Preface This document is a response to the draft documents posted as part of the Design Regina process. The authors of this response are also the primary authors of Transforming Regina: Planning for 2040 and beyond, which achieved a place in the finals of the Regina Morph My City competition. Readers interested in a detailed […]
Harvest and Hunger The Saskatchewan Council for International Cooperation is hosting an event in Saskatoon on November 10th called Harvest and Hunger. The event sets out to answer three questions: Who controls the world’s food? Who has power in the global food system? Who doesn’t? What are people doing – both in Saskatchewan and around […]
Moving Planet Montreal was a celebration of the transition away from fossil fuels in our society. The event was a green kilometer drive and a grand picnic, symbolizing the central role of transportation and food in sustainability.
Ben Harack was interviewed on the Ecolibrium radio show on CKUT in Montreal. Topics were Moving Planet, Saskatchewan’s sustainability, and peer-based cross-disciplinary efforts towards sustainability.
Our increasing reliance on natural gas brings with it both opportunities and dangers during the shift towards renewable energy. This issue deals with some major issues regarding natural gas deployment in industry, power generation, food production, and heating.
Capitalist labour transitions are a heavy burden on the working class and society in general, but they are also one of the cornerstones of progress. We can solve this problem in an economically practical as well as morally and socially desirable through the creation of a strong social welfare system.
How to live green? Build green buildings? Put our efforts towards a better future? Curtis Dorosh has spent much of his life trying to answer these questions. Collected here are some of his answers.
Demand side management helps make our power grid more cost-effective and aids in the transition towards renewable energy. It can also be considered as a very green policy on its own, as it reduces the amount of power we need to produce, and thus our impact on the environment.
Everything has its price. Every form of power production has costs in dollars, time, land, materials, pollutants, greenhouse gas emissions, and human deaths. We look at the most important factors for analyzing the feasibility of a proposed power project. Considering only some of these factors will lead to an incomplete picture of power system costs.
Laser implosion fusion is a proposed method for creating nuclear fusion power plants. It is showing some great promise, being the most likely candidate for the first fusion method to reach net energy gain. Exciting new developments may make fusion power a reality in the coming decades.
Wind power expert Paul Gipe advocates that we deliberately create our green energy future rather than wait around for it to happen. He says that we should aim to democratize our energy production for a more prosperous future.
How do we turn fusion power into electricity? There are two main methods. We can use heat engines like steam turbines or we can use a very new system called ‘direct conversion’ which has some interesting properties.
Issues and difficulties with creating a physical system for nuclear fusion. To succeed, we must face temperatures that vaporize all known materials and other requirements that make this the most difficult technological endeavor of our age.
There are a number of different fuels that can be used for creating fusion power. Here we look at the useful ones and look at their advantages and disadvantages. Different fuel cycles require very different implementations.