Dumbarton Oaks, a Harvard University research institute, library, museum, and garden in Washington, D.C., has a number of fellowships open to landscape architecture academia and practitioners focused on race, democracy, and urban landscapes.
2021-2022 Mellon Fellowships in Urban Landscape Studies: These are available as part of the Mellon-funded initiative on “Democracy and the Urban Landscape: Race, Identity, and Difference.” Fellowships are for cross-disciplinary scholars, with a preference for those with PhD or master’s of landscape architecture degrees. Apply by December 1.
Mellon History Teaching Fellowships: These are for current faculty members in universities and other post-secondary educational institutions. Apply by December 1.
Garden and Landscape Fellowships and Project Grants: Awarded for an academic year or a semester, research fellowships are available to scholars with a terminal degree. Junior fellowships are available for degree candidates who have fulfilled all preliminary requirements for a terminal degree.
According to Dumbarton Oaks, project grants are “intended to support primary research of a specific site. Project grants may be used for a broad array of projects including field research, site analysis, botanical surveys, heritage conservation and restoration planning, with the goal of promoting the preservation and understanding of historic gardens and other significant designed landscapes.” Apply by November 1.
Another opportunity worth exploring for those who design classical gardens like Dumbarton Oaks:
The Institute of Classical Architecture & Art (ICAA) is accepting submissions for the Bunny Mellon Landscape Design Prize, “which recognizes the excellence and creativity of a project from an emerging landscape or architectural design professional whose work is inspired by classical or traditional design, holistically considers the symbiosis between outdoor environments and physical structures, and interweaves garden and architectural elements within their design.”
The winner will receive a $1,500 cash prize and will be recognized at the ICAA Southeast Garden Symposium: An Exploration of Architecture & Landscape, May 30-April 1, 2021 in Atlanta, Georgia, with weekend and travel expenses paid. Apply by December 15.
The prize is part of ICAA’s Bunny Mellon Landscape Curricula, which offers programs in landscape architecture for designers, students, and the public. According to ICAA, “this curricula, the first to be named in honor of Bunny Mellon, honors her commitment to landscape design, and her deeply-held belief that architecture is firmly linked to its surrounding landscape.”
It is especially gratifying to be recognized on the 120th anniversary of the birth of the man who established landscape architecture as “the mother of all arts”—Sir Jellicoe himself.
My Roots in the Village
I’d like to begin by talking a bit about my childhood, which ultimately had a profound influence on the way I’ve come to approach my work. I was born to a peasant family in Dong Yu village in southeast China’s Zhejiang Province. The village is located where White Sand Creek and the Wujiang River meet.
I swam in the creek during the summer and caught big fish when the monsoon season came. When I was small, I took care of a water buffalo, which grazed along the waterways and between the paddy fields. There were seven ponds, a patch of sacred forest and two big camphor trees in front of the village, under which many legendary stories about my ancestors were told.
The land was extremely productive. We planted three crops throughout the year, including canola, wheat, buckwheat, rice, sugar cane, peanut, sweet potato, corn, soybeans, carrot, turnip, radish and lotus.
The land and water were precious, but the weather could be unpredictable, so we had to design and manage our farm fields wisely, following nature’s cycle and wasting nothing, and adapting in order to make a living.
We worshipped the Earth God, Water God, and Yu the Great, the legendary king who knew how to manage water and plan the land. We also worshipped our ancestors, who had the wisdom of adapting to nature and cultivating the land.
In all likelihood, I would have followed in the footsteps of my father, who taught me how to cultivate the land, manage water, and be a productive farmer.
But it was a difficult time. Although we were a peasant family, we had also been landowners. During Mao Zedong’s Cultural Revolution, my family was labeled as members of the “landlord class.” Our land was seized and redistributed to communes, after which we collectively farmed it. More significantly for me, children from the landlord class were prohibited from attending school.
But in 1978, an army veteran who came to teach in my village, Mr. Zhou Zhangchao, caught up with me one day while I was riding my water buffalo home. He told me that Deng Xiaoping had reversed the policies that barred the children of the landlord class from going to school. I immediately enrolled in school and began studying hard to catch up.
In 1980, after 17 years working on the commune, I passed the national university entrance examination. I was the sole lucky university entrant out of 300-plus students in our rural high school.
On the Shoulders of Giants
By chance, I was chosen to enroll in Beijing Forestry University as one of 30 students in the entire nation to study gardening, which had been cancelled for ten years during the Cultural Revolution. I was fortunate to have some of the best landscape gardening professors in the nation as my mentors, including Wang Juyuan, the founder of the Landscape Gardening Program at the Beijing Forestry University; Chen Youming, my Master’s thesis advisor; and Sun Xiaoxiang and Chen Junyu.
In a certain sense, leaving the dusty countryside to make beautiful gardens in the city was a dream for me and my parents.
But when I finished college and was starting my career of teaching and making beautiful gardens for the city, I returned home to find that my village had been destroyed. The sacred forest and the camphor trees had been cut and sold off. The creek itself had become a gravel quarry, and the fish disappeared.
I began to ask myself: Was there something more I should be doing? What about my village and my fellow villagers? What about the land beyond the garden walls and beyond the city walls—where, at the time, almost three-quarters of a billion Chinese lived?
At this same time, I began looking abroad to learn more. In 1992, I was accepted at Harvard’s Graduate School of Design. I spent the next four years working with Carl Steinitz, Hon. ASLA, along with landscape ecologist Richard Forman and GIS and computing expert Stephen Ervin. I would often encounter Ian McHarg, Michael Van Vulkenburgh, FASLA, Peter Rowe, and others in the hallways.
For me, it was a tremendously exciting time. It was a chance to meld the village-level concepts of the Earth God, Water God, and Yu the Great, from my childhood, with the ideas of the great Chinese “gardening” masters—and some of the best minds in the West.
The concepts of landscape and urban ecology, people-oriented urbanism, landscape perception and revolutionary anthropology, landscape and architectural phenomenology, etc., enlightened the left side of my brain. Design works by contemporary masters including Peter Walker, FASLA, Laurie Olin, FASLA, Michael Van Valkenburgh, FASLA, Richard Haag, FASLA, Maya Lin, Martha Schwartz, FASLA, Peter Latz, Bernard Tschumi, and so on, inspired the right side of my brain.
It happened to be a time of great debate within academia, and I found myself fascinated by the tensions between design as political procedure versus design with nature, and art versus ecology.
I was captivated by two questions, which have subsequently driven my entire career:
Conservation vs. Development: Spatial planning based on the idea of balance –when land and space are limited, how can we balance ecological protection with development?
Sustainability vs. Beauty: The creation of Deep Form — what is the relationship between sustainability and beauty, how can we unite ecology and art?
After graduating, I was recruited by SWA in Laguna Beach, California. There, I was able to work with Richard Law, FASLA, on luxury properties, new urban development, and projects in the booming Asian market. Life on the beach was pretty good.
But while I was happily designing luxury properties and imagining the grandeur of new cities, I found that the land at home was under assault. Old buildings were torn down; hills were leveled; lakes and wetlands filled and polluted; rivers channelized and dammed; and public squares and boulevards were built at gargantuan size. It was the opposite of everything I had learned about how to create livable cities and landscapes.
And it turned out to be a national-scale challenge. Over 80 percent of Chinese cities suffer air pollution, which kills 1.2 million people each year. Flooding causes some US$ 100 billion in damage. Four hundred of 662 cities suffer water shortages. Seventy-five percent of the nation’s surface water is polluted, and 64 percent of cities’ groundwater is polluted. 50 percent of wetlands have disappeared in past 50 years, resulting in tremendous losses of wildlife habitat.
Meeting the challenges
(1) Start with Education and a New Identity
I landed at Peking University as a professor in 1997 and was immediately joined by my lifelong friend Li Dihu. Together we started the landscape architecture program in the Department of Geography. We hoped to help an important new profession establish a foothold across a vast landscape. But we had humble beginnings: We started with a grand total of 3 students. (Today, we have 200 students enrolled, with more than 600 graduates.)
But people still tended to see me simply as “a gardener,” with no relation to urban development, land and water management, flood control, or ecological restoration.
In China, there’s a legend about “The Land of Peach Blossoms,” a magical realm of peace, a sort of Shangri-La. To a certain extent, I have always thought of Dong Yu village, where I grew up—with the two big camphor trees under which I heard the stories of my ancestors and the sacred forest where they rest–as the Land of Peach Blossoms. And landscape architecture, to me, seemed a way to recover the lost Land of Peach Blossoms.
So I felt compelled to reclaim the importance of landscape architecture itself and began describing it as “The Art of Survival.” In doing this, I was inspired by Ian McHarg’s pugnacious call to arms: “Don’t ask us about your garden. Don’t ask us about your bloody flowers …. We’re going to talk to you about survival.”
We launched a new magazine, Landscape Architecture Frontiers, to promote our new approach. We brought in top thinkers in the field to lecture and held over 15 landscape architecture conferences to educate a young generation and begin creating a consensus.
(2) Trying to reverse the damage and inspire policy change
We felt that immediate action had to be taken to reverse the damage, so we launched the concept of “Inverse Planning” (反规划 fǎn guīhuà), which emphasizes the protection of existing natural functions and prioritizes what is not built—what should be protected instead.
I also realized that the only way to reverse the damage caused by conventional planning procedure was to convince decision makers to change the policies. So I kept writing and talking and lecturing to decision makers, from top authorities to township leaders. I delivered over 300 lectures to municipal decision makers and ministers.
In 2006, I made a proposal to then-Premier Wen Jiabao that, to my surprise and gratification, initiated the process of national security pattern planning and ecological red line regulation.
These two concepts help identify and protect critical landscapes to safeguard natural, biological, cultural and recreational values and functions, thus securing this wide range of ecosystems services essential for sustaining human society. The State Council has since issued four state regulations to safeguard national ecological security.
(3) The “Big Foot” Revolution
I also realized that bad decisions were being made simply because of a misguided mentality about civilization and misguided aesthetic sensibilities. For thousands of years, the “civilized” urban elite worldwide has insisted on the privilege of defining civilization, beauty, and good taste. Bound feet, deformed heads, and twisted bodies are only a few such expressions of cultural practices that, in trying to elevate city sophisticates above rural bumpkins, have rejected nature’s inherent principles of health, survival, and productivity.
In China, for more than a thousand years, young girls were forced to bind their feet in order to be able to be considered beautiful enough to marry urban elites. Natural, “big” feet were considered rustic and rural. The obsession with “little feet” sacrificed function and dignity for ornamental value.
Today, landscaping and city building, by far, are the most visible and extensive manifestations of the folly of civilization and aesthetic standards defined from above—what I think of as “little foot” urbanism and the “little foot” aesthetic.
On one hand, the “manicured little foot” grey infrastructure simply lacks resilience and is a waste of energy and materials. On the other hand, urban elites with “little foot” aesthetics trying to elevate city sophisticates above rural peasants have rejected nature’s inherent goals of health and productivity.
These kinds of “little foot” grey infrastructure and aesthetics are not only expensive, but also wasteful and unsustainable. China’s carbon emissions in 2017 accounted for 28 percent of the world total. And according to 2018 figures from the World Economic Forum, China consumes 59 percent of the world’s cement and 50 percent of its steel and coal.
So I began advocating for what I call a Big Foot Revolution. This movement begins with questioning some of the basic values I have mentioned above, and my hope is that it will mirror an earlier revolution in the way Chinese thought about their own bodies and culture.
In the early 20th century, The New Cultural Movement was launched by teachers and students at Peking University, and ultimately led to the rejection of foot binding and a re-embracing of the natural beauty of the human form.
I believe the Big Foot Revolution will happen at three levels of action:
Planning the Big Feet (planning ecological infrastructure across scales)
Creating Working Big Feet (creating nature-based engineering models inspired by ancient wisdom)
Making Big Feet Beautiful (new aesthetics to create deep forms).
“Planning the Big Feet” or planning ecological infrastructure across scales, is critical for securing ecosystems services, and weaving green infrastructure together with grey infrastructure. Inspired by the ancient concept of sacred landscape—and by modern game theory¬—I developed the concept of the Landscape Security Pattern, which focuses on protecting the critical landscape patterns needed to ensure that natural processes can continue.
“Creating working Big Feet” means creating nature-based engineering models inspired by ancient wisdom, particularly from agriculture. We have developed replicable modules based on traditional farming techniques of terracing, ponding, diking, and islanding to address climate change and related problems at a massive scale in a cost-effective manner.
In China, all rivers are dammed and channelized with concrete flood walls. China has more than half of the world’s dams greater than 15 meters in height. More than US $20 billion is invested to control flooding each year, but US $100 billion is lost and 10 million people are affected every year. We need to accept and embrace flooding as a natural phenomenon, and turn grey infrastructure into green to help temper the damage of inevitable floods.
Due to the monsoon climate, over 62 percent of Chinese cities suffer from urban flooding. How much more flooding could be managed better if nature-based solutions were implemented nationwide? Using sponge city concepts would greatly increase water resilience.
In China, 75 percent of surface water is contaminated. Globally, 85 percent of sewage goes untreated. But the landscape can be a living system to clean water. Terraced, constructed wetland can be used to remove nutrients through biological processes.
We have already incorporated many of these ideas at several parks throughout China. In Zhejiang Province’s Taizhou City, we redesigned the Yongning Park as a “floating garden” with ecological embankments that can reduce peak flood flow by more than half, and create a seasonally flooded natural matrix of wetland and natural vegetation that sustains natural processes. This park demonstrates an ecological approach to flood control and stormwater management, while also educating people about new and forgotten solutions to flood control beyond engineering.
In Zhejiang’s Jinhua City, water-resilient terrain and planted vegetation were designed to adapt to monsoon floods. A resilient bridge and path system was designed to adapt to the dynamic flows of water and people. The river currents, the flow of people, and the gravity of objects are all woven together to form a dynamic concord. This is achieved through meandering vegetated terraces, curvilinear paths, a serpentine bridge, circular bioswales, planted beds, and curved benches.
In Harbin, in the far north, we turned the Qunli Stormwater Park into a “green sponge” that filters and stores urban stormwater while providing other ecosystem services, including the protection of native habitats, aquifer recharge, recreational use and aesthetic experience, which together help foster sustainable urban development.
At Dong’an Wetland Park on Hainan Island, off the coast of southern China, creating a green sponge in the center of the urban environment was an essential adaptation strategy for increasing resilience to climate change, particularly in an area where tropical storms can easily overwhelm conventional drainage systems.
In this case, a heavily polluted 68-hectare site was filled with non-permitted buildings and illegally dumped urban debris. Inspired by the ancient pond-and-dike systems and islanding techniques in the Pearl River Delta, and using simple cut-and-fill methods, a necklace of ponds and dikes was created along the periphery of the park that catches and filters urban runoff from the surrounding communities.
In the central part of the park, dirt and fill were used to create islands that are planted with banyan trees to create a forested wetland. Both ponding and islanding will dramatically increase the water-retention capacity of the park and increase the eco-tones between water and land to speed up the removal of nutrients. The constructed wetland can accommodate 830,000 cubic meters of storm water, dramatically reducing the risk of urban inundation.
Along the Huangpu River in Shanghai, we designed Houtan Park as a regenerative living landscape on a former industrial brownfield. The park’s constructed wetland, ecological flood control, reclaimed industrial structures and materials, and urban agriculture are integral components of an overall restorative design strategy to treat polluted river water and recover the degraded waterfront in an aesthetically pleasing way. The 10-hectare park, which is 1,700 meters long, filters phosphorous and other nutrients from 2,400 cubic meters of water per day, which is enough water for 5,000 people.
The Meshe River in Haikou has suffered flooding due to the monsoon climate and water pollution caused by sewage and non-point source pollution from urban and suburban runoff. The river had been channelized with concrete for the sole objective of flood control, which destroyed its ecological resilience.
We used nature-based solutions to create resilient green infrastructure that has revived the river. The concrete flood walls have been removed and the river was reconnected to the ocean so that tides could once again enter the city. Wetlands and shallow river margins were reconstructed so that mangroves could be restored. A terraced mosaic of wetlands along the banks of the river was designed as natural water-treatment facilities that catch and cleanse nutrient-laden runoff, and a significant amount of wildlife habitat has been recovered in the dense city center.
The Mangrove Park in Sanya City, on the island of Hainan, is another example of nature-based climate resilience. To mitigate urban flood risk caused by climate change, it was critical to restore mangrove along the waterways and coastal shorelines. One of the key challenges was finding an efficient and inexpensive method to reestablish the mangrove habitat that had been extensively destroyed due to rapid urban development. To that end, fill composed of urban construction debris and concrete from the demolition of the flood wall was recycled on site.
Cut-and-fill techniques were subsequently used to create a gradient of different riparian eco-tones for diverse fauna and flora, particularly different species of mangroves. An interlocking-finger design was used to lead ocean tides into the waterways, while also attenuating the impact of both tropical storm surge and flash floods originating in the urban and upland area upstream, both of which can harm establishment of mangroves. This also maximized habitat diversity and edge effects, which increase the interface between plants and water; this, in turn, enhances ecological processes such as nutrient removal from the water.
The dynamic aquatic environment that follows the rise and fall of tides and provides several aquatic species with the daily water-level fluctuation they need for survival. Terraces between city streets and the river have been augmented with bioswales to catch and filter urban stormwater runoff. In just three years, an area of lifeless land fill within a concrete flood wall in the center of the city was transformed into a lush mangrove park. This type of mangrove rehabilitation can be implemented at a large scale efficiently.
In China, 60 percent of urban soil is contaminated, and conventional remediation is usually very expensive. In Tianjin’s Qiaoyuan Park, I wanted to show how we can let nature do the work, by using nature-based soil remediation techniques. Through regenerative design and by sculpting land forms and collecting rainwater, the natural process of plant adaptation and community evolution was introduced to transform a former shooting-range-turned-garbage-dump into a low maintenance urban park. The park provides diverse nature-based services for the city, including retaining and purifying storm water to regulate pH, providing opportunities for environmental education and creating a cherished aesthetic experience.
Making Big Feet Beautiful means promoting the new aesthetics to create deep forms. In this, I was inspired by Anne Whiston Spirn’s New Aesthetics that “encompasses both nature and culture, that embodies function, sensory perception, and symbolic meaning, and that embraces both the making of things and places and the sensing, using, and contemplating of them.”
The timeless interdependence of culture and nature is most visible in the bond between peasants and their farmlands, and practices such as cut and fill, irrigate and fertilize, frame and access, grow and harvest, recycle and save — all of which embody some of the principles of new aesthetics that inspired my design.
In Qinhuangdao, I put a ribbon on the river to frame and transform the messy nature into an ordered urban park. Winding through a background of natural terrain and vegetation, the “red ribbon” spans five hundred meters and integrates lighting, seating, environmental interpretation and orientation. This project demonstrates how a minimal design solution can dramatically improve the landscape, while preserving as much of the natural river corridor as possible during the process of urbanization.
China has 20 percent of the world’s population, but only 8 percent of the world’s arable land—10 percent of which has been lost in the past 30 years due to urban development. Our project on the Shenyang Jianzhu University Campus uses rice paddies to simultaneously define the structure of the landscape design and introduce a productive landscape into the urban environment. It is a demonstration of a method to resolve the tension between urban development and food production in today’s developing world.
In Quzhou’s Luming Park, we embraced the concept of agricultural urbanism. On a site surrounded by dense new urban development, we created a dynamic urban park by incorporating the agricultural strategy of crop rotation and a low-maintenance meadow. An elevated floating network of pedestrian paths, platforms and pavilions creates a visual frame for this cultivated swath and the natural features of the terrain and water. Using these strategies, a deserted, mismanaged landscape was dramatically transformed into a productive and beautiful setting for urban living, while preserving the natural and cultural patterns and processes of the site.
I have also tried to show the possibilities of reusing and recycling. While China has been on an incredible building boom, it has also demolished large parts of its cities. In 2003, for instance, some 325 million square meters of new buildings were constructed, while 156 million square meters was demolished. Thousands of villages and factories were wiped out.
The Zhongshan Shipyard Park near Guangzhou, inaugurated in 2002, was an effort to show that existing building and other structures can be incorporated into new development. The park reflects the remarkable 70-year history of socialist China and has been lauded as a breakthrough in Chinese landscape architecture. The original vegetation and natural habitats were preserved and only native plants were added. Machines, docks, and other industrial structures were retained not only for functional purposes, but also to educate and because of their aesthetic appeal. The park demonstrates how landscape architects can create environmentally-friendly public places full of cultural and historical meaning on sites not previously designated for attention and preservation. Its design supports use by the common people, as well as the environmental ethic that “weeds are beautiful.”
For over 20 years, we have tested and built over 500 projects in 200-plus cities and showcased numerous replicable models for healing and transforming our land at various scales.
Looking back, I have a better understanding of how my village-level landscape experiences, melded with modern concepts of landscape and urbanism, sustainability and aesthetics, which were developed by my many teachers and mentors, have helped me to address some of the common challenges that our profession is facing today.
I find myself thinking often of my roots in Dong Yu village. I think of King Yu the Great, who had the vision of healing the earth and living with nature. I think of the peasants who transform the landscape in which they live with their own hands. And I want to think like a king, but act like a peasant.
This is an incredibly sobering time to contemplate the relationship between humans and the natural world. The global pandemic is a powerful reminder that any belief in the conquest of nature is pure folly. We are all living in a new era of humility.
Yet I also believe that the pandemic—together with climate change—is also highlighting how important it is to create landscapes that can not only heal bodies and minds, but also the planet itself.
It is such a great honor to be in the company of the many great and thoughtful landscape architects who come together under the banner of IFLA. As former IFLA president Martha Fajardo said in 2005: “Landscape architect is the profession of the future.”
Thank you, and I wish everyone the best in collectively keeping ourselves and our loved ones safe.
Landscape architects, urban planners, and architects can build solidarity with the social and environmental justice movements by creating conferences that use diversity, equity, and inclusion as a guiding framework. This is what we did with the 2019 ASLA Florida Chapter Conference in Orlando, Florida, where I was given the privilege to lead a diverse team of ASLA Florida volunteers as the 2019 conference chair.
As a member of the Puerto Rican diaspora residing in Orlando, I focused the conference team on the role landscape architects can play in moving forward social and environmental justice. ASLA members and allied professionals were invited on Common Ground (the theme of the conference) to discuss these issues. With the support of the ASLA Florida Chapter executive committee, we partnered with Black, Indigenous, and People of Color (BIPOC) and women leaders in landscape architecture who could guide us through the hard conversations.
During his keynote speech at Common Ground, Walter Hood, ASLA, a landscape designer, artist, and founder of Hood Design Studio, said, “some words are hard to hear.” But it was the words of these diverse leaders that increased member attendance by 25 percent and vendor participation by 27 percent in comparison with previous state conferences. These gains in attendance and engagement are evidence that national planning and design organization need to commit to a diversity, equity, and inclusion framework.
I have highlighted three commitments that you can adopt in your conference planning process:
Commit to Creating a Platform for Diverse Voices
BIPOC designers are not a monolith. We cannot check a box for diversity and assume diversity, equity, and inclusion has been achieved. Including the voices of Latinx, women, and Black landscape architects and educators was a conscious choice that we understood would enrich the conversation.
However, the four days we had for the conference was not enough. When we talk about inclusion and diversity, we cannot add one or two people of color to a panel and think we have accomplished our goal. This is why the majority of our keynote speakers needed to be people of color and women.
Meghan Venable-Thomas, Gina Ford, FASLA, Diane Jones Allen, FASLA, Kofi Boone, FASLA, Walter Hood, FASLA, Christina Hite, ASLA, Kimberly Garza, ASLA, Kona Gray, FASLA, and Emily O’Mahoney, FASLA, represented different perspectives as keynote speakers. They nourished our hunger to learn about our roles in social and environmental justice, but their voices weren’t drowned out.
Commit to Making Our Leaders Accessible to BIPOC Students
Conferences often highlight gaps between us. But a conference planned around diversity, equity, and inclusion bridges those divisions, especially for BIPOC students. A big step is removing financial barriers for students by making conferences free for student members. We committed to making it free for all registered students to attend.
Just like the fight for curb cuts in 1972, which increased access to people with different abilities, we needed to fight for a conference culture that cuts through the invisible barriers that separate BIPOC students from accessing leadership.
To address those invisible barriers, we created a volunteer position within the conference committee for a mentor to train student volunteers ahead of the conference. Students were eager to volunteer even though the conference was free. With professional training and access to leadership within ASLA, the students saw the incentive to attend the conference and volunteer. The result was record student turnout.
Commit to Stewardship
When I was a student, perhaps the idea that most attracted me to ASLA was, by joining, I too could become a “steward of the land.” In my student chapter, we co-opted this title and called ourselves “stewards of the land in training” because we understood that as aspiring stewards, we had to facilitate the change we want to see.
Now, as an emerging professional, I believe conferences are an opportunity to practice stewardship in a contextual manner. The conference committee reached out to local Black artists — two painters and one poet. We hired them to interpret who we are through their art. Jamile B. Johnson and Genevieve DeMarco painted eight scenes depicting the Black experience in our parks and public spaces. Blu Bailey, the poet, gave the gift of words with a powerful recital for Walter Hood (see video above).
The threads that binds these commitments are leading by stepping aside, elevating marginalized voices, and empowering the future leaders of our profession. Planning conferences with diversity, equity, and inclusion will help us do just that.
Daniel Rodriguez, Associate ASLA, is a landscape designer with Destination by Design, a multi-disciplinary economic development firm based in Boone, North Carolina.
Last year, a group of landscape architects and planners — Gina Ford, FASLA; Steven Spears, FASLA; Jamie Maslyn Larson, ASLA; Cinda Gilliland, ASLA; and Rebecca Leonard, FAICP — founded WxLA, an advocacy initiative for gender justice in the field of landscape architecture.
After raising $10,000, the organization sent a group of seven young women to the ASLA 2019 Conference on Landscape Architecture. This year, WxLA is back, offering scholarships to a new group of emerging leaders so they can attend ASLA’s upcoming virtual program.
WxLA states that the purpose of the scholarship is to aid in the “professional development and success of young and emerging leaders” by covering costs associated with a virtual program. Applications are due August 15.
For upcoming educational content the team has planned, WxLA also asks landscape architecture professionals to fill out this survey.
The pandemic didn’t stop this year’s Landscape Architecture Foundation (LAF) fellows in innovation and leadership from presenting the results of their year-long investigations. In an online symposium attended by more than a thousand people, six emerging leaders in the field of landscape architecture explained how design can help create a more just world. Each fellow received a $25,000 grant from LAF to travel, conduct research, and build their leadership skills.
Liz Camuti: Bad RFPs Set Back Resilience Planning Efforts
Liz Camuti, ASLA, a landscape designer at SCAPE (and we are proud to say, a former ASLA communications intern) told the story of Isle de Jean Charles in Louisiana, the homeland of the tribe of the Isle de Jean Charles Band of Biloxi-Chitimacha-Choctaw Indians. More than 98 percent of the tribe’s lands have been lost due to rising sea levels and coastal erosion. In 2016, the state of Louisiana received $48 million from the U.S. Department of Housing and Urban Development (HUD)’s National Disaster Resilience Competition (NDRC) to resettle the Isle de Jean Charles community.
After finding their concerns were ignored during federal and state planning processes, the community eventually decided to forgo resettlement. Camuti blamed the “so-called design solution handed down through the request for proposal (RFP).” This led her to examine the “centuries of problems with RFPs” issued by federal and state governments, and the awful position many planners and landscape are forced into of simply obeying the forms and “checking the boxes.” She called for communities and landscape architects to “uncheck the box” and push back against poorly-conceived RFPs.
As part of the RFP development process, all communities, and particularly indigenous ones, should be better consulted on how they want to be identified. Public participation processes, which are often a requirement, should be designed to air conflicts instead of minimizing them. Ample time should be given to establishing community ownership of a project through the creation of working groups and steering committees. Instead of coming in as experts, landscape architects need to reframe their relationship with communities with which they work and become much more humble about what they don’t know.
Diana Fernandez-Bibeau: Diverse Communities Need Heterogeneous Landscapes
“We design places for diverse species of plants and animals. Why not design spaces for diverse people?,” asked Diana Fernandez-Bibeau, ASLA, a senior associate at Sasaki. By studying ecology, which explores species diversity, and anthropology, which delves into human diversity, landscape architects can partner with communities to design places defined by “landscape heterogeneity.” This process involves weaving diverse social, cultural, linguistic, and environmental systems into a place.
Heterogeneous places are much needed, because there are already “too many homogenized public spaces in the U.S. that were not designed for people of color,” Fernandez said. “Landscapes are not neutral ground but poignant expressions of power.” Homogenized spaces are created by a colonizing power that minimizes difference.
As far as a process for creating heterogeneous landscapes, Fernandez argued that there is “no formula,” and what matters most is having a “state of consciousness” that is based in the “acceptance of the other.” She said diverse communities are more than capable of defining themselves. She pointed to the community design process for the new Frederick Douglass Memorial in Boston, in which an African American spoken word artist helped create a safe space for community sharing and spiritual growth.
Nicholas Jabs: Climate Change Is an Opportunity to Revitalize Middle America
“Middle America is too often ignored,” argued Nicholas Jabs, a designer with PORT Urbanism in Philadelphia, who gave a centuries-spanning overview of the region, from the Ice Age, which resulted in rich soil deposits, to the establishment of indigenous tribal communities, and the rise of fur traders. Communities like St. Louis, Chicago, and Minneapolis formed on rivers, because rivers were the major transportation system, but by the mid-1800s, railroads began to dominate and manufacturing spread.
Over the next few decades, middle American cities were transformed from “vertically organized” communities in which manufacturing co-existed with housing to “factory warehouse cities” characterized by the rise of “horizontal, specialized manufacturing zones” separated from housing. This led to urban and suburban sprawl, corporate campuses, and science parks. An ensuing multi-decade decline in American manufacturing was in part halted in the 00s by “flexible and urban” manufacturing that creates “high-quality crafts on demand.”
Climate change offers an opportunity for middle America. With its legacy infrastructure, resources, and manufacturing and distribution know how, middle America is poised to play a leading role in the mass mobilization of people and resources to reduce emissions and adapt communities. As communities address climate impacts, “we’re going to need to make and fix lots of things.” Middle America can lead with “craft, cultivation, community, and care,” which can transform the region once again.
Jeff Hou: A New Network to Grow Design Activists
Amid the grave environmental, health, and social justice issues facing the world, how can landscape architects make a difference? Jeff Hou, ASLA, a professor of landscape architecture at the University of Washington, formed a design activism working group across universities and landscape architecture organizations, which resulted in a 50-page framework of action based in a set of principles. There are now 800 professors and students sharing ideas in a collaborative online community.
Principles include: politicize, which calls for “understanding that the built environment is a result of a political process;” hybridize, which involves increasing cross-disciplinary collaboration; and “glocalize,” a new word combining globalize and localize as a way to encourage intercultural learning and connection. Other key principles are: improvise; problematize, which means to re-evaluate complex, interconnected issues; authentize; re-organize; and democratize, which is a call for “re-examining our systems of justice.”
Hans Baumann: The Value of Immersion in the Culture of Indigenous Peoples
Hans Baumann, an independent landscape architect in Santa Monica, California, spent his fellowship with the Torres-Martinez Indians, whose 22,000 acre reservation is adjacent to the Salton Sea, California’s largest body of water. The sea is expected to lose a third of its volume within a decade because of climate change and agricultural water use, with major impacts for the cultural and spiritual practices of the tribe.
The Salton Sea is found within the footprint of the much larger prehistoric Lake Cahuilla. The Torres-Martinez have long had a deep cultural connection to the sea and the lands around it. Baumann partnered with the tribe on a series of slow creative projects, including community workshops and other landscape interventions with the goal of building relationships and trust with the tribe.
After two months of coordination, the tribe and Baumann were able to organize a kayaking event for tribal youth out on the sea, so that young people could create a “more positive relationship with the water.” Surveys showed that the tribal youth changed their perspective of the sea to “cool, fun, and awesome” after the event. He concluded that he invested in long-term relationship building and is purposefully not leading the way. “I don’t have the solution.” Baumann encouraged landscape architects to research the many tribes in the U.S., their historic homelands, and get involved, but to also recognize that “work is already being done in communities.”
Pierre Bélanger: A Call for Accountability to Indigenous Peoples
Pierre Bélanger, a landscape architect, urban planner, and “settler scholar” who founded the non-profit organization Open Systems Landscape Architecture Lab, turned his screen black and read from an email he wrote to Brad McKee, the editor in chief of Landscape Architecture Magazine. He exhorted the audience to take greater responsibility for their historical impacts on communities and the environment. “Who are we — landscape architects — accountable to?,” he asked.
Bélanger called for greater accountability to indigenous peoples and an end of “settler capitalism,” which he argued still persists. “Since every square inch of land in the U.S. and Canada is treaty land, I wrote ‘No Design on Stolen Land‘ in Architectural Design Magazine earlier this year with a group of close colleagues that I had been working with over the past decade: Ghazal Jafari, Pablo Escudero, Hernan Bianchi Benguria, Tiffany Kaewen Dang, and Alexandra Arroyo.” He explained that “the article may seem foolishly polemical or unnecessarily provocative, or totally impractical as some have shared, but at a time when profound structural and systemic change is needed, we as practitioners and educators can no longer afford to ignore, let alone deny, the inseparable nature of climate change and colonialism to change the present.”
Over the past few weeks, I asked myself hard questions to better understand my role and my profession’s role in tackling the compounding issues of the contemporary world:
Are we in a moment of extreme opportunity or inability?
In the wake of COVID-19, there was a rapid response by landscape architects through articles, webinars, and forums, imagining a future post-pandemic. In fact, those pieces keep coming every day.
However, the landscape architecture profession’s response to calls for social change and racial justice did not have the same sense of urgency. It seemed as though the previously zealous fighters for public safety and well-being couldn’t see the correlation between widespread civil unrest and their jobs. The combination of unfavorable responses to calls for change or just lack of responses was inexplicable to many.
This caused people to quickly voice opinions of dissatisfaction on social media aimed at specific organizations, firms, and even people within the profession. Some were based on personal experience and some just anonymous attacks, but all seemed to incite more of the latter.
Weeks later, I saw revised statements and commitments from firms and organizations seemingly bullied into action. Then came webinars, articles, and shared stories. The needle felt like it was moving, but it now feels like momentum has slowed.
I started to question if the complexities of racialized manifestations in the built environment are just too difficult for landscape architects to tackle and if we are equipped with the knowledge and tools to make a difference. I believe the future success of the profession depends on our ability to provide service to our colleagues and clients that address this new paradigm shift in social awareness.
How do we move forward with no master plan? Are there no experts in the room?
I think many of us want someone to have it figured out. The idea of best practices is ubiquitous in our profession. In The Dirt’s recent interview with Walter Hood, ASLA, he states:
“All I hear is, ‘Walter, help me. I’m working in a black community. I need you.’ No, you don’t need me. You need to do the work for yourself. You need to learn about us. You need to get in there and roll up the sleeves. This is not my (our) problem. Until it changes, we’ll be back in the same position 20 years from now, asking why we’re not a diverse profession.”
Unfortunately, while there is knowledge within the profession working with minority communities, it simply cannot be the only foundation for us moving forward. The intersectionality of the issues the landscape architecture profession is trying to combat cannot be tackled with a one size fits all approach. It’s clear there is no expertise within our field to tackle these interconnected issues (not to say there isn’t true expertise outside our discipline or at the margins that still remain unrecognized). The ramifications of COVID-19 only exacerbate the threats facing disenfranchised communities.
Can we afford to push any design agenda without thinking of these issues in their totality and their adjacencies? At the Urban Studio, we are asking new questions and hope that many of our colleagues in firms and other organizations are as well.
Can we create real change in our profession without diverse voices present?
We want to challenge who is seen as an expert in the room. Conferences on landscape architecture are where the typical rotation of “thought leaders” talk to people. We started to imagine a different type of conference — a conference not for one group to talk at another, but for everyone to talk and work with each other.
With most people quarantined to their homes, one might think this impossible. Fortunately, video has helped fill the void and enables us to converse and also see each other. The matrix style of communication has been used for quick conversations to full-length discussions.
As a proponent of the benefits of technology in our field, I see something unique here, a new medium for communication. I see a way to democratize discourse in a way that is unfamiliar to our profession. There is no posturing when you are a floating torso. It is harder to forcefully speak over someone and naturally feels wrong in that interface.
This conference will be different from traditional professional conferences you have attended. Over the past few decades, the alternative conference format was made popular in the technology industry as a response to more rigid meeting formats that minimize interpersonal connection and communication necessary to generate bigger and better ideas. The unconference will open with brief panel discussions to set the stage for a participatory discussion. The remainder of the event will be guided by a professional Open Space facilitator who will encourage and guide participants to ensure safe and inclusive conversation.
In order to encourage that participants walk away with action-oriented next steps, we will provide tools within the event for collaborative documentation. Participants will be able to record their thoughts, strategies, and propositions in real-time through QiqoChat, a specialized interface for robust online conferencing. The platform provides autonomy for participants to not only propose and lead discussions but also move around freely between them. We imagine this will be a transformative experience for those who attend and the profession.
We have an opportunity to change. Let us be intentional about it. Let us make the most of this opportunity.
Andrew Sargeant, ASLA, is a landscape designer and pioneer of design technology in the field of landscape architecture. He is the vice president of The Urban Studio, a Landscape Architecture Foundation (LAF) Olmsted Scholar Fellow, and a part of the ASLA’s Digital Technology PPN Leadership.
The Urban Studio: Expanding how students of color are educated and engaged around design. Our mission is “to advance design thinking for equitable + sustainable urbanism.” Please visit theurbanstudio.org and donate.
Accurate geospatial data is needed to plan and design coastal resilience efforts. Landscape architects use elevation representations to understand flooding, storm surges, and sea level rise. But what happens when there is no unified elevation data?
Karen M’Closkey, ASLA, an associate professor at the University of Pennsylvania, discovered this was the case for the Galápagos Islands during a studio she conducted exploring the island chain. Together with Keith VanDerSys, her partner at PEG Office of Landscape + Architecture and the director of digital media at the University of Pennsylvania, the duo contacted INOCAR, the Ecuadorian oceanography agency, about the lack of data.
Ultimately, INOCAR requested help in creating the data and digital models for the community and designers. To sort out the technological and engineering challenges of the project, Michael Luegering, senior associate at Michael Van Valkenburgh Associates, and Michael Tantala, adjunct professor at The City College of New York, were brought onto the team.
The Galápagos, while typically considered first and foremost a biodiversity hotspot, is also home to some 34,000 residents living on four islands.
A growing ecotourism industry over the last forty years has resulted in the “Galápagos Paradox” — the advertised pristine wilderness of the archipelago increases the flow of goods and people into the chain of islands, resulting in greater pressures on the naturalized world and labor demands to maintain it. Furthermore, revenue from ecotourism is used to fund and protect the national parks, limiting the amount of public funding for the local population and infrastructure. To aid urban growth planning, PEG decided to create detailed 3D models of the town’s waterfront.
Data collection began in the town of Puerrto Baquerizo Moreno, located on the island of San Cristóbal, which has the second highest population and only fresh water source in the Galápagos and is the location of Charles Darwin’s first landing.
There, PEG noted that “water demand and building have increased dramatically, causing major challenges in water management.” Accurate accurate topographic and bathymetric, or underwater topographic data, was needed to propose solutions.
Puerto Basquerizo Moreno is continuing to expand upland without regard for the impact it is having on the town’s water management. PEG identified four principles to guide urban growth for the town: prioritize mixed development over the recent trend towards single family homes; offer flexible multi-use community space within the development blocks of the urban fabric; work with existing water flow patterns and areas with significant vegetation within the urban fabric; and, lastly, bring the natural beauty of the national park into the urban environment through a connective ravine setback.
These principles were developed to help protect existing open spaces within the urban fabric. The geospatial data collected was used to communicate the value of the principles to local community members and INOCAR officials as they craft future development plans for the area.
PEG’s hope is this landscape framework offers a “vital social and ecological resource” for local leaders, one that will encourage development that avoids low-lying areas.
PEG established a vertical datum against which tide levels can be accurately and consistently measured, as well as topographic and bathymetric models of the town. INOCAR had a water level gauge at this location, but its measurements were not tied to a unified vertical datum, making it impossible to compare with the other gauges in the archipelago or globally.
Off-the-shelf drones were used to run Unmanned Aerial Vehicle (UAV) surveys of the areas shoreline and ravines. UAVs offer data capturing precision down to a centimeter, far superior to Digital Elevation Models (DEMs) produced by satellites. The drone is measured against pre-determined ground control points scattered throughout town to achieve this high level of resolution. The ground points were established with GPS/GNSS (Global Navigation Satellite System) survey equipment.
Overlapping data points helped further ensure the accuracy of each data point collected, which can then be aggregated into a high density point cloud and turned into a digital model of the topography and bathymetry of the region.
In fall 2019, PEG delivered this model to INOCAR, which will be instrumental in modeling past and future storm surges and seas-level rise and planning tsunami scenarios.
PEG plans to return to Santa Cruz, the most populous island in the archipelago, to complete the surveying process of the area surrounding the remaining two tidal gauges.
Climate change will increasingly threaten coastal communities in the global south. Digital models based in accurate geospatial data is paramount to helping these communities become more resilient. With the democratization of drone technology, landscape architects can play a larger role in creating needed geospatial data sets, rather than just consuming them.
While being cooped up at home, now may be a good time to hone your graphic design skills. For landscape architects and designers, urban planners, and architects who present work to the public or private clients, the fully revised Graphic Design Rules: 365 Essential Dos and Don’ts offers common sense design suggestions and up-to-date Photoshop tips that will improve your work. The book is written for those just getting started as a designer and expert communicators who want to refresh their approach.
Created by Sean Adams, chair of graphic design at ArtCenter College of Design in Pasadena, California; Peter Dawson, a typographical designer; John Foster, principal of the design firm Bad People Good Things; and Tony Seddon, a freelance designer and writer, Graphic Design Rules brings together different voices united in the goal of “assisting the designer with issues of craft through rules, suggestions, and methods.”
Adams, an American Institute of Graphic Arts (AIGA) medalist, argues in the introduction that “the best thing about rules is that they often work best when broken.” We wouldn’t enjoy the well-spring of visual innovation — new fonts, layouts, or color schemes — if no one broke the rules. The trick is “when to follow the rules and when to ignore them.”
Graphic Design Rules is organized into sections on type and typography, layout and design, color, imagery and graphics, production and print, and then a final section on the practice of design. Each tip is on one to two pages and features a bright green signal indicating “Go for it,” and a red stop sign that signals “this should be avoided at all costs.”
Readers of the section on type and typography will learn never to use Comic Sans unless ironically. Times New Roman is boring but has its purpose. Zapf Dingbats should stay out of your designs. And the classic typefaces — Garamond, Helvetica, Futura — are classics for a reason.
The authors encourage you to nerd out and study typographical classifications. This kind of guidance is balanced with extremely practical advice like: “Don’t use any more typefaces in one layout than is absolutely necessary.”
The layout and design section delves into rules for organizing information that can apply to everything from a one-page PDF to a brochure, advertisement, webpage, or poster. Here, the authors exhort their readers to use a grid to maintain a layout’s structure, but also break out of the grid if the layout prescribes it. A few essential tips: “Do create a focal point for every layout” and “Do establish a visual hierarchy that leads to the most important information.” Creating layouts or designs in Microsoft or PowerPoint is verboten; learn and use design software.
Beginners will perhaps learn the most from the color section, which explains how colors are made — either from light or pigment — and how to work with them with tools like Photoshop. The authors get you to think critically about hue, saturation, and value (or brightness) and how they impacts designs. You can delve into the technical details of color spaces; how to synchronize your color settings across Photoshop applications, which is crucial for consistency; and the differences between RGB and CMYK.
Some important Dos: Colors need to have a reason for being; don’t just a select a color because you like it. It’s important to ask your client about color preferences, too. One brilliant suggestion is to look at the colors that surrounds you in the environment for color inspiration. “They will always remain in harmony and be unique to your experience.”
In imagery and graphics, you will learn why it’s important to avoid stock images, but to check stock image sites anyway because sometimes the perfect one could be hidden away on page 8 of a search result. The book suggests designers explore technical issues like file types and bit depth. There are tons of recommendations for how to crop, edit, and format images in Photoshop. “Do always apply some sharpening to digital images.” And they lay down the law with a recommendation like: “Don’t use Photoshop filters to disguise a low-quality image.”
A later chapter may only be of interest to those who are trying to faithfully present their designs in print format and want to get into the nitty-gritty of printing. And the practice of design explains how to stay true to yourself as a designer while doing your best for your client. One important tip: “Don’t present mood boards unless specifically asked – and even then.”
Architect of Sweden’s No-lockdown Strategy Insists It Will Pay Off – 05/07/20, The Financial Times
“Anders Tegnell, Sweden’s state epidemiologist who devised the no-lockdown approach, estimated that 40 per cent of people in the capital, Stockholm, would be immune to Covid-19 by the end of May, giving the country an advantage against a virus that ‘we’re going to have to live with for a very long time.'”
In a Zoom lecture sponsored by Harvard University Graduate School of Design (GSD), David Moreno-Mateos, a restoration ecologist and an assistant professor of landscape architecture at GSD, asked: “Are we ready to restore the planet?”
The trends on global biodiversity aren’t good. As humans degrade or destroy an increasingly large share of the Earth’s ecosystems, extinction rates have tripled in the past 100 years. “Vertebrate populations have declined 58 percent in the last 40 years,” Moreno-Mateos explained. Furthermore, local species richness has declined by 40 percent in most developed countries over the past 150 years.
Moreno-Mateos believes nature itself is a thing of great value. Nature provides an estimated $125 trillion of benefits in the form of food, water, medicine, and other resources through its ecosystems. Biodiversity is critical to ensuring the function and resilience of these ecosystems. To connect the dots: biodiversity is then central to clean air and water and the preservation of our food sources through seed banks, pollinators, and fisheries.
The challenge is that “ecosystem restoration is a long-term process.” In a review of scientific studies on some 3,000 restored ecosystems, research has shown that after 150 years, restored ecosystems are 70 percent less diverse and 40 percent less functional than undisturbed ecosystems.
Land-based ecosystems are made up of a diversity of animal, insect, fungi, and plant species, with specific carbon, soil, and water characteristics. There are specific levels of nutrients, including phosphorous, organic matter, and nitrogen. These elements all interact in particular ways. Given all the complexity, “ecosystem restoration has limited effectiveness.”
So this was perhaps the key message of Moreno-Mateos’ talk: the best approach is to not degrade incredibly complex ecosystems. There is still too much about their functions we don’t understand, and it’s nearly impossible to recreate their dense networks of interactions.
But if an ecosystem has been disturbed, Moreno-Mateos sought to find out: what happens over the long-term? What can be done?
Species diversity results in community composites. Think of a meadow, a community of plants that thrives together. There are interaction networks within those communities and between communities. A resilient meadow has a greater abundance of network interactions, with a higher number of “strong links” — “that is species that interact more strongly.” The same is true below ground. Amid soil communities, “the higher the complexity, the higher the functionality, and, likely, the resilience.”
For his own research, Moreno-Mateos started with the assumption that ecosystem degradation reduces genetic diversity. In southwest Greenland, Norse farmers settled two sites some 650 years ago. Archeologists discovered each village had about 100 people who farmed hay for cattle. To Moreno-Mateos, this seemed to be the perfect place to study the long-term impacts of ecological disturbance.
Examining an undisturbed site and a disturbed, former agricultural site, and looking at their above ground plant communities and below ground soil communities, Moreno-Mateos found “both sites had a similar amount of plant communities (35 species in the disturbed site and 34 in the reference site), but the compositions were totally different. In the disturbed site, one plant community dominated.” Moreno-Mateos also discovered the former agricultural sites had more nutrients because the Norse would add manure to the hay fields, which meant more nitrogen and phosphorous.
There was another key finding: the original, undisturbed site had more “mutualistic interactions.” The degraded site had more “pathogenic interactions.” This fit his hypothesis: “loss of biodiversity means more pathogens” and loss of function and resilience.
This was proven through the very different network interactions between plants and fungi in the soils in each site. In the formerly agricultural landscape, there were 15 plant species and just 37 fungi species, creating 62 links. In contrast, in the ecologically-healthy, undisturbed site, there were 12 plants and 76 fungi that created 148 links. This means networks in disturbed sites are more vulnerable to change.
Moreno-Mateos’ research could have implications for global ecosystem restoration. He believes restoration ecologists must “first understand how the complexity of ecosystems re-assembles over hundreds of years, and then find species that play critical structural and functional roles in the assembly process and use them in the restoration process.”
To increase the resilience of restored ecosystems at a more rapid rate, Moreno-Mateos called for sequencing whole genomes of species in recovering populations to understand their adaptation potential. This process would help identify populations of target species whose genomes have the best chance to adapt to ongoing global change.
The idea is to select species with critical ecological roles that come from populations with the highest adaptation potential and strategically insert them into recovering ecosystems. This process would involve finding populations of species in a landscape with high-functioning genomes and using those seeds to help restore ecological balance elsewhere.
Moreno-Mateos envisioned designing assemblages of high-performing plant communities and targeting them for tough environments in cities or for recovering forests or other ecosystems at a landscape scale.
“We need to imagine what landscapes will look like in 400 years.” Our future ecosystems must be “resilient to climate change, biodiverse, self-sustaining, provide ecological services, and last forever.”