Forest Science

Process Models as Tools in Forestry Research and Management
pp. 2-8(7)
Authors: Johnsen K.; Samuelson L.; Teskey R.; McNulty S.; Fox T.

Modeling Annual Carbon Uptake for the Indigenous Forests of New Zealand
pp. 9-20(12)
Authors: Whitehead D.; Leathwick J.R.; Walcroft A.S.

Ideotype Development in Southern Pines: Rationale and Strategies for Overcoming Scale-Related Obstacles
pp. 21-28(8)
Authors: Martin T.A.; Johnsen K.H.; White T.L.

The Effects of Ozone on a Lower Slope Forest of the Great Smoky Mountain National Park: Simulations Linking an Individual Tree Model to a Stand Model
pp. 29-42(14)
Authors: Weinstein D.A.; Gollands B.; Retzlaff W.A.

Applying 3-PG, a Simple Process-Based Model Designed to Produce Practical Results, to Data from Loblolly Pine Experiments
pp. 43-51(9)
Authors: Landsberg J.J.; Johnsen K.H.; Albaugh T.J.; Allen H.L.; McKeand S.E.

Evaluation of Modeled Carbon Fluxes for a Slash Pine Ecosystem: SPM2 Simulations Compared to Eddy Flux Measurements
pp. 52-59(8)
Authors: Clark K.L.; Cropper W.P.; Gholz H.L.

Stand-Scale Correspondence in Empirical and Simulated Labile Carbohydrates in Loblolly Pine
pp. 60-68(9)
Authors: Sampson D.A.; Johnsen K.H.; Ludovici K.H.; Albaugh T.J.; Maier C.A.

Potential Effect of Stand Structure on Belowground Allocation
pp. 69-76(8)
Author: Dean T.J.

Linking Growth and Yield and Process Models to Estimate Impact of Environmental Changes on Growth of Loblolly Pine
pp. 77-82(6)
Authors: Baldwin V.C.; Burkhart H.E.; Westfall J.A.; Peterson K.D.

Biophysical Site Indices for Shade Tolerant and Intolerant Boreal Species
pp. 83-95(13)
Authors: Ung C-H.; Bernier P.Y.; Raulier F.; Fournier R.A.; Lambert M-C.; Régnière J.

Nutrient Supply and Fertilization Efficiency in Midrotation Loblolly Pine Plantations: A Modeling Analysis
pp. 96-102(7)
Authors: Ducey M.J.; Allen H.L.

Hydrologic Modeling of a Drained Pine Plantation on Poorly Drained Soils
pp. 103-114(12)
Authors: Amatya D.M.; Skaggs R.W.

Comment: Influence of Vertical Foliage Structure on the Distribution of Stem Cross-Sectional Area Increment in Western Hemlock and Balsam Fir [For. Sci. 46(1):86–94]
pp. 115-116(2)
Author: Valentine H.T.

Reply: Influence of Vertical Foliage Structure on the Distribution of Stem Cross-Sectional Area Increment in Western Hemlock and Balsam Fir [For. Sci. 46(1):86–94]
pp. 117-118(2)
Author: Kershaw J.A.

Book Reviews
pp. 119-121(3)
Authors: Li H.; Laiho R.; Binkley D.