Data for Experimental manipulation of fuel structure to evaluate potential ecological effects of fire

Data used for fitting models examining the effects of fuel structure and fuel load on fire temperature, flame height, rate of spread, and proportion of fuel consumed. Explanation of column names is below.<br><br><b>fire_id:</b> unique fire identifier<b>structure:</b> fuel structure, either piled or standing<b>total_biomass:</b> fuel load in grams<b>avg_max_temp:</b> maximum temperature in degrees Celsius as the average of the 5 highest temperatures (2 on either side of the peak)<br><b>s_abv100:</b> seconds temperature exceeded 100 degrees Celsius<b>avg_flame_ht:</b> average flame height in centimeters<br><b>rate_of_spread_ms:</b> rate of fire spread in m/s<br><b>p_consumed:</b> proportion of total biomass consumed<br><b>pct_fuel_moisture:</b> estimated fuel moisture<b>avg_air_temp:</b> average ambient air temperature during experimental fires<b>avg_rh:</b> average ambient relative humidity during fires<b>avg_wind_speed:</b> average wind speed during fires<br>The included R script includes code used to analyze data and generate figures and tables<br><br>