100 Books Like Life After Carbon

I’m an energy researcher and energy industry strategist who has worked in academia, government, and the private sector for almost fifty years. I became fascinated with the importance of energy in planetary sustainability as an undergraduate engineering student in the 1970s and have been working in the field ever since. I’ve been fortunate to see how the energy system works from the standpoint of academic researchers, private companies, regulators, Wall Street, consumers, and government policymakers, and this gives me a broad perspective.

I’m an energy researcher and energy industry strategist who has worked in academia, government, and the private sector for almost fifty years. I became fascinated with the importance of energy in planetary sustainability as an undergraduate engineering student in the 1970s and have been working in the field ever since. I’ve been fortunate to see how the energy system works from the standpoint of academic researchers, private companies, regulators, Wall Street, consumers, and government policymakers, and this gives me a broad perspective.

I’m an energy researcher and energy industry strategist who has worked in academia, government, and the private sector for almost fifty years. I became fascinated with the importance of energy in planetary sustainability as an undergraduate engineering student in the 1970s and have been working in the field ever since. I’ve been fortunate to see how the energy system works from the standpoint of academic researchers, private companies, regulators, Wall Street, consumers, and government policymakers, and this gives me a broad perspective.

I’m an energy researcher and energy industry strategist who has worked in academia, government, and the private sector for almost fifty years. I became fascinated with the importance of energy in planetary sustainability as an undergraduate engineering student in the 1970s and have been working in the field ever since. I’ve been fortunate to see how the energy system works from the standpoint of academic researchers, private companies, regulators, Wall Street, consumers, and government policymakers, and this gives me a broad perspective.

I got energized about the environment, climate, and energy as a physics undergrad during the first energy crisis. Since then, I’ve worked in activist groups (Anti-nuclear, the wrong side: Now I fight climate change as penance for the sins of my youth), held policy positions in the governments of the United States and Canada, worked in two international organizations, and taught energy, climate, and environmental policy at Harvard, Michigan, and now UCLA. There’s so much written on climate change that it’s a rare pleasure to find something that cuts through the noise and says something original or important. So I’m delighted to recommend these, which include a couple of overlooked gems.

I was originally trained as a physicist, but the shock of discovering that my PhD thesis, on physical conditions in the solar interior, was being used to improve the design of hydrogen bombs, changed the direction of my research. I decided to do science in the public interest, instead of for the military and big business, and broadened into interdisciplinary research. Eventually, I became Professor of Environmental Science and Founding Director of the Institute for Sustainable Futures at University of Technology Sydney, Australia. Nowadays, I’m an honorary Associate Professor at UNSW Sydney, researching the energy transition, ecological economics and sustainable development. 

I was fortunate to grow up in a typical 1960s neighborhood where the good life was an option. This was the storyline in The Wonder Years, and it was not just saccharine reminiscence. The physical environment defined sustainability: suburbs marked the distinction between country and city, obesity was not an epidemic, Nature-Deficit Disorder was unknown, most children walked to school, and vehicle miles traveled were 50 percent lower. If home sizes were smaller, face-to-face interaction was more prevalent and despair less common. I’ve worked to extend this privilege of place on sustainable lines because it is essential to solving the existential crises of our time—structural racism and climate change.  

I am Lex Fullarton, an innovator of Australia’s first privately owned, industrial-sized solar farm. As a descendant of Australia’s 19th Century Colonials who settled here and turned an ancient productive land into a modern wasteland, I have witnessed the disasters of floods, fires, and hurricanes that plague Northern Australia firsthand. I watch temperatures rise year on year with trepidation. I see hurricanes grow in devastation and experience rising flood levels as deluges pour from the barren land. Action should have been taken decades ago, but today is the only day in our grasp. These books are not the end of the list but rather the beginning.

My motto is: we are techno-humans. Whatever nature or God created, we re-created. We move in cars, chat via the Internet, and eat industrial food. Technologies shape our bodies, identities, even imagination. That’s why the energy transition fascinates me. We propose to rip out and replace the technological foundations of the global economy. No less than the data revolution, energy transitions are about human re-invention. So, what kinds of human futures are we engineering? And can we design energy futures that make human futures better, more inclusive, more just? Figuring that out is my job as Director of the Center for Energy & Society at Arizona State University.

Aged six, I was first given a tiny piece of garden where I grew radishes and lettuces. I haven’t stopped growing my own food since! Everything about it is good for you and I have been writing about this for many years in various magazines and books. I have always been fascinated with the idea of self-sufficiency and love to read about methods old and new.