Query Result Set
SLIM21 Home
Advanced Search
My Info
Browse
Arrivals
Expected
Reference Items
Journal List
Proposals
Media List
Rules
ActiveUsers:1371
Hits:18879139
Show My Basket
Contact Us
IDSA Web Site
Ask Us
Today's News
Help
Topics
Tutorial
Advanced search
Hide Options
Sort Order
Natural
Author / Creator, Title
Title
Item Type, Author / Creator, Title
Item Type, Title
Subject, Item Type, Author / Creator, Title
Item Type, Subject, Author / Creator, Title
Publication Date, Title
Items / Page
5
10
15
20
Modern View
CANADIAN ENERGY POLICY
(2)
answer(s).
Srl
Item
1
ID:
111464
Identifying barriers to aboriginal renewable energy deployment
/ Krupa, Joel
Krupa, Joel
Journal Article
0 Rating(s) & 0 Review(s)
Publication
2012.
Summary/Abstract
As one of the largest and wealthiest countries in the world, Canada stands well-positioned to take advantage of ongoing growth in North American demand for primary energy supply by expanding domestic delivery of renewable energy generation to internationally interconnected electric grids across the country. There are myriad benefits of adopting the renewable energy approach to development-as the province of Ontario has acknowledged through the implementation of their 2009 Green Energy Act-including drastic reductions in carbon emissions, the decommissioning of existing fossil fuel power generation that cause serious public health problems, and opportunities for sustainable development at the community level. One group in particular stands poised to shape these debates. In Canada, historically marginalized Aboriginal peoples remain one of the groups with the greatest potential for meeting these enormous renewable energy deployment needs. Aboriginal involvement in renewable energy generation in Canada has been as diverse as Canada's Aboriginal peoples and groups have already adopted a range of different solutions to meet energy supply needs. However, many significant barriers exist that prevent this diverse cultural group from reaching its full potential. The article identifies some of these shortcomings and analyzes their roots.
Key Words
Renewable Energy
;
Aboriginals
;
Canadian Energy Policy
In Basket
Export
2
ID:
128023
Sustainable power and scenic beauty: the Niagara River water diversion treaty and its relevance today
/ Sedoff, Andrei; Schott, Stephan; Karney, Bryan
Sedoff, Andrei
Journal Article
0 Rating(s) & 0 Review(s)
Publication
2014.
Summary/Abstract
Niagara Falls and the Niagara River have always attracted great public interest due to their natural beauty, their enormous potential for electricity generation, their recreational value and as an important ecosystem. There have been simultaneous efforts to preserve this unique natural wonder and harness its power through hydroelectric development projects by both the United States and Canada. This paper explores the evolution of these efforts that culminated with the signing of the 1950 Niagara River Water Diversion Treaty that established minimum water flow rates to protect the "scenic beauty" of the falls, allowing the remaining water to be diverted for power production. We examine the rationale that led to specific water flow restrictions and question to what extent they are relevant today, as water intake capacity on the Canadian side has just been extended by around 25%. We find that current restrictions under the Niagara River Water Treaty (that expired in 2000) are not based on sound scientific evidence and estimate the upper limit of potential foregone benefits from clean electricity generation and greenhouse gas reductions. We identify a number of important issues that emerged in the last decades and that would justify an exploration of new treaty rules.
Key Words
Canada
;
Nigeria
;
Environmental Security
;
Energy Policy
;
Water Disputes
;
International treaties
;
Energy Crisis
;
Hydro Power
;
Ecosystem
;
Niagara
;
Hydroelectric Power
;
Canadian Energy Policy
;
Niagara Falls
;
United States - US
;
Non-Conventional Energy Sources
;
Sustainable Power
;
Scenic Beauty
;
Niagara River Water Diversion Treaty - NRWDT
;
Non-Traditional Energy
;
Water Energy
;
Greenhouse Gas Reductions
;
Hydroelectric Generation
In Basket
Export