Skip to main content
Utility Nav - Header
About
Our Team
Visit Us
Careers
Events
Donate
Main navigation
Search
Our Expertise
Disease Ecology
Lyme & Tick-borne Disease
Predicting Disease Outbreaks
Mosquito-borne Disease
Freshwater
Pharmaceutical Pollution
Harmful Algal Blooms
Road Salt
Hudson River
Sustainable Fisheries
Forests
Climate Change & Forests
Invasive Forest Pests
Urban Ecology
Climate Change & Cities
Environmental Justice
Green Infrastructure
Science
Scientific Staff
Our Scientists
Research Support
Adjunct & Visiting Scientists
Research
Research Projects
Scientific Seminars
Data
Our Experts
Publications
Education
Educators
Summer Institutes
Workshops & Webinars
K-12
Field Trips
Schoolyard Programs
Eco-Camps & Programs
Data Jam Competition
UCZ Data Jam
MH-YES Program
Undergrad/Graduate
Graduate Opportunities
Catskill Research Fellowships
Internships
Teaching Materials
News & Insights
News & Insights
Features
Press Releases
Media Coverage
Podcasts
Videos
Read
Watch
Listen
Support
Special Initiatives
Tree-SMART Trade in Memory of Gary Lovett
Catskill Science Collaborative
Lyme & Tick-borne Disease
Aldo Leopold Society
Mary Flagler Cary Legacy Society
Donate
Breadcrumb
Home
...
R. Phillips
Elevated CO2 increases root exudation from loblolly pine (Pinus taeda) seedlings as an N-mediated response
Phillips, R. P., Emily S. Bernhardt, and William H. Schlesinger. 2009. “Elevated CO2 Increases Root Exudation from Loblolly Pine (Pinus Taeda) Seedlings As an N-Mediated Response”.
Tree Physiol.
29: 1513-23. doi:10.1093/treephys/tpp083.
Google Scholar
DOI
Search