Here are 100 books that Life Cycle Assessment fans have personally recommended if you like
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Alison and Walter have come into architecture on different paths, Alison with a biology/chemistry background (yes, one can become an architect with an accredited, first professional degree in architecture) and Walter through architectural engineering. We both believe that the union of science, aesthetics, energy, comfort, and health make buildings work! We enjoy creating simplified design processes for students to use in their work, so that they can gain confidence in the first steps of design. Equally, we feel it important to clearly understand what is to be created and how to confirm that what was intended actually results in the built environment.
A must read for exploring the qualitative, cultural, and social sensations of heat and coolth and understanding the thermodynamics of building design that elicits ways that we use, remember, and care about the energy that provides comfort (or discomfort) for building occupants.
Often in our environmental systems courses, we ask students to write down their most memorable thermal experience. Responses range from very hot to very cold and include many contrasting events, such as skiing, then sitting around a campfire. Thermal Delight gives experience after experience for us to consider how our comfort might be tempered or enjoyed and sets the foundation for designing with climate.
As designers, should we make our buildings not-uncomfortable or make them delightful?
Our thermal environment is as rich in cultural associations as our visual, acoustic, olfactory, and tactile environments. This book explores the potential for using thermal qualities as an expressive element in building design.
Until quite recently, building technology and design has favored high-energy-consuming mechanical methods of neutralizing the thermal environment. It has not responded to the various ways that people use, remember, and care about the thermal environment and how they associate their thermal sense with their other senses. The hearth fire, the sauna, the Roman and Japanese baths, and the Islamic garden are discussed as archetypes of thermal delight…
A moving story of love, betrayal, and the enduring power of hope in the face of darkness.
German pianist Hedda Schlagel's world collapsed when her fiancé, Fritz, vanished after being sent to an enemy alien camp in the United States during the Great War. Fifteen years later, in 1932, Hedda…
Alison and Walter have come into architecture on different paths, Alison with a biology/chemistry background (yes, one can become an architect with an accredited, first professional degree in architecture) and Walter through architectural engineering. We both believe that the union of science, aesthetics, energy, comfort, and health make buildings work! We enjoy creating simplified design processes for students to use in their work, so that they can gain confidence in the first steps of design. Equally, we feel it important to clearly understand what is to be created and how to confirm that what was intended actually results in the built environment.
Likely the first energy “guidebook” for architects. Published during the 1970s oil crises, Mazria lays out a design process for saving energy through passive solar design.
The book is full of foundational knowledge, core principles, concepts, early data on material properties based on research done at the University of Oregon, clear definitions, and lots of black and white hand drawings showing solar positions, angles, and access for buildings. Though no longer in print, copies are still available, and the content is still relevant today.
As more design process is relegated to blackbox software that “may” consider many of the same variables dealt with in the Handbook, it is wise to refer to Mazria to conceptually back up important design decisions. [As an aside, Ed Mazria is currently the CEO of Architecture 2030.]
Provides comprehensive information on the design and application of passive solar-energy systems and assesses twenty-seven design patterns that offset a variety of factors influencing the effectiveness of solar heating
Alison and Walter have come into architecture on different paths, Alison with a biology/chemistry background (yes, one can become an architect with an accredited, first professional degree in architecture) and Walter through architectural engineering. We both believe that the union of science, aesthetics, energy, comfort, and health make buildings work! We enjoy creating simplified design processes for students to use in their work, so that they can gain confidence in the first steps of design. Equally, we feel it important to clearly understand what is to be created and how to confirm that what was intended actually results in the built environment.
Fitch is best known as a city planner—not as an architect or engineer. Perhaps it is this perspective that allowed him to prepare a delightful introduction to the various sensory dimensions—the environmental forces—we engage as building users.
These dimensions, which constitute much of our holistic experience with architecture, include air quality, light, sound, and heat. None are truly shown on architectural plans. All affect us for better or worse. This is a great introductory read bereft of equations.
Few books have influenced the field of architecture more than American Building: The Environmental Forces That Shape It. Originally published in 1947, it has emerged as a classic work on the relationships among buildings, their inhabitants, and the environment. Now comes the first major revision in over twenty-five years, bringing this essential book completely up to date for a new, more environmentally aware generation of architects and designers. In this superb volume, James Marston Fitch provides a fundamental theory of buildings. "The ultimate task of architecture," he writes, "is to act in favor of human beings: to interpose itself between…
Delve into this internationally best-selling series, now complete! A fast paced laugh-out-loud mix of Urban Fantasy and Mystery.
I can tell when you’re lying. Every. Single. Time. I’m Jinx, a PI hired to find a missing university student, I hope to find her propped up at a bar–yet my gut…
Alison and Walter have come into architecture on different paths, Alison with a biology/chemistry background (yes, one can become an architect with an accredited, first professional degree in architecture) and Walter through architectural engineering. We both believe that the union of science, aesthetics, energy, comfort, and health make buildings work! We enjoy creating simplified design processes for students to use in their work, so that they can gain confidence in the first steps of design. Equally, we feel it important to clearly understand what is to be created and how to confirm that what was intended actually results in the built environment.
Architecture is often referred to as an art and a science. This is a reasonably accurate statement in the abstract. In practice, we often assess architecture visually (artistically) and assume (hope) that the science is there (even if hidden). In fact, physics always has the last word.
Fire and Memory reminds us that thermodynamics matters and that buildings are essentially anti-entropic constructs. Who can resist a proposition such as “whether to use the wood to build a small shelter or as firewood for a bonfire. An entire theory of architecture is encapsulated in this simple question.” Or a chapter titled “Energy as the Currency of Nature.”
Architecture and fire, construction and combustion, meet in this poetic treatise on energy in building.
In Fire and Memory, Luis Fernández-Galiano reconstructs the movement from cold to warm architecture, from building fire to building a building with and for fire, through what he calls a "metaphorical plundering" of disciplines as diverse as anthropology and economics, and in particular of ecology and thermodynamics. Beginning with the mythical fire in the origins of architecture and moving to its symbolic representation in the twentieth century, Galiano develops a theoretical dialogue between combustion and construction that ranges from Vitruvius to Le Corbusier, from the…
I’ve dedicated my career to renewable energy, because I think it really will save us from climate change disaster. Solar, wind, and advanced energy storage will usher us into the 21st century. I’ve seen many innovative people and companies use technology to create a better future. We still have a long uphill battle to reverse climate change, but we now have the technology that can help save our planet. It is time to implement it. These five books (in very different ways) give us the tools and understanding of how renewable energy will shape the future.
The impending doom of climate change has been stressing me out for over a decade. It feels like my son will inherit a world that resembles the dystopian futures of Mad Max or Blade Runner. But the future we’re entering into will be more nuanced than that.
This book helped me realize that the future may not be as bleak as I had once imagined. The environmental alarmists may have good intentions, but their efforts might be causing more harm than good.
Climate change is real but it's not the end of the world. It is not even our most serious environmental problem.
Michael Shellenberger has been fighting for a greener planet for decades. He helped save the world's last unprotected redwoods. He co-created the predecessor to today's Green New Deal. And he led a successful effort by climate scientists and activists to keep nuclear plants operating, preventing a spike of emissions.
But in 2019, as some claimed "billions of people are going to die," contributing to rising anxiety, including among adolescents, Shellenberger decided that, as a lifelong…
Drawing on my own experience as a local elected official and citizen lobbyist at all levels of government, I write books to help get citizens involved in the biggest challenges of our day. As an activist for clean energy, I wanted to write an easy-to-use guide to help ordinary citizens to become effective champions for more solar power in America. The Solar Patriot is my third book and my second on solar power. For two decades I have worked as a communications consultant and advocate for solar power, renewable energy, and climate solutions. Now, I’m writing a call to action for America off of fossil fuels as soon as possible to meet the urgent challenge of the climate crisis.
A welcome corrective to the trend of X number of things you can do in your personal life to save the Earth that won't threaten the rule of greedy polluters over the economy and government, Price's lighthearted book welcomes the reader with a smile but strikes hard against propaganda from corporate polluters while she stands up for climate justice. To help readers make a real difference, as opposed to doing things that feel helpful but really aren't like buying a Prius, Price does actually offer a few personal life changes, like buying less stuff or buying higher quality stuff at lower quantity. But most of her ideas are about thinking differently about the environment--such as Redefine Economy or even Redefine Extremism (greedheads, not environmentalists, are the real extremists). Or getting active in public policy--from the strikingly simple "Vote!" to "Join up locally--government & economy R us."
We've been "saving the planet" for decades now and the crises have only got worse. Many of us-environmentalists included-continue to live deeply unsustainable lives. At home, affluent citizens "buy green"; while at work, they maximise profits with dirty energy and toxic industries that are poisoning poorer communities.
With brevity, humour and plenty of attitude, Jenny Price tracks "save the planet" enthusiasm through strategies that range from ridiculously ineffective (Prius-buying and carbon trading) to flat-out counterproductive (greenwashing and public subsidies to greenwash). We need to imagine far better ways to use and inhabit environments. Why aren't we cleaning up the…
On the morning of December 26, 2004, an undersea earthquake struck off the coast of Sumatra in the Indian Ocean. The resulting tsunami killed an estimated 230,000 people across fourteen countries, from Indonesia to Sri Lanka to Thailand to the Maldives to India and all the way to East Africa.…
I have found coffee, or in fact just about any aspect of it, from pour-over to espresso, to be endlessly challenging and rewarding. My first visit to coffee farms was in 2004, to Ethiopia and Kenya. Since then I’ve been to dozens of farms in nine or ten countries. There is something about coffee people; they are wondrously generous about sharing their expertise, if they think you care and if you know the right questions to ask. Before going deeply into coffee, I was a professor of history, and I've continued to publish on topics as diverse as Stalin, the witch hunts in Europe and North America, and the body in the Anglosphere, 1880-1920.
McCook traces the global devastation of coffee trees around the world that began in 1869. His work is not just about coffee, but about the ways in which pathogens are spread by air, ships, birds, and even by humans tracking it into remote sites on their boots. So the book is about coffee but about much more: why do certain pathogens explode all of a sudden; how have farmers tried to cope with the fungus, which destroys entire trees and whole farms; what is the genetic stock of coffee now; why has rust suddenly appeared in Latin America in recent years; and what experiments are going on to try to defeat rust? Stuart, by the way, is a wonderful guy to meet and talk to about coffee and its pests. His book is absolutely readable!
The global coffee industry, which fuels the livelihoods of farmers, entrepreneurs, and consumers around the world, rests on fragile ecological foundations. In Coffee Is Not Forever, Stuart McCook explores the transnational story of this essential crop through a history of one of its most devastating diseases, the coffee leaf rust. He deftly synthesizes agricultural, social, and economic histories with plant genetics and plant pathology to investigate the increasing interdependence of the world's coffee-producing zones. In the process, he illuminates the progress and prognosis of the challenges--especially climate change--that pose an existential threat to a crop that global consumers often take…
When I left Wisconsin and arrived for a position at the University of Alaska Anchorage, I was struck by the state’s nearly manic fear of low prices for the oil flowing from Prudhoe Bay through the Alaska (or North Slope) oil pipeline. Years later I returned to Wisconsin and quickly learned that there was relatively little interest in a pipeline that ran down the entire state in the manner of the Alaska pipeline. Only this pipeline carried synthetic crude made from natural asphalt hacked or melted out of the ground in Alberta, Canada. My interest in the environmental and political aspects of that pipeline set me on the path to a book about asphalt.
This anthology makes the case that an empire of extraction has existed from the dawn of the colonial era until deep into the 21st Century. The essays in the “Health and Environmental Justice” section are both fascinating and disturbing. And how could they not be disturbing with such words as these in chapter titles? “Uranium Mine and Mine Tailings.” “Arsenic Pollution.” “Quebec Asbestos.” Nearly every chapter in this section emphasizes the impact on indigenous populations with the chapter title on the tar sands of Alberta, Canada, being particularly stark. It opens with this: “If the Rivers Ran South.”
Over the past five hundred years, North Americans have increasingly relied on mining to produce much of their material and cultural life. From cell phones and computers to cars, roads, pipes, pans, and even wall tile, mineral-intensive products have become central to North American societies. As this process has unfolded, mining has also indelibly shaped the natural world and the human societies within it. Mountains have been honeycombed, rivers poisoned, forests leveled, and the consequences of these environmental transformations have fallen unevenly across North America. Drawing on the work of scholars from Mexico, the United States, and Canada, Mining North…
I am a happy, very well-adjusted adult who deeply believes that life is pointless. This understanding that I do not matter–and neither does anything else I love–hasn’t driven me to despair but rather liberated me. My nihilism is a tool to free me from corrosive messages of meaning, performance, consumption, and exploitation. It allows me to understand and love my life as a delicate, fleeting, lovely, and one-day forgotten thing. And with that perspective, I understand how precious it is.
It has become very fashionable to talk about capitalism and how it grinds us down as individuals. But this singular view of ourselves as lone victims is arguably its biggest trick. The truth is that the unchecked greed and growth that hurt us are hurting the planet most of all.
No one understands and can explain this, like journalist (and my hero) Naomi Klein. She’s always reported on the dangers of greed, consumption, globalization, and unchecked growth. But in recent years, she’s centered on how all these big, scary ideas converge to harm the planet. This book is tiny and it’s a digestible introduction to her writing and ideas.
It’s a book about the environment you will not only understand but actually finish reading.
In twenty short books, Penguin brings you the classics of the environmental movement.
In Hot Money Naomi Klein lays out the evidence that deregulated capitalism is waging war on the climate, and shows that, in order to stop the damage, we must change everything we think about how our world is run.
Over the past 75 years, a new canon has emerged. As life on Earth has become irrevocably altered by humans, visionary thinkers around the world have raised their voices to defend the planet, and affirm our place at the heart of its restoration. Their words have endured through…
Nelson West, a former Chicago homicide detective, is hired by wealthy heir Lionel Bing to discreetly help “fix” scandals and legal problems for his father’s wealthy friends.
Bing, a brilliant but troubled investigator, suffers from PTSD symptoms as a result of being kidnapped and witnessing the murder of his mother…
I was an Eagle Scout selected for the 1964 North Pole expedition, graduate of MIT with both BS and MS degrees in Aero Astro – yes, a true MIT rocket scientist. I quickly took planning roles at the “bleeding edge” of technology: missiles, nuclear power, heart pumps, DNA sequencing, telemedicine… In every case, however, the organizations were plagued by incompetence and corruption. As an individual, I interacted with activist leaders in movements for: peace, climate, social justice, ending poverty, etc. Again, incompetence and corruption. Throughout, I dug for answers into the wisdom of the classics and emerging viewpoints. Finally. All that effort paid off. I found the “big picture”!
A basic foundation for Collapse 2020 is the collapse timetable presented in the Limits to Growth model. A key assumption is that, as the world population increases, there will be related extractions of natural resources. If not controlled, many of those resources will run out. This book reports the status of world resources as of 2014. The “good news” – if we can call it that – is that the rates of resource depletion track closely with the Limits to Growth model. This is “good news” because it confirms that the model is sound. That’s “good” because it means we can rely on that model to plan for the future. On the other hand, it’s actually “very bad news”, because it shows the world is already in very bad condition.
As we dig, drill, and excavate to unearth the planet's mineral bounty, the resources we exploit from ores, veins, seams, and wells are gradually becoming exhausted. Mineral treasures that took millions, or even billions, of years to form are now being squandered in just centuries-or sometimes just decades.
Will there come a time when we actually run out of minerals? Debates already soar over how we are going to obtain energy without oil, coal, and gas. But what about the other mineral losses we face? Without metals, and semiconductors, how are we going to keep our industrial system running?…