In the first of many papers expected from the study, the researchers found that, a year after the ultra-low emissions zone took effect, 2 out of every 5 London students in the study had switched from “passive” to “active” ways of getting to school. So instead of being chauffeured to school by their parents, the students started walking, biking, scootering, or taking public transit. On the other hand, in Luton, which acted as a control group, 1 in 5 made the same switch to modes that got them up and active, but an equal proportion switched to passive travel. But in London’s ultra-low emissions zone, shifting to driving was rare.
The implications of getting kids active, even if it’s just for their pre-class commute, are intuitive but important.
“Walking and biking and scootering to school is better for the child, better for the family, and better for the environment,” said Alison Macpherson, an epidemiologist at York University in Toronto who researches ways to protect and promote the health and safety of children. (She was not involved in the London study.)
“It’s a great way for children to start their day,” she said. “You can imagine just being thrown in a car and thrown out of a car is not the most calming way.” Walking or biking to school, on the other hand, can be calming and conducive to concentration, Macpherson said, potentially even improving academic performance. But perhaps most importantly, at a time when an epidemic of childhood obesity is on the rise worldwide, walking or wheeling to and from school can get kids more active.
Multisolving
In short, although policies to improve broadband access are important, policies that help ensure the availability of low-cost devices are also essential.
But advocates of digital equity are not the only constituent groups concerned with the supply and accessibility of computing devices. Environmental and labor rights activists advocate for policies that extend the lifecycle of existing devices, which can help to minimize e-waste and protect the viability of the repair and refurbishing labor markets, respectively. Making computer repair cheaper and bolstering secondhand and refurbishing markets better ensures that low-income consumers can afford to maintain the devices they already own and that they can purchase devices as needed (Fosdick, 2012; Islam et al., 2021). Extending the life of a device through repair is often a more affordable choice than purchasing a brand-new device (Svensson-Hoglund et al., 2021). Furthermore, optimizing the lifecycle of existing devices helps exert market pressures on manufacturer's pricing of new devices, helping to keep down the cost of brand new devices (Islam et al., 2021; Leclerc & Badami, 2020). Thus, policies championed to reduce e-waste and protect the right-to-repair (R2R) can also enhance digital equity.
Policies that have mutually beneficial outcomes for different sectors have been described as multisolving innovations (Dearing & Lapinski, 2020). Multisolving innovations can broaden the coalition of activists in support of a given policy issue and can be strategically framed to appeal to constituent bases that might otherwise be disinterested or even antagonistic (e.g., framing environmental policies around health outcomes to appeal to conservatives) to an issue.
Developing social workers’ capacity and engagement in collaborative community-based innovations to climate-driven and other environmental hazards better ensures progress on the Grand Challenges. Such inclusive solutions value community leadership and are culturally responsive and justice-centered. Multisolving, pioneered by Dr. Elizabeth Sawin, offers a framework to pair social work goals from the Grand Challenges with climate-responsive interdisciplinary solutions by tackling multiple problems simultaneously with a single investment of resources. Exploring multisolving case studies that align closely with the Grand Challenge to create social responses to a changing environment, the authors consider collaborations and share experiences teaching courses and workshops that integrate multisolving into the social work curriculum and align with professional ethics to achieve these goals.
When used to generate power or move vehicles, fossil fuels kill people. Particulates and ozone resulting from fossil fuel burning cause direct health impacts, while climate change will act indirectly. Regardless of the immediacy, premature deaths and illness prior to death are felt through lost productivity and the cost of treatments.
Typically, you see the financial impacts quantified when the EPA issues new regulations, as the health benefits of limiting pollution typically dwarf the costs of meeting new standards. But some researchers from Lawrence Berkeley National Lab have now done similar calculations—but focusing on the impact of renewable energy. Wind and solar, by displacing fossil fuel use, are acting as a form of pollution control and so should produce similar economic benefits.
Do they ever. The researchers find that, in the US, wind and solar have health and climate benefits of over $100 for every Megawatt-hour produced, for a total of a quarter-trillion dollars in just the last four years. This dwarfs the cost of the electricity they generate and the total of the subsidies they received.
Rapid diffusion of solutions to a changing climate is paramount if the US is to mitigate carbon emissions. A timely response depends on how people perceive and understand innovations such as new practices, programs, policies, and technologies that promise to reduce emissions. This article explores multisolving innovations in the context of interventions that can be targeted to community leaders and decision makers. We focus on examples led by policy staff; directors of municipal offices and departments of transportation, housing, sustainability, urban planning, and public health; and elected county and city officials where there may be mixed support for efforts to reduce carbon emissions, to show that some innovations can be accurately framed solely in terms of community health benefits. When communicating with stakeholders who are dismissive or skeptical of climate change, we suggest using messages that describe the benefits of mitigation innovations in terms of human health, rather than climate, to achieve broader acceptability.
Climate and housing are vitally connected, and acknowledging this turns a pair of calamities into one huge opportunity.
That’s the message from the national Task Force for Housing and Climate, a cross-partisan group of former politicians and policy experts that launched in September and released their final report on March 5. The non-governmental task force convened fifteen heavy hitters from across the country, including former Conservative cabinet minister Lisa Raitt and Edmonton’s progressive former mayor Don Iveson as co-chairs, as well as economist and former governor of the Bank of Canada Mark Carney and former Toronto chief city planner Jennifer Keesmaat. The group has created a road map for 5.8 million “affordable, low-carbon and resilient” homes to be built by 2030.
[…]
If all this sounds wildly optimistic, somewhere between wartime effort and fever dream on the scale of probabilities, well, so is the fight against climate change. One could take heart from the fact that, last fall, housing minister Fraser told the CBC “this is a wartime effort we need to adopt.” There’s also the fact that the debate over housing policy hasn’t suffered the same partisan warping that afflicts climate policy. Nobody in Canada is arguing the housing crisis is a hoax or wildly overblown; instead, every party is now competing to prove it has the best, most aggressive solution.