Guest blog by S. A. Shelley In the first blog of this series, I summarized the huge energy resources of Canada. In the second blog, I showed how most of those resources have been or are being squandered and how governments with good intentions, at times more often than naught, deliver bad outcomes. While statistically bad outcomes can be unintentional, in Canada a lot of bad outcomes are actually the deterministic result of government strategy. Coupled with the breakdown of the rule of law at the highest levels, Canada is in bad shape. That unfortunately is the very big ugly in Canada. Other factors resulting in Canada’s bad energy situation are the focused actions by small groups of well-funded opponents and the apathy by the populace who have been habituated to the sweet lucre of government largesse. Canadians are generally kind and polite people, but at the governing level, the plotting and duplicities surpass a Shakespearean tragedy. The Russians probably learn by watching what happens in Ottawa.
The biggest warning that I have is that the path that Canada is on will more likely lead to Canada becoming the next Venezuela – corrupt, ineffective and when in trouble, doubling down on failed collectivist ideas, instead of returning to integrity, order and prosperity.
Guest blog by Mr. R. U. Cirius: Here are some interesting and somewhat offbeat energy stories that haven’t gotten much media attention during the first three months of the year.
California wind turbines contribute to unprecedented wildflower outbreak
This year California has experienced what many are calling a “superbloom” of wildflowers that hasn’t been seen in decades (Fig. 1). While most attribute this to heavy winter rainfall following several years of drought, Dr. Marko Ramius from the National Wind Energy Laboratory (NWEL) has identified another contributor to the phenomenon – California’s ubiquitous wind turbines. Dr. Ramius has released his surprising findings that show the role of what he calls the “turbulence boundary interface”. This is the boundary of the turbulent mass of air downstream of the turbine’s rotor that generally hovers just off the ground. He has found that this boundary traps moisture close to the earth, which then enhances and prolongs the period of flower bloom. He is currently in discussion with major turbine manufacturers to incorporate blade tip misters into their designs that could provide moisture during drought periods and hopefully make such superblooms a more common occurrence.