Appendix A. Plots sampled to construct stand structure and fire history in the Sierra San Luis, northern Sonora, Mexico.

Plots sampled to construct stand structure and fire history in the Sierra San Luis, northern Sonora, Mexico

Appendix C. Examples of age structure distribution for three different plots that demonstrate (a) uneven age structure, (b) a flat even-age cohort establishing around 1900, and (c) a flat even-age cohort establishing around 1950.

Examples of age structure distribution for three different plots that demonstrate (a) uneven age structure, (b) a flat even-age cohort establishing around 1900, and (c) a flat even-age cohort establishing around 1950

Appendix C. Regeneration response of quaking aspen ramets approximately 20 years following clearcutting in lodgepole pine forests of different ages in the Canyon Lakes District of the Arapaho-Roosevelt National Forest, Colorado.

Regeneration response of quaking aspen ramets approximately 20 years following clearcutting in lodgepole pine forests of different ages in the Canyon Lakes District of the Arapaho-Roosevelt National Forest, Colorado

Appendix B. Scaling relationships for predicting diameter at breast height (dbh) from measurements of diameter sample height (dsh, 10 cm) for remnant wood.

Scaling relationships for predicting diameter at breast height (dbh) from measurements of diameter sample height (dsh, 10 cm) for remnant wood

Appendix A. Selected structural characteristics of 91 aspen stands across the landscape in the Canyon Lakes District of the Arapaho-Roosevelt National Forest in Larimer County, Colorado.

Selected structural characteristics of 91 aspen stands across the landscape in the Canyon Lakes District of the Arapaho-Roosevelt National Forest in Larimer County, Colorado

Appendix B. Standardized canonical coefficients of the first three canonical variates using five independent variables of quaking aspen stand structure.

Standardized canonical coefficients of the first three canonical variates using five independent variables of quaking aspen stand structure

Appendix B. Supplemental information on the methodology used to date mountain pine beetle outbreaks and stand age in the 2007 chronosequence.

Supplemental information on the methodology used to date mountain pine beetle outbreaks and stand age in the 2007 chronosequence

Stand structure and live/dead biomass in 24 year old lodgepole pine forests

Includes: stand structure, derived topographic and environmental variables, live and dead forest fuels, 83 plots collected across the 1988 wildfire footprint within Yellowstone National Park. Full metadata available in the readme file

Appendix D. Burning conditions as a proxy for weather at time of burning.

Burning conditions as a proxy for weather at time of burning

Appendix F. Fire behavior simulation results for four scenarios of dead canopy fuel consumption.

Fire behavior simulation results for four scenarios of dead canopy fuel consumption