We are fortunate to live in California, with its wondrous diversity of flora and large natural areas that are not only places of beauty but also sources of spiritual and emotional refreshment.
After years of work and research on the Texas Tree Trials Research Project, Arboretum and Public Garden staff and Learning by Leading™ students have started planting test trees at trial sites.
A 1200 SF floating solar aeration system will be installed on the west end of the UC Davis Arboretum Waterway to research how this low-cost clean energy treatment works to circulate water and prevent algae build up.
A new $5.4 million grant from the California Natural Resources Agency will allow UC Davis to complete the Arboretum Waterway Flood Protection and Habitat Enhancement Project.
Learning by Leading™ Waterway Stewardship interns assess the impact of the Arboretum Waterway’s floating islands on water quality with a new TGIF-funded nitrate probe.
Enjoy the Arboretum and Public Garden this holiday season by getting outside by yourself or together with family and friends, preparing for spring planting season with our many online resources, or fulfilling a new year's resolution to give back by applying to be a volunteer. All this and more can be found in our 2021 Holiday Giving Guide.
Emily Griswold, director of GATEways horticulture and teaching gardens will be speaking at an online event, hosted by Duke University alongside other leading oak experts. She will discuss how the Arboretum and Public Garden GATEways Project (Gardens, Arts, and The Environment) uses innovative programs and art installations to welcome a broad audience into the landscape, encourage environmental stewardship, and build an understanding of the tremendous cultural and ecological value of oaks.
As we look to the future, we want to broaden our scope to support landscapes that are not just sustainable, but also resilient. Find plant recommendations and tips on how to build a resilient garden at home.
The California poppy (Eschscholzia californica) is a resilient and widespread species. At present, systematists may recognize 18 taxa within the genus, with ranges that extend into Utah, New Mexico, and northern Mexico. These taxa exhibit a rich nomenclatural history that can help explain how and why plants get their names, and how the early descriptions influence—and at times muddle—our current taxonomic outlook.