Supporting data for "Morphologic plasticity and increasing competition explain deviation from the Metabolic Scaling Theory in semi-arid conifer forests, southwestern USA"

This data publication includes tree measurements taken 2008-2010 in three mixed conifer forests: the Pinaleño Mountains and Santa Catalina Mountains in southeastern Arizona, and the Jemez Mountains (Valles Caldera National Preserve) in northern New Mexico. Tree data measured at all locations include: species, condition, diameter at breast height and maximum vertical height. Additional data available include: effective energy and mass transfer (EEMT) and specific gravity (wood density) of woody species. Another data set, for the Pinaleño Mountains, is included in this publication. The data were collected as part of the RMRS Growth and Demography of the Pinaleño High Elevation Forests research project and the Critical Zone Observatory aerial lidar forest structure validation. The data include diameter at breast height, maximum vertical height, condition and species information; and laboratory-determined cross-dated tree establishment dates, age at collection, computed total biomass, and plot-level Effective Energy and Mass Transfer (EEMT) for each tree. Both of these data sets support Swetnam et al. 2016.
Data were collected to document changes to forest-scale demographic patterns and effects from recent fires, insect outbreaks, and past land management policies and to characterize the precision and accuracy of aerial lidar.
Original metadata date 11/10/2016. Minor metadata updates on 12/19/2016.