You are here
Developing new genotypes of plants is one of the key options for adaptation of agriculture to climate change. Plants may be required to provide resilience in changed climates or support
North America’s agricultural and natural landscapes are vital to feeding humanity—they are home to many populations of important food plants and their wild relatives.
Biodiversity in and across food and agriculture systems provides tremendous value to present and future generations. However, across the world we are losing genes, species, and ecosystems faster than we can account for them.
Across the United States, a growing number of schools and educational programs are planting gardens, engaging in Farm to School activities, and integrating plant science into the curriculum.
The North American crop wild relatives (CWR) of lettuce (Lactuca L.) represent an underexplored
In March, 2019 the third-annual One Health One Planet symposium united thought leaders across disciplines to discuss One Health and the Future of Food, sharing groundbreaking new insights on the human, animal and ecological impacts of food and diet, inc
Learn about how Denver Botanic Gardens Chatfield Farms is working to develop vegetable farming systems that eliminate synthetic fertilizers, increase soil water holding capacity, and stimulate soil microbial activity all while sequestering more carbon.
Crop wild relatives, the wild progenitors and closely related cousins of cultivated plant
species, are sources of valuable genetic resources for crop improvement. Persisting gaps
Urbanization, lack of contact with the natural world, and growing up removed from agriculture has contributed to a void of knowledge relating to food and food production, along with a phenomenon known as plant blindness.
Crop wild relatives—the plant species closely related to agricultural crops—are valuable
genetic resources used by plant breeders to increase pest and disease resistance, stress