Ressources de Gestion des Terres

138 potential oil sands challenges, categorized based on a set of criteria and solutions to the most pressing ones. About 84% of the challenges identified were expected to occur in the next 5 years

Review of the adverse effects of individual compounds, or mixtures of compounds, that are present in oil sands process-affected water and/or other oil-related sources.

This report presents a comprehensive review of industrial applications of an emerging environmental monitoring technology called Wireless Sensor Networks (WSN) and a WSN installed at Coal Valley Mine

Scope of the project is to develop a geomatics-based monitoring system to support the Government of Alberta’s efforts for monitoring reclamation success. Software will support decision making process

Oil sands reclamation guidance documents include lists of potential reclamation species and their characteristics - This report consolidates and updates profiles for 98 of these species

Current state of knowledge about shrubs and their use in oil sands reclamation noted a number of regulatory requirements and policies that support shrub use but a far larger list of impediments

Goal was identifying whether atmospherically-derived organics present in snow are a significant contributor to the organics detected in rivers and lakes in the oil sands region

Modelling results for the regional watersheds were encouraging and demonstrate that SWATBF has the potential to be utilized as a practical tool for conducting hydrologic assessments in the oil sands

In the last 10 to 15 years, global issues such as climate change, indigenous rights, pollution of the air and major waterways, and sustainability have become embedded in the oil sands discourse

Reclaimed mine sites will consist of engineered landforms (including water bodies and waterways); the long-term hydrological and ecological function of those sites may be vulnerable to beaver activity