Where every place is the story of its own becoming
These are a series of works we call Future Gardens that began in 1995, with the Garden of Hot Winds and Warms Rains. The concept of Future Gardens is that every place that has survived heat and drought in its past has present and historical plant species in its history and present that can survive in a heat-stressed future. Local botanists can collect such species, propagate them, and generate the scaffolding for more rapid regeneration of local ecosystems as warming occurs.
These clusters of species, when propagated in Future Gardens then act as educational scientific experiments, works of art, public gardens and nursery beds of future plant ensembles that have the capacity to regenerate heat-stressed ecosystems far more rapidly than the life web can unassisted.
The Beginning - The Garden of Hot Winds and Warm Rains
Our botanist friends told us the evidence was clear that species were moving, and even dying, as Spring began arriving earlier, and Autumn later, in response to accelerating global warming. So we asked the question: “What would live in the city of Bonn, actually in the middle of Germany, actually in the middle of Europe, if the temperatures were rising and did so to the amount of three degrees?”
In the Garden of Hot Winds and Warm Rains we assumed two greenhouses, each with a temperature rise of three degrees, one with a wetter climate, the other a more desertlike climate. With Dr. Wilhelm Barthlott, we put together a team of student botanists (and one paleobotanist). The idea again began with a question: “Could we, with our small group of experts, put together, as an act of collaboration with nature, two different botanical groupings, each group adapted to temperature rise, one adapted to wet climate and one to dry, designed to be biodiverse, useful to fauna of all kinds, yet harvestable in part by people?” (The harvesting was to be managed so that it preserved the system, with input balancing output.) The answer was “Maybe,” if the population were controlled. But to the question, “Would it be enough?” the answer continued to be “No.” Something was still very much missing
A Future Garden for the Central Coast of California
We are propagating plant ensembles inside three donated Buckminster Fuller domes located at the UC Santa Cruz Arboretum. We are testing novel ensembles for resilience at a 50-year predicted temperature increase of 3–4 degrees celsius.
Each greenhouse will hold a unique ensemble and will be held at 3–4 degrees C above average year round. We expect to have die-off and we will be replacing species as the experiment develops. This investigation will be focused on building, in the now, a diverse group of plants that can move into the region by creating a self-complicating scaffold of species that act as replacements as others die back from rapid temperature changes. The Future Garden intends to make a serious contribution to the well-being of local biotic communities 50–75 years from now. Opening to the public in May 2018.
This project could not have happened without the support of the Institute of Arts and Sciences (IAS) and the Arts division at UCSC. It has been funded by the Metabolic Studio and the McEvoy Family Fund of the San Francisco Community Foundation, Rowland and Pat Rebele, Kathleen Rose, and annual donors to the IAS.
A Future garden for the Sichuan Province, on the Edge of the Tibetan Plateau
In collaboration with professor and ecologist Dr. Tang Ya of Sichuan University, we have begun to propagate a Future Garden in the high grounds bordering the Tibetan Plateau in China. The site is located toward the top of the Min River watershed, which flows into Chengdu city.
Species have been collected from lower elevations along the Min River and are currently being propagated at around 13,000 feet to be tested for resilience. These species can then be used to recover the diversity loss occurring as temperatures rapidly rise.
a Future Garden for the sagehen watershed in the high sierra
A Future Garden for the Sagehen Watershed in the Sierra Nevada is located in the 9,000 acre UC Berkeley Sagehen Creek Field Station. At this site we have tested a representative group of plant species at five different altitudes to see if enough individuals would survive to create what we call a resilience ensemble.
This smaller ensemble would be the source to reestablish both the ecological regeneration and water-holding properties of the earth more rapidly than unassisted natural processes. The question we posed for the 8,000 acre Sagehen drain basin was, is there enough biodiversity in the species currently existing in Sagehen to survive when the high grounds of the Sierra experience rapid warming in the next 50 to 100 years?
A 50-year project, this work is still underway that began with the propagation of 12,000 plants from seed gathered in the watershed. In the third year of operation, we have a 25 percent successful survival rate of species in all plots, at all elevations.