Ontarios’s very unpopular Conservative party is trying its best to not conserve women’s rights and this is obviously causing issues. The majority of people in the province don’t want women to lose legal protections – particularly when it come to health care. The anti-women political drive is being led by Sam Oosterhoff who has made news before when elderly people showed up to his office and read books (yes it’s as ridiculous as it sounds).
So what’s so good about this?
Women have started to show up to Oosterhoff’s media appearances dressed as Handmaids from Handmaids Tale as a quick symbol to show the intentions of the Conservative party. What’s more is that the protests are working and their movement is growing.
Saturday’s protesters weren’t just from Niagara, with many coming from across the GTHA and were mobilized quickly. It was just Wednesday (May 15) that Burlington’s Jennifer Botari invited three friends to join a private Facebook group called “Handmaid’s Local 905.” By the end of the week, the group had 3,000 members, and nearly a dozen other chapters sprang up across the country.
“In less than three days, we have a movement of thousands that have come out,” she said. “As fast as I can find people to run the locals, we’re bringing them online.”
An often overlooked aspect of sustainable energy is the seemingly simple switching of electricity. Physical switches slow down the ability of repairs on power systems and can even hinder the installation of renewable energy sources. A lot of renewable energy systems (solar, wind, tidal, etc.) fluctuate greatly in the power output which strains switches; this is where digital circuits thrive. With digital switching it is easier to dynamically change power sources and remotely monitor them.
“Instead of using mechanics to switch the power, we apply digital inputs,” Kennedy told Popular Mechanics. “Now I have no moving parts. Now I have the ability to connect things like iPhones and iPads for remote power management, which increases safety and improves efficiency. I can set the distribution panel to a schedule so the flow of power is seamless, unlimited, and shifts between sources automatically. You literally wouldn’t notice. The lights wouldn’t even flicker.”
For a grid-connected solar home, for example, residents sometimes have to disconnect their solar input because traditional power systems (including the circuit breakers) aren’t advanced enough to properly manage multiple power sources that change.
John Driscoll is the CEO of a health care company and he sees value in paying people what they’re worth. A few years ago he turned around a company from a downward trajectory to a profitable and growing concern by raising the wages of the average worker and freezing the salaries of executives. In an age when inequality is growing due partially to increased executive compensation this story might sound out of place. Really, this story should be heard and shared everywhere because it shows that if you pay people fairly for doing their job then the whole company benefits. Just paying those at the top a lot of money while paying the minim for others does not equal success.
What that meant for our company was that if we just froze the wages of our most senior team – less than 20 executives – we could radically increase the wages and improve the lives of nearly 500 of our teammates.
Raising wages in the midst of a business turnaround was not easy. We needed our executive team to buy into a vision of business success where every employee had a fair shot at success. It worked.
Our business has tripled over the past five years. Our minimum wage is now approaching $16.50 per hour and last year we broadened profit sharing to all levels of the company.
The impacts of the climate crisis increase in reach and damage every year with more people feeling the consequences. People have finally woken up to the fact that we need to act now to curb more climate chaos, the problem is that economists might figure that out too. Properties built on flood plains or other vulnerable areas are going to lose their value as global warming increases and that can spiral countries into recessions. In some parts of the USA politicians are planning ahead to navigate the troubled waters of the combined effects of climate and economic chaos.
If you want to address this today: ask the company you work for what their business plan is for a planet two degrees warmer than it is today.
A 2014 report from Arizona State University estimated that one year without water from the river could cause US$1.4 trillion in economic losses and impact 16 million jobs across the region. If calculations were done again today, those estimates of damage “would definitely be bigger,” says Timothy James, a co-author of the report.
The technical fixes are easiest to predict: more water-efficient technologies and policies like higher prices on water to encourage their adoption. But adapting to climate change also requires hard decisions about the pace and scale of development. It could mean refraining from building new communities in the desert altogether. At the moment, however, Phoenix is growing rapidly.
Iceland already is one of the greenest places on the planet and they are going even further to try keep the whole planet green. The country is hosting a research project that has sucked 43,000 tons of CO2 out of the air and injected it into the ground. They’re capturing CO2 waste and then mixing it with water to decrease the amount of carbon in the atmosphere and the results are promising. This works well in Iceland due to the volcanic rock in the country (this doesn’t work as well with other types of rock).
Of course, the best thing to keep CO2 out of the atmosphere is to not generate it all by using sustainable energy and efficient energy use. Until we have a fully renewable grid and cut down consumer consumption we need to look into carbon capture.
Carbon Capture and Storage (CCS) is a technology promoted by the United Nations that can capture up to 90 percent of CO2 emissions that come from fossil-fuel sources and send them to an underground storage site—usually an old oil and gas field or a saline aquifer formation—so they don’t enter the Earth’s atmosphere.
Researchers and engineers in Iceland, alongside experts from France and the United States, have been working on one project that applies such CCS methods called CarbFix. For years, they’ve been holed up at Hellisheidi, a massive geothermal plant on a volcano near Reykjavik. The plant is built on a layer of porous basalt rock formed from cooled lava and, crucially, has easy access to the endless water supply underneath the volcano.