Meet Anna Yang: Oak wilt researcher dedicated to Minnesota's forest health
August 11, 2026
Anna Yang has spent more than a decade studying oak wilt, helping Minnesota land managers protect oak forests for generations to come.
Fighting buckthorn with fungi
July 31, 2026
Researchers make progress towards biological control for common buckthorn, one of Minnesota's toughest invasive plants.
Relate and restore: Bridging research and land management for Minnesota forests
June 30, 2026
Collaboration with the Shakopee Mdewakanton Sioux Community shows forest restoration succeeds through long-term relationships—with each other and the land.
Rethinking soybean aphid risk
June 15, 2026
For improved pest management decision-making, U of M experts say patterns matter more than extremes.
Stomp, chomp, repeat: Targeted goat grazing gets a reality check
April 14, 2026
Long-term research reframes the ruminants’ role in woodland restoration.
Nurturing nightshade for bacterial wilt disease management
March 10, 2026
As nightshades growing near key crops can harbor R. solanacearum, MITPPC-funded researchers are zeroing in on management tactics for preventing pathogen establishment.
Goats can play a role in multi-pronged restoration of buckthorn-invaded woodlands
February 13, 2026
New research demonstrates when and how goats are best used to manage invasive common buckthorn in Midwestern woodlands.
2025 research highlights: Novel findings move the needle on invasive species management
February 5, 2026
In 2025, MITPPC researchers published 13 papers that advance understanding and management of invasive species across Minnesota.
Nine new projects supported by the ENRTF to investigate invasive species issues
January 16, 2026
Nine new research projects start this year, investigating invasive species including crack willow, black locust, oak wilt, Old World bollworm, and more.
Biosurveillance project flags first sudden oak death detection in Minnesota
January 15, 2026
Researchers found Phytophthora ramorum that causes sudden oak death in Minnesota for the first time. Fortunately, the finding was isolated, but early detection surveys continue.