Building something better: How community organizing helps people thrive in challenging times

Photo by Matheus Bertelli
Photo by Matheus Bertelli

By Stephanie Malin and Meghan Elizabeth Kallman, The Conversation (CC BY-NC-ND 4.0).

Americans don’t agree on much these days, but many feel that the U.S. is on the wrong track and the future is bleak. In a time of unprecedented division, rising inequality and intensifying climate change, it’s easy to feel that progress is impossible.

In fact, models exist all around us for building safer and more equitable spaces where people can thrive.

We are sociologists who study organizational systems, political and economic institutions and environmental justice. In our new book, “Building Something Better: Environmental Crises and the Promise of Community Change,” we explore how people adapt to crises and thrive in challenging times by working together.

The organizations that we profile are small, but they make big impacts by crafting alternatives to neoliberal capitalism – an approach to governing that uses austere economic ideas to organize society. Neoliberalism aims to put government in service of corporations through measures such as deregulating markets, privatizing industries and reducing public services.

Here are three groups we see building something better.

Humans being, not humans buying

Some groups build better systems by rejecting neoliberalism’s hyperindividualism. Individualistic logic tells people that they can make the biggest changes by voting with their dollars.

But when people instead see how they can create real political changes as part of communities and collective systems, amazing things can happen. One example is the Thunder Valley Community Development Corporation, a nonprofit on the Pine Ridge Reservation in South Dakota, one of the poorest areas in the U.S.

This organization is led by and serves Lakota people who, like other Native nations, contend with devastating structural inequalities such as racism and poverty. These challenges are rooted in settler colonialism, especially the Lakotas’ loss of their tribal lands and displacement into less secure locations.

Thunder Valley Community Development Corporation leaders describe how they are drawing on their people’s history and legacy to build a strong and healthy community.

Thunder Valley focuses on healing from daily traumas, such as poverty and high suicide rates. Its goals include teaching the Lakota language across generations, empowering young people to become community leaders and promoting food sovereignty by raising food for the community in greenhouses and gardens.

Thunder Valley’s other programs are designed to create community and security in ways that lift up Lakota approaches. For example, its housing initiative works to increase access to affordable housing and provides financial coaching. Homes are built and neighborhoods are designed according to Lakota traditions. The organization views home ownership as a way to strengthen community connections rather than simply building individual wealth.

Thunder Valley’s programs also include a demonstration farm and a Lakota immersion Montessori school. In 2015, President Barack Obama recognized the organization’s work to heal and build a multigenerational community as a Promise Zone – a place building innovative collaborative spaces for community development.

Claiming space by making music

Brass and percussion street bands play for free in many U.S. communities. They form mainly in cities and are deeply linked to contemporary urban justice issues.

Acoustic and mobile, these bands play without stages to elevate them or sound systems separating musicians from audience. They invite crowds to join the fun. They may play alongside unions and grassroots groups at political protests, or in parades or community events.

The common factor is that they always perform in public spaces, where everyone can participate. Street bands create bridges across social divides and democratize spaces, while inviting play and camaraderie amid huge social challenges.

Band leader and composer Jon Batiste leads a peaceful protest music march through the streets of New York on June 12, 2020, following the death of George Floyd while being detained by police in Minneapolis.

In the 19th century, brass bands flourished all over the U.S. and Europe. In the U.S. South, street bands emerged from benevolent societies – social organizations that helped free and enslaved Black Americans cope with financial hardships. These groups eventually morphed into “social aid and pleasure clubs,” the forces behind New Orleans’ famous parades.

Today, the brass band movement convenes yearly through the HONK! Festival in cities across the country such as Boston; Providence, Rhode Island; and Austin, Texas. Drawing on a tradition of protest, HONK! events are designed to assert that performers and ordinary people have a right to occupy public space, as well as to disrupt state or corporate events.

Affordable community-based energy

Other groups find ways to build economic systems that serve communities rather than private companies or industries.

That’s the goal of the Indigenized Energy Initiative, a community-owned, nonprofit solar cooperative in Cannon Ball, North Dakota. The organization was founded following protests on the Standing Rock Reservation against the Dakota Access Pipeline, which carries oil from the Bakken formation in North Dakota to a terminal in Illinois.

The Standing Rock Sioux Tribe and its supporters opposed the pipeline, which crossed its ancestral lands and vital waterways, arguing that it violated treaties and tribal sovereignty. The project was built, but opponents hope to shut it down through a pending environmental review.

Indigenized Energy’s executive director, Cody Two Bears, emerged from Standing Rock protests aiming to build the first solar farm in oil-dependent North Dakota. The organization aims to provide low-cost solar energy for all community members, promoting energy independence.

Today, the Cannon Ball Community Solar Farm has 1,100 solar panels and a 300-kilowatt generating capacity – enough to power all of Cannon Ball’s homes. The farm sells its power into the state grid, earning enough to offset the electricity bills of the community’s veteran and youth centers.

Longer-term goals include building tribally owned transmission lines, installing solar panels on tribal homes and community buildings and expanding support for solar power in North Dakota.

Building better systems

We see similarities among these organizations and others in our book. Initiatives like commmunity-owned solar cooperatives and collective models for home ownership and neighborhood planning aim to build economic systems that meet community needs and treat people equitably. Instead of finding answers in individual consumption or lifestyle changes, they build collective solutions.

At the same time, communities across the U.S. have different views of what constitutes a good life. In our view, acknowledging different experiences, goals and values is part of the work of building a shared future.

In recent years, many scholars have pointed out ways in which neoliberalism has failed to produce effective solutions to economichealthenvironmental and other challenges. These critiques invite a deeper question: Are people capable of remaking the world to prioritize relationships with one another and with the planet, instead of relationships to wealth? We believe the cases in our book show clearly that the answer is yes.

Authors:

Stephanie Malin
Associate Professor of Sociology; Co-Founder, Center for Environmental Justice at CSU, Colorado State University

Meghan Elizabeth Kallman
Assistant Professor of International Development, UMass Boston

Disclosure statement
Stephanie Malin has received funding from the National Science Foundation, the Colorado Water Center, the National Institute for Environmental Health Sciences (a branch of NIH), the Rural Sociological Society, and CSU School of Global Environmental Sustainability.

Meghan Elizabeth Kallman is a Democrat representing District 15 (Pawtucket, North Providence) in the Rhode Island Senate. She is a co-founder of Conceivable Future, a women-led network of Americans bringing awareness to the threat climate change poses to reproductive justice and demanding an end to US fossil fuel subsidies.

World Makes Haste Too Slowly on Cutting Energy Use

The annual report card on the global energy industry says progress towards lower energy use must be much faster.

By Kieran Cooke, Climate News Network (CC BY-ND 4.0).

A rich source of methane: Gas hydrate beneath a rock in the Gulf of Mexico. Image: By US Geological Survey (public domain), via Wikimedia Commons
A rich source of methane: Gas hydrate beneath a rock in the Gulf of Mexico. Image: By US Geological Survey (public domain), via Wikimedia Commons

The world is dragging its feet on efforts to tackle the climate crisis by reducing its energy use, according to a global watchdog.

In its World Energy Outlook 2020, the lnternational Energy Agency (IEA) says that while emissions of carbon dioxide (CO2, the main climate-changing greenhouse gas), are falling, the reduction needs to be far steeper to make any meaningful impact.

“Despite a record drop in global emissions this year, the world is far from doing enough to put them into decisive decline”, says Fatih Birol, the IEA’s executive director.

The Agency says energy demand is set to drop by 5% in 2020, with an overall decline of 7% in emissions of CO2 from the global energy sector. This means that annual emissions of CO2 are back to where they were a decade ago, the report says.

Oil demand this year is likely to be down by 8%, while coal use will fall by 7%.

Solar projects now offer some of the lowest-cost electricity ever seen.”

That’s the headline good news: the bad news is that emissions of methane – among the most potent of greenhouse gases – are rising, says the report.

Total global investment in the energy sector is also falling dramatically, and is set to be down 18% year on year.

That means that despite the rise of renewable energy, particularly of solar power, governments, utilities and corporations around the world are still not spending enough to bring about a major transition in energy use – and to meet the challenge of catastrophic climate change.

“Only an acceleration in structural changes to the way the world produces and consumes energy can break the emissions trend for good”, says the IEA.

Problem grids

While hydropower is still the leading source of renewable power, solar is described as the new king of electricity.

“With sharp cost reductions over the past decade, solar PV [solar photovoltaic energy] is consistently cheaper than new coal- or gas-fired power plants in most countries, and solar projects now offer some of the lowest-cost electricity ever seen.”

A major problem is that as solar and wind projects are installed and expanded, other parts of the energy sector also need to be developed, particularly infrastructure associated with electricity grids.

In many parts of the world energy utilities are in severe financial straits and have little or no money to maintain or invest in achieving more efficiencies and in infrastructure.

“Electricity grids could prove to be the weak link in the transformation of the power sector, with implications for the reliability and security of electricity supply”, says the IEA.

Covid-19’s effects

The report says it’s not just the energy industry that has to change. “To reach net-zero emissions, governments, energy companies, investors and citizens all need to be on board – and will all have unprecedented contributions to make.”

The Covid crisis is a major factor in assessing the global energy outlook.

The pandemic, says the IEA, has caused more disruption in the energy sector than any other event in recent history, with impacts for years to come.

“It is too soon to say whether today’s crisis represents a setback for efforts to bring about a more secure and sustainable energy system, or a catalyst that accelerates the pace of change”, the report says. —Climate News Network, LONDON, 16 October, 2020

Perovskite-Based Solar, Q&A With EarthTalk

What is perovskite-based solar all about, and how does it differ from silicon-based solar?                                             
Mary W., Baltimore, MD

No doubt, solar power has been growing rapidly, with a 28-fold increase since 2009. This expansion has been driven mainly by a massive reduction in the cost per kilowatt of solar-generated electricity. In many regions, it’s more economical to set up solar arrays than it is to create new coal or natural gas plant. But how much further can we really take solar given that we’re already maxing out the efficiency of our panels and many regions of the world are still too dark to take advantage of them accordingly?

Perovskites: Researchers at the University of Oxford in the UK are experimenting with perovskites as the semiconductor in these small tin solar cells that could someday be on your rooftop supplying your home with free electricity. Credit: University of Oxford Press Office FlickrCC.
Researchers at the University of Oxford in the UK are experimenting with perovskites as the semiconductor in these small tin solar cells that could someday be on your rooftop supplying your home with free electricity. Credit: University of Oxford Press Office FlickrCC.

One answer might be perovskites. This calcium titanium oxide crystal found in the Earth’s mantle can be used instead of silicon as a semiconductor driving the capture and transmission of energy from solar rays to electricity. There are many different types of perovskites, but they all share the same general molecular structure. Recently, materials scientists have been working on ways to harness their unique electrical and photovoltaic properties to boost the efficiency of solar collection. They see this as an imperative, given that our current crop of silicon-based panels top out at only 20 percent efficiency in ideal conditions, and that’s after decades of research and development to optimize them.

In 2009 when research in perovskite-based solar was just beginning, panels made with the crystal showed efficiencies of around four percent. By 2018, researchers boosted this number to 24 percent. No other type of solar technology has seen an efficiency jump of this magnitude in such a short amount of time.

Several other properties add to the appeal of perovskite-based solar cells. They are relatively easy and cheap to produce and are suitable for use in applications that silicon-based panels aren’t. Perhaps most important, they can generate electricity using wavelengths of light that most of our current commercially available panels can’t harness. Researchers envision a future where perovskite panels are actually fused into a layer on top of traditional silicon panels. In this tandem application, perovskite panels would capture part of the incoming light while the rest shines through for the silicon panels below.

Despite the promise of perovskites, there are still many hurdles to overcome before they can become a viable large-scale option. One is lifespan: Silicon-based panels last between 25 and 30 years, while perovskite versions created in the lab only last a year at most. Another issue is scalability. The high efficiencies in perovskite cells that scientists have observed have only been achieved on very small (“postage stamp” sized) panels. On larger perovskite panels, the efficiencies have been much lower. The final big obstacle for perovskite researchers to overcome is toxicity. At the moment, high-efficiency perovskite cells can only be made using relatively toxic compounds, such as lead. While less toxic versions exist, they are also less efficient.

Daunting though these challenges may be, many bright minds are working to solve them. While solar power’s future is by no means certain, it is looking increasingly like this powerful little crystal will play a major role in bringing sun-derived energy into the mainstream market.

CONTACTS: Worldwide Renewable Energy Forecast 2019; Rise in Perovskite Research 2011-2015.

EarthTalk® is produced by Roddy Scheer & Doug Moss for the 501(c)3 nonprofit EarthTalk. Send questions to: question@earthtalk.org.