities conducted between 2016 and 2021 under A Five-Year Provincial Water Quality Monitoring, Evaluation and Reporting Plan for Lotic Systems (Kerr and Cooke 2019). An overview of this first river water quality monitoring, evaluation and reporting plan is provided, along with an evaluation of key metrics of the program, including sampling details, parameters monitored, and quality assurance/quality control efforts. The report presents summary findings and identifies ongoing gaps related to scientific questions. Key issues and improvements are recommended for consideration in the development of the next monitoring, evaluation and reporting plan.

Tags

Evaluation of quality control data from Alberta’s lotic water monitoring programs : 2016-2019

Description

This report investigates the bias and variability of data generated from the Long Term River Network (LTRN) and Tributary Monitoring Network (TMN) programs. In total, 323 field blank samples and... More ≫

Description

This report investigates the bias and variability of data generated from the Long Term River Network (LTRN) and Tributary Monitoring Network (TMN) programs. In total, 323 field blank samples and 318 duplicate samples were taken from nearly 100 stations across the province of Alberta. Data analyses relate these QC samples to 4,482 provincial LTRN and TMN environmental samples taken between January 2016 and December 2019. There was a wide range of potential contamination (i.e. bias) and variability evident in the parameters monitored in the TMN and LTRN programs. Data end-users should be cognizant of this potential bias and variability in data generated by the LTRN and TMN programs. Parameters with low environmental concentrations, elevated potential for extraneous contamination and/or high variability should be interpreted with caution.

Tags