This report evaluates health hazards and risks at the former Clinton Creek asbestos mine site based on 2004 site conditions. It looks at both physical hazards and risks associated with asbestos inhalation.

An engineer's review, risk assessments and short-term mitigation recommendations for both Drop Structure 4 and a cascading failure of the Clinton Creek Channel at the former Clinton Creek mine site.

An engineer's review, risk assessments and short-term mitigation recommendations for Clinton Creek mine site components such as Drop Structures 1 to 3, the Hudgeon Lake outlet, the Clinton Creek site access road, waste rock dumps, pits, tailings piles, and both Clinton and Wolverine Creek channels.

This report describes results from geotechnical and environmental investigations conducted in late summer and fall 2018.

A summary of meteorological, hydrological and water quality data, including seasonal and site-specific trends, for the 2-year period between September 2017 and October 2019.

This addendum extends analysis of the original 2020 report on meteorological, hydrological and water quality data to include data collected up to October 2022.

This geotechnical monitoring program aims to capture year-to-year movements of mine waste rock and tailings piles at the former Clinton Creek mine site. It assesses the risk of failure of stabilization works, evaluates movement at key locations and develops recommendations for intervention if required.

This quarterly report provides hydrology and water quality results from the May 2022 monitoring event as part of the 2022-23 Clinton Creek Water Monitoring Program.

This quarterly report provides hydrology and water quality results from the August 2022 monitoring event as part of the 2022-23 Clinton Creek Water Monitoring Program.

This report is an assessment of revegetation techniques used to augment naturally occurring processes at the abandoned Clinton Creek mine site.

An investigation into how to augment the naturally occurring revegetation of the Clinton Creek waste rock dump slopes and recommendations for future assisted revegetation efforts.

A 1974-75 assessment of the chemical and biological impacts of the Clinton Creek mine site. The results presented in this report indicate significant adverse effects on the invertebrate communities and fish populations.

This report assesses the potential impacts on human health from exposure to hazards at the Clinton Creek site. It was part of a 24-site study by the Government of Canada to inform future funding priorities.

A summer 2007 investigation designed to assess the impacts of the Clinton Creek mine site's gabion basket drop structures constructed at the outlet of Hudgeon Lake within Clinton Creek on fish and benthic invertebrate utilization upstream.

This report aims to identify short and long-term effects of asbestos exposure on fish health in the Clinton Creek ecosystem to inform the closure planning process for the site.

This 2015 geotechnical assessment identifies and considers potential borrow sources along readily accessible areas of the abandoned Clinton Creek asbestos mine to support on-site care and maintenance, and long-term site remediation.

A detailed survey of the existing aquatic conditions at several sites at the former Clinton Creek mine. The survey includes the following: fisheries analysis, habitat assessment, benthic invertebrates, water temperature profiling, water quality snapshot at time of sampling and identification of stream sediments.

This report focuses on the fish habitat utilization of Clinton Creek. It provides a summary of pre-mining aquatic baseline conditions, describes the downstream effects of Hudgeon Lake and anticipates the effects various mine remediation options would have on the area's aquatic habitats.

The purpose of this report is to update the 2017 Human Health and Ecological Risk Assessment (HHERA) report with new information. This HHERA Update does not replace the 2017 HHERA, rather it supplements it with new information and should be read in conjunction with the previous report.

A slide of tailings in 1974 partially dammed Clinton Creek's flow path and formed Hudgeon Lake. This report evaluates 6 engineered options (10% design) that could remediate the geotechnical hazards created by sliding tailings and close the Clinton Creek mine site.

This document presents 10% Design Phase cost estimates for the candidate closure options for the abandoned Clinton Creek mine.

The document provides results from a 2018 field investigation about Clinton Creek mine site conditions that would factor into selection of a closure concept.

This report summarizes the geotechnical studies undertaken in support of the Clinton Creek Remediation Project 10% Design Phase. It serves as a collection of various engineering memorandums that have been completed as a part of the 10% design of the Clinton Creek remedial options.

This report targets 6 options for reclamation of the Clinton Creek and Wolverine Creek mine areas. The designs for each of the 6 options were developed taking into consideration the design criteria for Closure – Passive Care under Canadian Dam Association (CDA) guidelines.

This report takes an alternate design approach for closure of the Clinton Creek mine that focuses on meeting the design standards for Closure – Active Care under Canadian Dam Association (CDA) guidelines.

This study investigates whether bats occur at the Clinton Creek mine site and, if they do, to both identify the species of bats and investigate where they may be roosting.

This report updates a previous vegetation study report and provides the findings of the 2016 and 2019 field programs to map the vegetation communities within the Clinton Creek area. It also summarizes the findings of the 2016 rare plants assessment, soils classification and plant metals analysis.

This report presents information on environmental studies conducted at the Clinton Creek mine site between 2016 and 2018. Its primary objective was to collect information on existing vegetation and wildlife resources at the site to describe existing conditions for the purpose of a project assessment by the Yukon Environmental and Socio-economic Board (YESAB).