Plant Science & Landscape Architecture
Bringing Landscape Architecture Directly to Communities
An early love of nature and world-class training from UConn's Landscape Architecture program helped prepare Stephanie Stroud '12 for her unique career in the Park Service’s Rivers, Trails, and Conservation Assistance Program
Applying a Landscape Architect’s ‘Design Eye’ at Every Scale
I knew I was looking for landscape architecture [and] knowing that UConn was going to provide me with a great education – plus its reputation as the Basketball Capital of the World, I was all in'
Curating Green Space in an Urban Jungle
CAHNR Alum Stephanie Lucas uses her training in plant science to enrich an iconic historic park in New York City
Manganese Helps Reduce Agricultural Nitrogen Pollution in Air, Water
Until this study, no research had directly tested how manganese affects nitrogen cycling under agronomically relevant conditions
UConn’s Native Plants and Pollinators Conference Draws Strong External Engagement
The fifth biannual Native Plants and Pollinators Conference brought together professionals and enthusiasts from across Connecticut
CAHNR Hosts Second One Health Conference
Bringing together experts from across the College, CAHNR conference showcases leadership in One Health approaches in research, teaching, and Extension
CAHNR Honors Student Excellence and Donor Support at 2025 Scholars Celebration
The annual event recognized remarkable student accomplishments and the generosity of donors whose scholarships help them thrive
Toxic Dust Reshapes the Lung Microbiome
A study led by UConn mycologist Mia Maltz demonstrated that breathing in the dust from the Salton Sea, a highly polluted lake in California, can reshape the microscopic world inside our lungs
USDA Grant Funds Study of Multiplex Genome Editing in Tomatoes
Through a $650,000 USDA Grant Yi Li will study the unintended consequences of multiplex genome editing and how many modifications can be made before these effects are triggered
New Method Makes Transgene-Free Gene Editing Even More Promising
'Our new but simple method is far more effective and can now be applied to a much wider range of plant species than our original approach'