Natural channel design practices are continually evolving, but monitoring the performance and success of these urban river engineering projects is often limited to sparse point measurements of streamflow, stream morphology, and species inventories during the 2 - 5 years following construction. The result is relatively few data on the overall performance of natural channel design projects, both in terms of the original project goals and geomorphic function (no net erosion and deposition).
Hydraulic fracturing accounts for a significant component of Canadian gas resource plays – and its use is ever increasing (Rivard et al., 2014). A particular environmental challenge associated with these operations is the need to establish tailing pits for the used fracking fluid (frack-ponds). Leakage of frack fluids from these ponds presents a significant, ongoing and growing environmental concern.
There are however, a range of GCMs, future climate scenarios and downscalingtechniques that can be used and each yields different results. Due to this uncertainty, itis regarded as best-practice to use a collection of individual projections to develop“ranges” that characterize future climate conditions. The aim of this internship is toconduct this analysis for the variables of precipitation and temperatures, which will beused directly by the HCA in their assessment of impacts and hydrologic modeling
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