Things Are Good

Wheelmap Helps People Find Accessible Locations

Navigating the world can be challenging for able-bodied people, those in wheelchairs have it even harder. It doesn’t have to be this way. New buildings have to meet certain accessibility requirements which means that visiting places will only get easier for everyone. There are still places that don’t have good accessibility and for that there’s Wheelmap.

Wheelmap is a community sourced map that shows what places are accessible and even goes into fine details with pictures of the place including the accessibility of interior facilities.

Wheelchairs, elevators and ramps allow people with mobility impairments to get around independently to a great extent. But frequently the last meters decide whether the trip to the cinema, beer garden or supermarket was worth the effort. Just one step at the entrance can be an insurmountable obstacle.

And this is where Wheelmap comes into play: Users provide information for other users on how accessible a location is. Thereby, the map contributes to an active and diversified lifestyle for wheelchair users. People with wheeled walkers or buggies benefit from this tool as well.

Furthermore, the aim of Wheelmap is to make owners of wheelchair-inaccessible public places aware of the problem. They should be encouraged to reflect on and improve the accessibility of their premises.

Building New Solar Energy Plants Cheaper than Running Coal

Since the inception of Things Are Good we’ve been following the demise of dirty fossil fuel usage and the rise of clean energy. A few highlights from over the years:
Solar Power Is Cheaper Than Nuclear
Solar And Wind Outgrow Subsidies
Wind Power: One Of The Cheapest Sources Of Energy
German Coal And Gas Power Plants Closing Due To Cheap Renewable Energy

The rise of renewable energy is even more impressive given the massive subsidies given to fossil fuel industries. Despite the bailouts for companies operating in the tar sands, the car subsidies, and other related government handouts, renewable energy just gets cheaper and cheaper.

This past month the International Energy Agency declared solar to be the cheapest source of electricity in history. Cheaper than coal!

Now, the IEA has reviewed the evidence internationally and finds that for solar, the cost of capital is much lower, at 2.6-5.0% in Europe and the US, 4.4-5.5% in China and 8.8-10.0% in India, largely as a result of policies designed to reduce the risk of renewable investments.

In the best locations and with access to the most favourable policy support and finance, the IEA says the solar can now generate electricity â€œat or belowâ€ $20 per megawatt hour (MWh). It says:

â€œFor projects with low-cost financing that tap high-quality resources, solar PV is now the cheapest source of electricity in history.â€

The IEA says that new utility-scale solar projects now cost $30-60/MWh in Europe and the US and just $20-40/MWh in China and India, where â€œrevenue support mechanismsâ€ such as guaranteed prices are in place.

The Importance of Mapping Fossil Fuel Companies

The Corporate Mapping Project in Canada tries to connect the dots between corporations, organizations, and governmental bodies in regards to the oil and gas industry. Despite all evidence that the tar sands are horrible for the planet the Canadian taxpayer continues to subsidize the fossil fuel industry. Why?

That the answer the mapping project looks to help investigate. By showing the connections between corporate and political players we can expose anything from sketchy polices to blatant corruption. This project is great for researchers and economist trying to understand why Canada props up a dying (and lethal) industry.

You can see their list of the top 50 companies in terms of power and influence in Canada’s oil and gas industry.

We focus on â€œmappingâ€ how power and influence play out in the oil, gas and coal industries of BC, Alberta and Saskatchewan. We will also map the wider connections that link Western Canadaâ€™s fossil fuel sector to other sectors of the economy (both national and global) and to other parts of society (governments and other public institutions, think tanks and lobby groups, etc).

Our mapping efforts are focused in four key areas:

How are the people and companies that control fossil-fuel corporations organized as a network, and how does that network connect with other sectors of the Canadian and global economy? That is, how is economic power organized in and around the fossil-fuel sector?
How does that economic power reach into political and cultural life, through elite networks, funding relationships, lobbying and mass-media advertising and messaging? What are the implications of such corporate influence for politics and society?
How is corporate power wielded at ground level, from fossil-fuel extraction and transport right through to final consumption? If we follow a barrel of bitumen from its source to the end user, how does it affect the communities and environments all along the way? How and why do certain links along these commodity chains become flashpoints of intense political struggle, as we have seen particularly with pipeline projects?
How can we build capacity for citizen monitoring of corporate power and influence, while expanding the space for democratic discussion?

South Korea’s Local Basic Income Experiment Demonstrates Success

Due to the economic fallout of COVID-19 a city in South Korea decided to create its own kind of universal basic income. Instead of just getting cash, the payouts are done on a special credit card that only works with local owned businesses, meaning you have to spend locally and help your local businesses survive the economic downturn. In the video above you can see how successful this program has been and that one federal politician is hoping to make the program national.

To stimulate its pandemic-hit economy, a province in South Korea has been experimenting with universal basic income programs by regularly giving out cash, no questions asked. Now, some politicians want to go national with the concept.

A Team Cools the Planet by Sending Heat to Outer Space

Aaswath Raman, a material scientist at UCLA, has looked into the past to solve today’s problems. He has led a team that’s created an impressive device that uses radiative cooling to help cool anything by sending heat into outer space. This sounds like it’s right out of science fiction, but it is very real and is based on sound science that’s been ignored for decades. A basic example of radiative cooling is how temperatures drop on buildings overnight due to the lack of sunlight, in this case the heat just goes into the atmosphere. Using Raman’s new device the heat can get transferred into outer space because the material used reflects a very particular wavelength which won’t get trapped in the atmosphere.

In a few years the Stanford group had its first prototype. Placed outside in the hot California sun, it felt cold to the touch. It was a giddy, counterintuitive sensation, even to Raman.

Yet even after he convinced himself that daytime radiative cooling was possible, it wasnâ€™t until a trip to visit his grandmother in Mumbai that Raman started to see how it could also be useful.

A growing number of homes in Mumbai had air conditioners in their windows, something he rarely saw during childhood visits. Thatâ€™s an unqualified victory for peopleâ€™s health, Raman said; exposure to extreme heat can lead to a range of illnesses, from respiratory illness to psychological distress.