Photojournalist Kaylyn Messer discovered on Facebook that there was a rare, naturally-occurring ice circle on the Middle Fork Snoqualmie River near North Bend, Washington, which is close to her house. She decided to check it out, and all nature lovers are glad she did. Her videos offer a glimpse of a phenomenon most will never see in person.
Messner told This Is Colossal, “The ice circle was pretty captivating. You can hear the sound of the river flowing continuously. Sounds from the ice periodically interjected with very small sharp cracks and groans. Overall, it was a quiet experience to stand along the river watching the ice circle rotate.”
An ice circle is thought to happen in river bends or eddies. They occur in colder climates, like Scandinavia or North America, but have been seen in England and Wales. Some of the largest recorded discs were some 50 feet in diameter.
According to an article in a journal of the American Physics Society, the ice circles spin because they are melting. IFLSciencewrites that as the circle melts, “the water beneath the ice spirals slightly horizontally as it plumes downwards, much like when water drains down a sinkhole and sweeps around in a spiraling rotation.”
As the warmer water spins the chunk of ice, it bumps into surrounding ice and is slowly shaved into a circle.
Smaller ice circles are called ice pans, which are typically about a foot in diameter. In the River Llugwy at Betws-y-coed, North Wales, a set of them were seen in 2008.
It’s been 20 years since the publication of Ecological Design and Planning, the collection of essays that established ecological design as the defining innovation of 20th century landscape architecture. Not only has this mode of design informed all thinking about landscape since Ian McHarg first championed it, but designs eschewing this approach have risked irrelevance.
The ensuing two decades since Ecological Design and Planning’s publication have seen two major global changes. First, climate change has emerged as a force that will shape our future. Second, cities have grown to such an extent that their populations account for half of the Earth’s total. The world has not stood still, but, as Nature and Cities: The Ecological Imperative of Urban Planning demonstrates, neither has landscape architecture.
Nature and Cities, edited by Frederick Steiner, FASLA, George Thompson, and Armando Carbonell, was intended to be Ecological Design and Planning’s successor, Steiner said. It follows a similar formula: A collection of essays from both well-established and up-and-coming landscape architects with big ideas and projects that showcase them.
Steiner believes Nature and Cities can entice readers outside the fields of landscape and planning, despite its niche topic. The book is handsome and visually rich, and the essays are warmer than they are academic. They vary in subject matter. Richard Weller, ASLA, examines urban forms and formation; Kate Orff, ASLA, and Kongjian Yu, FASLA, explore aqueous landscape design. Several of the most thought-provoking essays make valiant attempts at applying to design our growing understanding of systems, resilience, and the myth of ecological equilibrium.
If these issues don’t interest you, you can use the book to check in on the state of the “landscape architecture: science or art” debate. Nature and Cities offers several worthy contributions to it. Of course, it’s not a question of either or, but as James Corner, ASLA, writes in his essay, there’s a tendency to allow science to govern our designs to the exclusion of the subjective and aesthetic. In our current design atmosphere, improvisation and beauty strain under the yoke of performance metrics. Corner argues that more honest applications of biophilic design would incorporate the errant, much as real ecosystems do, as a means of enrichment.
Let’s not forget metrics are good for business, Laurie Olin, FASLA, points out in his essay. And if you can put an exclamation point on those metrics with a beautiful design, all the better. His firm accomplished this with a designed marsh on Yale’s campus. Students enjoyed it so much they added fish, leading to a richer ecosystem and indirectly saving the purchase of an additional 1.8 million liters of water per year. Social buy-in can occur when sustainable design is made evident.
“The more I understand the dynamics associated with global climate change and urbanization, the more I want to make sense of it all with other human beings,” writes Kristina Hill, Affiliate ASLA, in her essay. It’s for this reason, Hill argues, that designers should create aesthetic experiences that address this rapid and destabilizing change. Rising sea levels and water scarcity can be frightening, but new aesthetic experiences can help us better understand those threats.
Part of Nature and Cities’ purpose, Steiner said, is to showcase the contributions that landscape architects have made to our cities and environment. “When Susannah Drake, ASLA, and her colleagues want to clean up the Gowanus Canal, that’s heroic,” Steiner said, referring to her essay. “And that they’ve made as much progress as they have is quite remarkable.”
Sizable ambition certainly shines through the successes touted in the book, but reading about them, one wonders if these efforts are adequate in scope to the environmental challenges we face. Adequate or not, isn’t it great that landscape architecture has something to say about it all?
If we want our planet to be able to house 10 billion people and also want to preserve biodiversity in the future, then we need to leverage the new technologies associated with “big data” and artificial intelligence. Using these sets of new technologies, we can create a dashboard for the planet, with up-to-the minute data on ecosystem functions continuously feeding in. We can create a unified system that “interrogates the environmental condition of the Earth,” said Microsoft scientist Lucas Joppa at a conference organized by the Renewable Natural Resources Foundation (RNRF) in Washington, D.C. Unfortunately, today we are nowhere near this “Bloomberg terminal” for the planet.
Discussions throughout the conference were a strange mix of extreme optimism about the capacity of technology to solve our problems and deep concern for the state of the global environment.
While Joppa seemed pessimistic about the climate and health of our ecosystems, he lauded the potential of new technologies to be applied to ecological conservation and restoration.
Apps leveraging “deep learning neural net” technologies can enable people to quickly identify and classify plants. A site called Wild.me borrows the face recognition technology of Facebook to identify individual animal species. Through this technology, a whale shark specimen could be identified by its particular markings and characteristics. Caption bots, which are used to auto-generate captions for images, can also be tapped to label plant and animal species.
Citizen science efforts, which involve the public in conservation efforts, can scale up with the Web and big data. With Zooniverse, people participate in assessing all this biodiversity data, explained Ruth Duerr, with the Ronin Institute for Independent Scholarship.
And at the planetary scale, new satellite technologies, like the small, distributed network of satellites offered by Planet Labs, promise to make it easier to get a clearer understanding of the state of the environmental in real-time, said Duerr, creating even greater sets of more precise data.
But all that environmental data needs to be more closely connected with social and economic data if we want to get closer to that whole Earth dashboard, argued Robert Chen, a scientist with the Earth Institute at Columbia University. He pointed to his team’s efforts to map settlement patterns, including urban growth. And another project maps the connections between cycles of investment in real estate and vulnerability in flood-prone areas.
Integrating multiple layers of data is the next step, as is using the data to create predictions about possible outcomes. “Big data can help jumpstart the use of well-integrated, usable data and information for managing people and natural resources. We can use data to show how real-world issues interact.”
What’s holding this dream back for now is the variable quality of map-related data and the lack of legal and system interoperability between data sets. To push that forward, he called for more work on creating international open data standards, and more lawyers to get involved to ensure “everyone who needs to has the right to use data — that’s critical.”
Brad Garner with the U.S. Geological Survey pointed to the major gaps in water data in the U.S. Surface water is somewhat well-sampled, but each state uses a different measurement system, so integrating the data into a national view is basically impossible. For groundwater, there is a lack of even basic data. “We have no national sense of water use. How can we not know how much water we are using?” He was not optimistic in the near term, but said the open water data initiative held promise.
And Mathew Hansen, professor of geological sciences at the University of Maryland, and a member of the NASA Modis team, explained how crucial Landsat data is to understanding climate and ecological change, and land use, urbanization, and deforestation trends around the world. NASA has purposefully made all its land map data freely accessible, so anyone can download and analyze. Many countries facing deforestation crises use the data to track illegal deforestation, and map analyses have even been used to pursue court cases against loggers.
Bringing together disparate sets of data into a unified whole planet view is a noble goal and can lead to more responsible human management of our fragile ecosystems in our era of the Anthropocene. The “bad news, however, is we’re not focused enough to integrate these systems,” said Joppa.
He thinks the U.S. national ecosystem assessment, which was promoted by President Obama’s administration, could perhaps help kickstart the effort, at least in the U.S. He’s hoping a huge data collection and analytical effort for our nation’s ecosystems will continue into the next administration, given time is short to stop the worst environmental damage.
In coming years, advanced artificial intelligence can then be used to find trends and predict scenarios through big data. “We need artificial intelligence to save us from ourselves. My worry is A.I. won’t come soon enough.”
When reductionist artwork, like a Jackson Pollock or Piet Mondrian painting, succeeds, it succeeds in part because of the role it affords us, the viewer. Faced with a vacuum of meaning, we impart our own identities on the work, gratifying ourselves in highly-personal ways. Artist Barbara Grygutis, whose sculptures are featured in the new book, Public Art / Public Space: The Sculptural Environments of Barbara Grygutis, practices a different reductionism. It’s not us, but the sculpture’s setting that completes the composition.
The book’s subtitle tells us a bit about how Grygutis sees herself, not just as a composer of materials, but a composer of environments. Many of her sculptures cast intricately woven shadows, filter and disperse light, or consolidate it into beacons. The resultant spaces are elevated by the sculptural work and reconstituted environmental qualities. Bronx River View is one such example. This collection of sculptures transform the walls of an above-ground subway station into windows and seating. The view works both ways, and the light cast inward onto the train platform illuminate the sculptures and the passage of time.
“If you look back at civilizations, we learn about them through their art,” Grygutis says in an interview at the outset of her book. That’s an edifying thought if we consider Dawn’s Silver Lining, a sculpture that epitomizes Grygutis’ most successful work (see image at top). Set in Salina, Kansas, the surrounding rural landscape is flattened into a silhouette of trees and vegetation and pressed onto perforated aluminum: the reduction process. The silhouettes are then re-extruded by the light, the quality of which is constantly changing.
It’s not always enough to simply reduce. There must be a re-introduction of substance into the artwork. Without this — or with too uncritical a reduction — the piece can suffer from a poverty of meaning. Grygutis’ Drop in Prewitt Park is a 35-foot steel and glass sculpture of a water drop. Set centrally to rippling landforms, the sculpture is intended to read as the moment of congruence between water and earth. Instead, because of the drop’s very recognizable and very flat form, it reads as a corporate logo, a symbol rather than a system.
This logo-ization of complex system holds back a few of Grygutis’ sculptures that seem to have powerful ideas behind them. Weather, an oblique steel and glass structure located in North Richland Hills, Texas,is meant to evoke the meteorological systems that our landscape is subject to. But the pattern emblazoned in the glass says less about our weather systems than a barometer. Grygutis’ sculpture Signs and Symbols, Symbols and Signs, is quite literally a giant symbol, π, comprised of several other symbols borrowed from keyboards and calculators. There’s literalness in this and other Grygutis sculptures may put an expiration date on them.
Other projects, like Flaming Arroyo in Las Vegas and Frequencies, a project slated for completion in 2017 in Palo Alto, feel timeless. The latter, which is comprised of five perforated aluminum sculptures and set on a tech campus, indexes electromagnetic frequencies that are ordinarily invisible to us.
This is Grygutis at her most impactful, manifesting the unseen or ignored forces of our environment with sculptural interventions that beg people to slow down and take notice.
Peter Dauvergne, a professor at the University of British Columbia, has coined an interesting phrase for the incremental approach taken by environmental regulators, self-professed sustainable multi-national companies, and many mainstream environmental non-profits in the West: the environmentalism of the rich. His issue with this now-widespread shade of green: it may not be working.
In his new book Environmentalism of the Rich, Dauvergne paints a portrait of consumers in wealthy Western countries complacently purchasing their way to sustainability by swapping out old, inefficient products for new, smarter “eco” ones, or taking small steps to reduce energy and water consumption and carbon pollution. The idea promoted by many companies and non-profits is that consumers can continue to buy away if the products are “green.” They can feel as if they are making a difference by making small, not-too-painful adjustments, which will together create larger global impacts one day.
These approaches are rooted in the perhaps-erroneous belief that “innovative policies, scientific ingenuity, and technology will allow for continuous economic growth.” Furthermore, “trust is put in soft regulation, soft regulation, eco-certification, fair trade, and corporate self-regulation, while great promise is seen in corporate responsibility and individual goodwill.”
The problem is these collective approaches are “not adding up to anything approaching global sustainability.” Throughout the book, Dauvergne peppers depressing environmental indicators showing how trends worldwide are going in the wrong direction. Ecosystems are collapsing, biodiversity loss is increasing, carbon dioxide emissions keep going up, water is becoming more scarce.
These negative trends are only getting worse because the underlying issue is the rampant growth of all forms consumption worldwide, as Americans, Canadians, and Europeans continue to shop till they drop, and growing middle classes in developing countries aspire to reach the materialism of these countries. In coming decades, Dauvergne argues, if there are 10 billion American-style consumers on the planet, it won’t matter if consumption is eco or not. Humans will have over-tapped the carrying capacity of the Earth; in fact, they may have already.
Dauvergne’s critique is a harsh one but one worth considering. He states: “sustainability policies of governments and corporations may pay lip service to principles of ecology, but the underlying reason is almost always ahistorical, fragmentary, and linear, rarely integrating holistic or dynamic understandings of resilience, feedback loops, tipping points, and complex systems.”
For example, some sustainability-minded multi-national companies, which he names, fund the efforts of big environmental non-profits to undo ecological damage in developing countries — and they always do so in a way that maximizes public perception of their brand — but, at the same time, ramp up their efforts to expand markets, reach more consumers, and increase consumption and growth overall, all of which exacerbate underlying ecological issues somewhere else. Consumption and growth, in their abstracted models, are most often divorced from any real-world ecological impacts.
This disconnect between growth and ecology continues because many developing-world companies and multi-nationals don’t have to reconcile these competing demands. They can follow the same pattern established by colonial powers in the past: look for the cheapest and easiest-to-extract resources in developing countries where there is little accountability and maximize their extraction. If a regulatory hurdle appears, move to the next country.
Dauvergne uses a few chapters to go deep into these examples: the terrible legacy of phosphate mining in Nauru, the ongoing destruction of the rainforest due to palm oil production in Indonesia and Malaysia, along with a brief discussion of ranchers and soy farmers clearing the Amazon rainforest. He also explains how being an “environmentalist of the poor” — an advocate in a developing country fighting environmental degradation — is one of the most dangerous jobs one can have. Thousands of environmental activists have been murdered or disappeared over the past few decades.
Recent corporate and non-profit efforts to self-regulate natural resource extraction, like the Forest Stewardship Council, which covers around 10 percent of traded timber, and the Marine Stewardship Council, which certifies around 10 percent of seafood consumed, are having some positive impact. But he questions whether these efforts can scale up to cover the global marketplace, and whether these voluntary regimes can actually limit resource plunder when the rubber hits the road in coming decades amid exploding population growth.
He admits the environmentalism of the rich, which originated out of an American movement to conserve wild nature, has led to some gains: its “improving the administration of nature parks and the management of cities, as well as averting some known and immediate harms.” He cites clean air and water in the developed world and many developing world cities, the spread of energy efficient green buildings, and the growth of recycling and power from waste as major wins. Corporations are now setting ambitious goals like “water neutrality, zero waste, zero deforestation, carbon neutrality, 100 percent sustainable sourcing, and 100 percent renewable energy, among others.”
The problem for Dauvergne is that these well-meaning but perhaps superficial efforts don’t get at the underlying issue: “much of today’s wealth is a product of the globalization of the unsustainable world economy of ever-higher extraction, growth, and consumption, where violence, extreme inequality, and ecological risk-taking are the norms.”
He wants a new deep green global movement that limits consumption and aims to change the fundamental human preference for growth. He calls for transforming the anti-establishment, anti-consumption movement — which seeks to replace the annual shopping bonanza Black Friday with the protest gesture Buy Nothing Day — into a more mainstream platform everyone can get behind. He’s hoping some clever messaging and advertising will make reduced consumption more palatable.
Perhaps not buying things in the first place can become a moral good, just as throwing away unloved things has become one in Marie Kondo’s best-selling ode to minimalism, The Life Changing Magic of Tidying Up. One reporter in London actually didn’t buy anything she didn’t absolutely need for a year and survived. Dauvergne wants everyone to take responsibility for their own consumption and reduce their ecological footprints to a “fair Earth share.” For those in rich Western countries, it means setting a new example before it’s too late.
There were so many great books this year that honing in on just ten favorites was too challenging. Whether you are looking for a unique book to give as a gift or one for yourself to delve into, we have some options. Here’s The Dirt‘s top 15 books of 2016, our picks for the best on the environment, cities, and landscape:
Garden Revolution: How Our Landscapes Can Be a Source of Environmental Change (Timber Press, 2016)
Larry Weaner, one of the world’s top meadow designers, and Thomas Christopher have created a reference book on ecological design for gardeners and landscape designers and architects. They write: “By following ecological principles, we can have landscapes that are alive with color, friendly to local wildlife, and evolve over time—with much less work and effort.”
Environmentalism of the Rich (MIT Press, 2016)
Peter Dauvergne, a professor at the University of British Columbia, asks the hard questions: is environmentalism, as it’s practiced in the developed word, failing? Is the mainstream sustainability movement, with its focus on incremental gains, failing the planet? Erik Assadourian, Senior Fellow, Worldwatch Institute, writes that the book “is required reading for anyone wanting to help ram the movement off its current dead-end path and build a new deep green movement.” Read The Dirt review.
Half-Earth: Our Planet’s Fight for Life (Liverlight, 2016)
In his latest book, renowned biologist and author E.O. Wilson makes the case for both preserving and restoring half of the Earth, which he believes is possible if we set aside some of the richest places of biodiversity on land and in the oceans. Read The Dirt review.
The Long, Long Life of Trees (Yale University Press, 2016)
Fiona Stafford, a professor who focuses on romantic poetry at Oxford University, has published a lyrical volume on the history of seventeen common trees, including ash, apple, pine, oak, cypress, and willow. She delves into history, paying homage to important specimens from the past, and also explains trees’ critical role in the future fight against climate change.
Nature and Cities: The Ecological Imperative in Urban Planning and Design (Lincoln Institute of Land Policy, 2016)
In their new book, editors Frederick Steiner, FASLA, George Thompson, and Armando Carbonell have made complex ideas about urban ecological design incredibly accessible. They make a convincing argument that “ecological literacy” is an “essential base” for anyone involved in urban planning and design today. There are 17 thought-provoking essays from leading landscape architects and planners from around the world.
Roberto Burle Marx: Brazilian Modernist (Jewish Museum, 2016)
The Jewish Museum in New York City has put together the definitive book on the influential Brazilian landscape architect and artist. In addition to designing more than 2,000 gardens, Burle Marx created paintings, drawings, tile mosaics, sculpture, textile design, jewelry, theater costumes, and more.
Toward an Urban Ecology: SCAPE / Landscape Architecture (The Monacelli Press, 2016)
Kate Orff, ASLA, and her team at SCAPE have created a beautiful book with engaging full-page color photography that delves into Breakwaters, their Rebuild by Design project in Staten Island, and others. The goal of their projects is to “bring together social and ecological systems to sustainably remake our cities and landscapes.” They describe the book as “part monograph, part manual, part manifesto.”
Site, Sight, Insight: Essays on Landscape Architecture (University of Pennsylvania Press, 2016)
Landscape historian John Dixon Hunt, who has just retired from University of Pennsylvania, collects twelve of his recent essays in one book. He takes the reader on an intellectual ride, explaining the ways we perceive landscapes, and in turn asking us to examine our own baggage when viewing them, so that we may gain greater insights into landscapes’ true meaning and our own emotions.
Vital Little Plans: The Short Works of Jane Jacobs (Random House, 2016)
In this new collection of the short writings and speeches of Jane Jacobs, one of the most influential thinkers on the built environment, editors Samuel Zipp and Nathan Storring have done readers a great service. They’ve brought together the best of this brilliant autodidact’s arguments for why planners and designers must never forget the importance of small-scale diversity given it results in interesting cities created, first and foremost, for people. Read The Dirt review.
Water Infrastructure: Equitable Deployment of Resilient Systems(Columbia University, 2016)
Developed for the UN-Habitat’s New Urban Agenda, S. Brye Sarte and Morana M. Stipisic, with the Sherwood Institute and Columbia University Urban Design Lab, have created a well-organized guide to resilient green infrastructure for developing-world cities. There are smart solutions for water pollution, climate change, and multiple types of flooding, with real-world examples.
Wild by Design (Island Press, 2016)
A leading advocate of the “wild” landscape movement, landscape architect Margie Ruddick, ASLA, explains how she carefully balances ecological conservation and restoration with a strong sense of design. Ruddick is the 2013 winner of the Cooper Hewitt National Design Award. Learn more about Ruddick and the book.
Also, worth knowing: buying these books through The Dirt or ASLA’s online bookstore benefits ASLA educational programs. And if you are based near Washington, D.C. we also recommend checking out the National Building Museum’s fantastic book store.
After a vitriolic campaign that exacerbated racial and class divisions, President-elect Donald Trump will be inaugurated as the 45th president in January. Under his administration, the Republicans will be the only conservative party in the world that disputes human activity is warming the climate. He has called global warming “bullshit” and a “hoax” invented by the Chinese to make the U.S. non-competitive. Since beginning his transition, Trump has empowered a radical climate change denier and pursued his promises to roll back President Obama’s efforts to reduce greenhouse gas emissions, promote clean energy, and protect the environment.
If Trump is committed to uniting the country, as he has stated, he will need to steer towards a more moderate course, given the vast majority of the country supports climate action, even 48 percent of Republicans. A poll last year found that “83 percent of Americans, including 61 percent of Republicans and 86 percent of independents, say that if nothing is done to reduce emissions, global warming will be a very or somewhat serious problem in the future.”
According to The New York Times, Myron Ebell, who runs environmental and climate policy at the Competitive Enterprise Institute, a conservative think tank, and a noted climate change denier, has been tasked with leading Trump’s transition efforts for the Environmental Protection Agency (EPA). Ebell described himself as a “contrarian by nature.” He has led the Cooler Heads Coalition, which “focused on dispelling the myths of global warming by exposing flawed economic, scientific, and risk analysis.” And he argues that “a lot of third-, fourth- and fifth-rate scientists have gotten a long ways” by embracing climate change.
In some of the most heated moments of the campaign, President-elect Trump threatened to abolish the EPA wholesale or shrink it down to a solely-advisory function. But, in September, he back-tracked on that statement, saying he supports clean air and “crystal clear, crystal clean” water. The Guardian quoted him: “I will refocus the EPA on its core mission of ensuring clean air and clean, safe drinking water for all Americans. I believe firmly in conserving our wonderful natural resources and beautiful natural habitats. My environmental agenda will be guided by true specialists in conservation, not those with radical political agendas.”
The Paris climate agreement is in Trump’s sights as well. After years of negotiation, the agreement was ratified by countries representing 56.87 of the world’s greenhouse gas emissions in late October, bringing it into legal force. Even if Trump’s administration pulls out of the agreement, other countries are likely to ratify, letting the agreement stand. World leaders have called it the last best chance to keep warming below 2 degrees Celsius (3.6 degrees Fahrenheit). More than 360 American companies just issued a letter urging Trump to continue U.S. participation in the accord. “Failure to build a low-carbon economy puts American prosperity at risk,” the companies wrote.
Still, Trump is unlikely to provide the billions Obama committed to developing countries to help them mitigate and adapt to climate change. These funds were critical to winning the support of India and other developing countries.
Climate change is a global concern, and linked to many other areas of negotiation. Aggressive anti-climate actions by a Trump administration would severely damage relations with key European partners and even lead them to impose trade sanctions on American high-carbon products. Thankfully, China has said it will stay in the agreement, regardless of how the U.S. acts, but lack of action could also adversely impact the U.S.’s ability to reach agreement with the Chinese on a range of important economic, trade, and political issues.
Trump also promises to end support for clean energy, instead focusing on boosting gas, oil, and coal production. Trump’s website calls for the U.S. to become a major energy producer: “America will unleash an energy revolution that will transform us into a net energy exporter, leading to the creation of millions of new jobs, while protecting the country’s most valuable resources – our clean air, clean water, and natural habitats. America is sitting on a treasure trove of untapped energy. In fact, America possesses more combined coal, oil, and natural gas resources than any other nation on Earth. These resources represent trillions of dollars in economic output and countless American jobs, particularly for the poorest Americans.”
In his effort to open up fossil fuel energy production, Trump will attempt to gut Obama’s clean coal plan, roll-back important auto-emission standards, open up federal lands to oil and gas production, approve the Keystone XL and Dakota access pipelines, and end billions in federal support for clean power. Apparently, former Alaska Governor Sarah Palin is in the running to head the department of the Interior. She has expressed her enthusiasm for opening up public lands for rampant energy development.
Still, many states and cities are moving forward with ambitious renewable energy plans, which are unlikely to change, even with the loss of federal support. The Georgetown Climate Center found that in 19 states, both red and blue, a “dramatic shift” to clean energy is already underway. And the U.S. Energy Information Administration has said coal is simply not competitive, economically, and it’s not clear whether it can be once again, even with a sweep of deregulation.
Trump wants the U.S. to have developing country-levels of economic growth, which he seems to believe is only possible if important environmental safeguards are gutted. But Democrat-led states like California and New York are not likely to roll over if he pursues federal deregulation that impacts the health of their populations and quality of their environment. If he pursues these plans, we can expect many state-driven legal cases coming. Environmental organizations are also gearing up for a fight. “We intend to fight like mad, both in the courts and in the streets, to resist any rollbacks by the Trump administration,” Michael Brune, executive director of the Sierra Club, told AP.
Again, our hope is Trump will seek to unify the country. If that’s the case, President-elect Trump: the vast majority of Americans believe climate change is a cause of major concern, and their concerns should be heeded. The alternative will be lawsuits and protests, and an increasingly fraught approach to the climate, with responsible, globally-minded states, cities, communities, and companies leading the way forward.
Environmental justice, which is about the fair distribution of environmental benefits and costs, is a “growing concern” among landscape architects across the globe, said Kurt Culbertson, FASLA, Design Workshop. For example, in ASLA’s 2016 Student Awards, 68 percent of the award-winning designs focused on environmental and social justice.
Good intentions for people and the environment can lead to bad results if they are pursued in an unfair way. Yu focused on villages demolished to create an urban greenbelt around Shanghai. In the name of “good will,” 100 square kilometers, comprised of thousands of villages surrounding the city, were demolished to make way for another population explosion in Shanghai, which has expanded 4 times in 20 years.
Villages were demolished and parks were built, but to what end? “Goodwill may not necessarily lead to a good or justifiable result,” said Yu.
Green space is central to the equitable growth of cities, said Jordanian Senator Mahadin, who was a landscape architect before becoming a politician.
The Jordanian city Aqaba, which has grown by over 180,000 people in recent decades, has handled it’s growth successfully, in part because it is one of the “few cities in the Middle East with a master plan that holds green space” as important.
The master plan holds that the Port of Aqaba – the only one in Jordan – should not be further developed, but held for the people. “Cities are not painted by landscape architects or architects, they are painted by the people.”
Mahadin made a pitch for more landscape architects to push for environmental justice through politics. “Lead by example.”
“Landscape is a human right,” Schjetnan argued. Landscape has the ability to de-marginalize people and integrate them into society.
Preserving landscape is especially critical in developing-world cities, which are “not developing, so much as developing too quickly through accelerated growth. Four-fifths of the world is like this,” he added, “neither developed nor undeveloped – just growing too quickly.”
In Schjetnan’s Mexico City, and many other exploding cities, landscapes are deteriorating due to worsening problems with congestion, natural resource depletion, water and air pollution, especially for those communities with lower incomes.
In the developing urban world, many more landscape architects and designers, particularly from minority groups, are needed if the goal is more just cities.
After three months of intense deliberation, the Landscape Architecture Foundation (LAF) has released their New Landscape Declaration, a poetic, powerful statement that many will feel captures the aspirations of landscape architects to steer the world onto a more sustainable course. At the ASLA 2016 Annual Meeting in New Orleans, Barbara Deutsch, FASLA, president of the LAF, said the declaration will help landscape architects have a “multiplying effect” beyond their numbers. The declaration, which is written for a global audience, will soon be translated into 30 languages.
“On June 10-11, 2016, over 700 landscape architects with a shared concern for the future were assembled by the Landscape Architecture Foundation (LAF) at the University of Pennsylvania in Philadelphia. Inspired by LAF’s 1966 Declaration of Concern, we crafted a new vision for landscape architecture for the 21st century.
This is our call to action.
Across borders and beyond walls, from city centers to the last wilderness, humanity’s common ground is the landscape itself. Food, water, oxygen – everything that sustains us comes from and returns to the landscape. What we do to our landscapes we ultimately do to ourselves. The profession charged with designing this common ground is landscape architecture.
After centuries of mistakenly believing we could exploit nature without consequence, we have now entered an age of extreme climate change marked by rising seas, resource depletion, desertification and unprecedented rates of species extinction. Set against the global phenomenon of accelerating consumption, urbanization and inequity, these influences disproportionately affect the poor and will impact everyone, everywhere.
Simultaneously, there is profound hope for the future. As we begin to understand the true complexity and holistic nature of the earth system and as we begin to appreciate humanity’s role as integral to its stability and productivity, we can build a new identity for society as a constructive part of nature.
The urgent challenge before us is to redesign our communities in the context of their bioregional landscapes enabling them to adapt to climate change and mitigate its root causes. As designers versed in both environmental and cultural systems, landscape architects are uniquely positioned to bring related professions together into new alliances to address complex social and ecological problems. Landscape architects bring different and often competing interests together so as to give artistic physical form and integrated function to the ideals of equity, sustainability, resiliency and democracy.
As landscape architects we vow to create places that serve the higher purpose of social and ecological justice for all peoples and all species. We vow to create places that nourish our deepest needs for communion with the natural world and with one another. We vow to serve the health and well-being of all communities.
To fulfill these promises, we will work to strengthen and diversify our global capacity as a profession. We will work to cultivate a bold culture of inclusive leadership, advocacy and activism in our ranks. We will work to raise awareness of landscape architecture’s vital contribution. We will work to support research and champion new practices that result in design innovation and policy transformation.
We pledge our services. We seek commitment and action from those who share our concern.”
In the session, Deutsch; Kristina Hill, Affiliate ASLA, University of California at Berkeley; Fritz Steiner, FASLA, dean of the school of design at the University of Pennsylvania; and Laura Solano, FASLA, principal at Michael Van Valkenburgh Associates, all members of the taskforce who contribute to the declaration, offered insights into the process, content, and calls to action. They also noted that the final declaration was written by University of Pennsylvania landscape architecture department chair Richard Weller, ASLA.
“Every word was scrutinized and debated in a very respectful but frustrating process,” said Hill, who was particularly proud the final text came out so strongly on the role of climate change. “Climate change is the driver of so many issues. We needed to be honest about that to address our problems.”
She thinks the document is far less U.S.-centric than the original 1966 declaration. This is because the U.S. is no longer “the most advanced part of the world — that’s Europe. We are now somewhere in the middle.” Furthermore, Japan and China have made huge leaps in infrastructure, while the U.S. is trying to figure out how to move forward with “low-cost, low-maintenance solutions.”
The declaration calls for shifting focus to the most vulnerable. While the U.S. is in no position to “save” developing countries, “we can partner with them,” and share knowledge.
Steiner focused on the declaration’s call to action to “strengthen and diversify our global capacity.” He said there are now about 70 landscape architecture programs in the U.S. and about 300 in China (up from just 1 program in 2000). To further scale up demand for landscape architecture undergraduate and graduate education, “we need to focus on K-12, particularly 1-8.” And to diversify, landscape architects need to target and reach minority students at a younger age. In this effort, “architects and urban planners are natural allies.”
Solano called for landscape architects to do their own part to raise awareness, “educating clients about how green their projects can be” and encouraging them to make more environmentally and socially responsible decisions. “We can lead by raising up what some clients are doing.”
And Deutsch wants all landscape architects to get out there and advocate, going beyond the “sexy” trips to Capitol Hill and engaging in “grit advocacy” by giving public lectures, visiting school groups, and getting involved in their own communities. “Get inside the machine and find out how the system works and then bring your voice to the table.”
A new online guide launched today by the American Society of Landscape Architects (ASLA) explains how communities can better protect themselves from natural disasters through resilient landscape planning and design.
According to the guide, the goal of resilient landscape planning and design is to retrofit communities to recover more quickly from extreme events, now and in the future. In an era when disasters can cause traditional, built systems to fail, adaptive, multilayered systems can maintain their vital functions and are often the more cost-effective and practical solutions.
The guide includes hundreds of case studies and resources demonstrating multi-benefit systems as well as small-scale solutions. It also explains landscape architects’ role in the planning and design teams helping to make communities more resilient.
Resilient design involves working with nature—instead of in opposition to it. It provides value to communities, including:
Risk reduction: As events become more frequent and intense due to climate change, communities must adapt and redevelop to reduce potential risks and improve ecological and human health. It’s also time to stop putting communities and infrastructure in high-risk places. And communities must reduce sprawl, which further exacerbates the risks.
Scalability and Diversity: Resilient landscape planning and design offers a multi-layered system of protection, with diverse, scalable elements, any one of which can fail safely in the event of a catastrophe.
Multiple Co-Benefits: Resilient landscape design solutions offers multiple benefits at once. For example, designed coastal buffers can also provide wildlife habitat and recreation opportunities; urban forests made up of diverse species clean the air while reducing the urban heat island effect; and green infrastructure designed to control flooding also provides needed community space and creates jobs.
Regeneration: Disruptive natural events that are now occurring more frequently worldwide harm people and property. Resilient design helps communities come back stronger after these events. Long-term resilience is about continuously bouncing back and regenerating. It’s about learning how to cope with the ever-changing “new normal.”
In an era when disasters can cause traditional, built systems to fail, adaptive, multi-layered systems can maintain their vital functions and are often more cost-effective and practical solutions. In an age of rising waters and temperatures and diminishing budgets, the best defenses are adaptive, like nature.
The guide to resilient design has been strengthened through the expert guidance of Alexander Felson, ASLA, assistant professor, School of Forestry & Environmental Studies and Yale School of Architecture; Kristina Hill, Affiliate ASLA, associate professor of landscape architecture and environmental planning and urban design, University of California at Berkeley; Nina-Marie Lister, Hon. ASLA, graduate program director and associate professor, Ryerson University School of Urban and Regional Planning; Nate Wooten, Associate ASLA, landscape designer, OLIN; and Kongjian Yu, FASLA, founder and dean, Peking University College of Architecture and Landscape and Turenscape.