Annual fire weather
season length anomaly maps for a subset of known severe fire years are presented in Fig. 4 and anomalies for all years are presented in Supplementary Figs 1 — 4 and annual ensemble - mean anomaly data are available as Supplementary Data 1.
Not exact matches
Annual Ensemble Fire Weather
Season Length Standardized -
Anomalies from 1979 - 2013 rasters in GeoTIFF format.
Anomalies in sea surface temperature can be used to forecast the
length and intensity of the June Gloom phenomenon in a given
season.
For instance, the correlation of
season length to the (negative) mean DJF temperature
anomaly is over 0.4 0.6 (and over 0.8 for the skating days).
Graphs show a) Global average wildfire
season length (expressed as a standardised
anomaly), and b) Total global average area experiencing «long» wildfire
seasons (as a % of global vegetated area)-- both from 1979 to 2013.