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Publications by Danielle E. M. Ulrich
Investigating Old-Growth Ponderosa Pine Physiology Using Tree-Rings, Δ13 C, Δ18 O, and a Process-Based Model
Ecology
Evolution
Ecology
Systematics
Behavior
Related publications
Process Based Model Sheds Light on Climate Signal of Mediterranean Tree Rings
Biogeosciences Discussions
Earth-Surface Processes
Ecology
Systematics
Evolution
Behavior
Evaluating Climate Signal Recorded in Tree Ring Δ13 C and Δ18 O Values From Bulk Wood and Α-Cellulose for Six Species Across Four Sites in the Northeastern US
Rapid Communications in Mass Spectrometry
Organic Chemistry
Analytical Chemistry
Spectroscopy
Genetic Gains From Tree Improvement of Ponderosa Pine in Southern Idaho /
Impacts of Growing‐season Climate on Tree Growth and Post‐fire Regeneration in Ponderosa Pine and Douglas‐fir Forests
Ecosphere
Evolution
Ecology
Systematics
Behavior
Stereograms in Ponderosa Pine /
Ponderosa Pine Mortality Resulting From a Mountain Pine Beetle Outbreak
Estimating Cubic Volume of Small Diameter Tree-Length Logs From Ponderosa and Lodgepole Pine /
Time Shift Between Net and Gross CO2 Uptake and Growth Derived From Tree Rings in Pine and Spruce
Trees - Structure and Function
Forestry
Ecology
Plant Science
Physiology
Growth of Immature Stands of Ponderosa Pine in the Black Hills /
