N-3-(b)Redacted NSPI Response to UARB IR-12 (att 7-10) to IR-17
6 passages
Climate Regulation Evapotranspiration of water from wetland vegetation and evaporation of water from the surface of the wetland can help to cool areas adjacent to the wetland. The ability of the wetland to perform this function is related...
AI summary Wetlands, particularly swamps and marshes, contribute to local cooling through evapotranspiration and surface evaporation. Their effectiveness depends on size, vegetation, and exposed water area. These wetland types are prevalent in the Project Area, highlighting their potential importance in climate regulation.
le. - To prevent the electrocution of large birds such as raptors and cranes, lines should be designed with adequate space between conductors to prevent a bird from simultaneously touching two phases. To determine the accuracy of the predi...
AI summary The text outlines measures to prevent bird electrocution by designing power lines with adequate conductor spacing and post-construction monitoring protocols involving CWS and NSDNR. Monitoring includes bird mortality surveys, searcher efficiency trials, and adherence to Environment Canada guidelines, with results used to assess mitigation effectiveness.
5.5.1 Climatic Fluctuations Several aspects of the potentially changing climate have been considered, and must continue to be monitored during the lifetime of the Project. The potential rise of sea level is one such concern. The siting of...
AI summary The document addresses climate change impacts on a wind turbine project, noting that turbine placement on high ground mitigates sea level rise risks, while infrastructure is protected from flooding. Increased storm frequency may cause turbine shutdowns during extreme weather, but lost generation is deemed economically insignificant. Blade-icing risks are also manageable with monitoring systems.
Table 5.14 Summary of Impact Management and Proposed Mitigation Measures Environmental Project Potential Mitigation Measures Fish mortality • Watercourses will be avoided to the extent possible. • Watercourse crossings, where required, wil...
AI summary The table outlines mitigation measures to manage the environmental impact of fish mortality during a project. Key measures include avoiding watercourses, scheduling crossings between June 1 and September 30, installing culverts during low flow periods, and using biologists for fish rescue if watercourses are dammed.
Climate Change, Meteorology, Climatology and Extreme Event Studies Performed Probable Maximum Precipitation study for the Lower Nelson River drainage basin, Manitoba Performed climatological analysis relating the anomalous sequences of a 1...
AI summary The document outlines studies on climate change impacts, including a Probable Maximum Precipitation analysis for Manitoba, climatological assessments using CSU, GISS, and GFDL models, and wind forecast development in Arctic regions and the Great Lakes. These efforts focus on meteorological and climatological research for extreme event and climate change analysis.
Low-Carbon Diet for Bon Appétit Management Company, 2007-2008, Dartmouth, NS (Research Analyst) Provided consultation to a U.S. food distribution company on the life cycle greenhouse gas emissions associated with the production and distrib...
AI summary A research analyst provided consultation to Bon Appétit Management Company on the life cycle greenhouse gas emissions of their core menu items. The analysis included a literature review of global food production systems to estimate emissions and identify supply chain improvements.