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.
Not exact matches
The study also shows that the
length of the
wildfire season correlates closely with changes in temperature, humidity, rainfall, and other climate indicators.
Our ensemble fire weather
season length metric captured important
wildfire events throughout Eurasia such as the Indonesian fires of 1997 — 98 where peat fires, following an El Niño - induced drought, released carbon equivalent to 13 — 40 % of the global fossil fuel emissions from only 1.4 % of the global vegetated land area (Fig. 4, 1997 — 1998) 46 and the heatwave over Western Russia in 2010 (Fig. 4, 2010) that led to its worst fire
season in recorded history and triggered extreme air pollution in Moscow51.
Generally, low correlations between fire weather
season length and global land carbon uptake are to be expected because
wildfires represent a small proportion of the total land carbon flux.
The
length of the
wildfire season may also be increasing, research has shown.
The better metrics are
length of active
wildfire season, which has increased by about 2 months in the western US in the last 40 years, and area burned, which has also doubled... Future projections indicate a dramatic increase in area burned.»
The average
season length (the time between the reported first
wildfire discovery date and the last
wildfire control date) increased by 78 days (64 %), comparing 1970 to 1986 with 1987 to 2003.
The
length of the growing
season in interior Alaska has increased 45 % over the last century7 and that trend is projected to continue.8 This could improve conditions for agriculture where moisture is adequate, but will reduce water storage and increase the risks of more extensive
wildfire and insect outbreaks across much of Alaska.9, 10 Changes in dates of snowmelt and freeze - up would influence seasonal migration of birds and other animals, increase the likelihood and rate of northerly range expansion of native and non-native species, alter the habitats of both ecologically important and endangered species, and affect ocean currents.11
This infographic highlights the
length of the
wildfire season for the Western U.S. as a region.
There has been an escalation in the severity and
length of the
wildfire season in the Western United States and diminished water resources, which have been linked to climate change.