Land use activities have had a significant impact on many of the tributaries within the central Bulkley River watershed. Preliminary air photo analysis has indicated that high value fish habitat has been moderately to severely impacted in a large proportion...

These reports present the information found during the Toboggan Creek Watershed Restoration Project. This project assessed the historical background of the watershed, including a review of fish, fish habitat, impacts, and water quality. Furthermore, the...

This Application for an Environmental Assessment Certificate for the KSL Project has been prepared pursuant to Section 16(1) of the B.C. Environmental Assessment Act. The Application includes a description of the project, an outline of the Public and First...

Sheffield studies and office-based reviews for this Bell-Irving Route Study Report were completed in August 2010. This report presents the results of baseline information collected as well as an evaluation of potential project effects on VECs along the...

This Assessment Report considers the proposed Morrison Copper/Gold Mine Project’s potential to cause significant adverse environmental, economic, social, heritage, and health effects. It identifies measures to prevent or reduce adverse effects, and sets out...

The purpose of this project is to document alterations and impacts to Wet’suwet’en land and resources, particularly in regard to anadromous and freshwater resident fish and their habitats in Morice watershed. Alterations and impacts resulting from...

AGRA Earth & Environmental Limited (AEE) was retained by Dz'ilh K'Az Kwa Development Corporation (DKK) to design stream habitat restoration and enhancement measures in the Maxan watershed.

This underground mining project will be located in the Bulkley-Nechako Regional District and in the traditional territory of the Wet'suwet'en people. Included in this dataset are the executive summary and elements of chapter six which deal directly with the...

This document contains a detailed fish habitat, riparian, and channel assessment of Dahlie Creek. Low channel complexity, removal of riparian vegetation, culvert obstructions to fish passage, sedimentation, altered flow regime, and channelization were some...