Upcoming Events
MS Defense: Casey Trout
Conference/Seminar
Casey Trout's MS Defense
PhD Defense: Carmen Calzado-Martinez
Conference/Seminar
Carmen Calzado-Martinez Ph.D. Defense
Ecology Center Seminar with Dr. Lauren Ponisio
Conference/Seminar
Dr. Lauren Ponisio will be joining us from the Department of Biology at the University of Oregon. Wednesday 12/10 @ 4 pm in BNR 102: From pollination to overcompensation: How sublethal herbicide drift alters plant traits, fitness, and ecological interactions Thursday 12/11 @ 4 pm in BNR 102: Moderated Discussion About Dr. Ponisio: The Ponisio lab focuses on understanding how species interactions maintain species diversity and how we can harness these processes to manage and restore diversity in human-modified habitats. Understanding the processes that maintain diversity can help to predict population and community vulnerability to global change. The first core ecological theme of our work is to study community assembly through the lens of species interactions, examining how mutualistic and parasitic relationships shape and are shaped by community characteristics. The second core theme is to examine how species interactions affect the vulnerability of populations and communities to global change. A new direction in my research focuses on developing non-lethal bee monitoring techniques using automated sensor systems and computer vision.
Ecology Center Seminar with Dr. Lauren Ponisio
Conference/Seminar
Dr. Lauren Ponisio will be joining us from the Department of Biology at the University of Oregon.
Wednesday 12/10 @ 4 pm in BNR 102: From pollination to overcompensation: How sublethal herbicide drift alters plant traits, fitness, and ecological interactions
Thursday 12/11 @ 4 pm in BNR 102: Moderated Discussion
About Dr. Ponisio:
The Ponisio lab focuses on understanding how species interactions maintain species diversity and how we can harness these processes to manage and restore diversity in human-modified habitats. Understanding the processes that maintain diversity can help to predict population and community vulnerability to global change. The first core ecological theme of our work is to study community assembly through the lens of species interactions, examining how mutualistic and parasitic relationships shape and are shaped by community characteristics. The second core theme is to examine how species interactions affect the vulnerability of populations and communities to global change. A new direction in my research focuses on developing non-lethal bee monitoring techniques using automated sensor systems and computer vision.
View By
Event Types
- All Types
- Conference/Seminar (198)
- Panel Discussion/Presentation (91)
- Special Event (47)
- Lecture/Readings (36)
- Social/Networking (26)
- Exhibition (25)
- Student Activities (20)
- Workshop/Training (18)
- Arts/Entertainment (14)
- Breakfast/Luncheon/Dinner (14)
- Ceremony/Awards/Celebration (12)
- Information/Orientation (7)
- Fundraiser (6)
- Recreation (6)
- Meeting (3)
- Reception/Reunion (1)
- Academic Calendar (0)
- Fair/Festival (0)
- Cultural (0)
- Date/Deadline (0)
- Sports (0)
- More Types
Target Audiences
- All Audiences
- Students (43)
- Faculty (42)
- Staff (31)
- General Public (29)
- Alumni (25)
- Prospective Students (22)
- Parents (6)
- Invitation only (0)
Departments
- All Departments
- Quinney College of Agriculture and Natural Resources (0)
- Animal, Dairy & Veterinary Sciences (0)
- Applied Economics (0)
- Applied Sciences, Technology & Education (0)
- Aviation Technology (0)
- Environment and Society (0)
- Geosciences (0)
- Landscape Architecture and Environmental Planning (0)
- Nutrition, Dietetics & Food Sciences (0)
- Plants, Soils & Climate (0)
- Technology, Design & Technical Education (0)
- Watershed Sciences (0)
- Wildland Resources (0)
- More Departments