Not exact matches
Naturally occurring forest
fires, especially
in warm and
dry years, also release methane into the air.
To add to the problem, these forests have been altered fundamentally
in recent
years by warmer winters,
drier summers and policies to prevent
fires.
Not only we now see almost every
year fires do not only come from inside the house, but also from the outside, especially
in Southern California, or when the climate of a country is particularly
dry and the wind is powerful.
Widespread use of
fire leads to
drying of surrounding forest and greater vulnerability to
fire in the subsequent
year.
The research found that
fire - induced air pollution, including fine particulates and a rise
in ozone, could be linked to thousands of deaths during El Nino
years when
dry conditions worsen human - set
fires.
Officials are expecting one of the worst wildfire seasons on record
in California, with double the typical number of
fires so far this
year, and we're just at the beginning of the
dry season.
Oh, and don't look now, but Southern California is currently on
fire has had an extremely
dry start to its wet season, raising the specter of a return to drought just a
year after one of the worst droughts
in state history.
Snowpack is projected to decline by as much as 40 percent
in the Cascades
in the next 30
years, and hotter and
drier landscapes will increase the risk of forest
fires.
Imagine knowing how your city or state will cope with
drier and warmer conditions over the next 30
years; imagine getting a tornado warning an hour
in advance providing an opportunity to get your family properly sheltered; imagine being able to evacuate only those coastal residents that will be directly impacted by a hurricane and not unnecessarily clearing hundreds of miles of the coast; imagine being able to tell a
fire incident manager where the
fire front will be
in 6 hrs; imagine airline routing system that knows where a squall line will be
in 12 hrs and the resulting efficiency
in airport acceptance rates; or imagine air quality predictions that would allow the time for special precautions to be taken for those at risk.
In the Southwest, it has previously been shown that largest fire years tend to be experienced after a wet - dry sequence [7], and in association with an El Niño - La Niña sequenc
In the Southwest, it has previously been shown that largest
fire years tend to be experienced after a wet -
dry sequence [7], and
in association with an El Niño - La Niña sequenc
in association with an El Niño - La Niña sequence.
California installed 354 megawatts of solar thermal — generating capacity nearly 20
years ago, but with cheap fossil - fuel -
fired electricity, investments
in solar thermal power
dried up.
Both wetland
drying and the increased frequency of warm
dry summers and associated thunderstorms have led to more large
fires in the last ten years than in any decade since record - keeping began in the 1940s.9 In Alaskan tundra, which was too cold and wet to support extensive fires for approximately the last 5,000 years, 105 a single large fire in 2007 released as much carbon to the atmosphere as had been absorbed by the entire circumpolar Arctic tundra during the previous quarter - century.106 Even if climate warming were curtailed by reducing heat - trapping gas (also known as greenhouse gas) emissions (as in the B1 scenario), the annual area burned in Alaska is projected to double by mid-century and to triple by the end of the century, 107 thus fostering increased emissions of heat - trapping gases, higher temperatures, and increased fire
in the last ten
years than
in any decade since record - keeping began in the 1940s.9 In Alaskan tundra, which was too cold and wet to support extensive fires for approximately the last 5,000 years, 105 a single large fire in 2007 released as much carbon to the atmosphere as had been absorbed by the entire circumpolar Arctic tundra during the previous quarter - century.106 Even if climate warming were curtailed by reducing heat - trapping gas (also known as greenhouse gas) emissions (as in the B1 scenario), the annual area burned in Alaska is projected to double by mid-century and to triple by the end of the century, 107 thus fostering increased emissions of heat - trapping gases, higher temperatures, and increased fire
in any decade since record - keeping began
in the 1940s.9 In Alaskan tundra, which was too cold and wet to support extensive fires for approximately the last 5,000 years, 105 a single large fire in 2007 released as much carbon to the atmosphere as had been absorbed by the entire circumpolar Arctic tundra during the previous quarter - century.106 Even if climate warming were curtailed by reducing heat - trapping gas (also known as greenhouse gas) emissions (as in the B1 scenario), the annual area burned in Alaska is projected to double by mid-century and to triple by the end of the century, 107 thus fostering increased emissions of heat - trapping gases, higher temperatures, and increased fire
in the 1940s.9
In Alaskan tundra, which was too cold and wet to support extensive fires for approximately the last 5,000 years, 105 a single large fire in 2007 released as much carbon to the atmosphere as had been absorbed by the entire circumpolar Arctic tundra during the previous quarter - century.106 Even if climate warming were curtailed by reducing heat - trapping gas (also known as greenhouse gas) emissions (as in the B1 scenario), the annual area burned in Alaska is projected to double by mid-century and to triple by the end of the century, 107 thus fostering increased emissions of heat - trapping gases, higher temperatures, and increased fire
In Alaskan tundra, which was too cold and wet to support extensive
fires for approximately the last 5,000
years, 105 a single large
fire in 2007 released as much carbon to the atmosphere as had been absorbed by the entire circumpolar Arctic tundra during the previous quarter - century.106 Even if climate warming were curtailed by reducing heat - trapping gas (also known as greenhouse gas) emissions (as in the B1 scenario), the annual area burned in Alaska is projected to double by mid-century and to triple by the end of the century, 107 thus fostering increased emissions of heat - trapping gases, higher temperatures, and increased fire
in 2007 released as much carbon to the atmosphere as had been absorbed by the entire circumpolar Arctic tundra during the previous quarter - century.106 Even if climate warming were curtailed by reducing heat - trapping gas (also known as greenhouse gas) emissions (as
in the B1 scenario), the annual area burned in Alaska is projected to double by mid-century and to triple by the end of the century, 107 thus fostering increased emissions of heat - trapping gases, higher temperatures, and increased fire
in the B1 scenario), the annual area burned
in Alaska is projected to double by mid-century and to triple by the end of the century, 107 thus fostering increased emissions of heat - trapping gases, higher temperatures, and increased fire
in Alaska is projected to double by mid-century and to triple by the end of the century, 107 thus fostering increased emissions of heat - trapping gases, higher temperatures, and increased
fires.
(02/22/2009) Destruction of rainforests and peatlands is making Indonesia more susceptible to devastating forest
fires, especially
in dry el Niño
years, report researchers writing
in the journal Nature Geoscience.
«It's been an exceptionally
dry year with the El Nino event, and the worst
fire conditions will probably be seen
in January and February, and that's why we're working really hard to consolidate this
fire now,» firefighter Mark Gunning told ABC.
«
Years of Living Dangerously» justifies yelling
fire and promoting climate fear based on Westerling paper that reports all the models show rising CO2 will cause warmer and
drier weather
in some places (but wetter elsewhere).
A bush
fire (much more likely
in a hot
dry year) results
in massive amounts of CO2 being emitted so the forest becomes a huge source.
Trees and shrubbery
dry out quicker, and the buildup of
dry, dead fuel
in and around forested areas results
in more forest
fires, as seen this
year in California.
There is also the terrifying possibility that rain forests like the Amazon, which
in 2010 suffered its second «hundred -
year drought»
in the space of five
years, could
dry out enough to become vulnerable to these kinds of devastating, rolling forest
fires — which would not only expel enormous amounts of carbon into the atmosphere but also shrink the size of the forest.
Organizers of the Asian Games are wary of the event being hit by haze from brush and peat
fires in Sumatra.The government has called on pulpwood and oil palm companies to take steps to prevent
fires during this
year's
dry season.
Lightning strikes, partnered with unusually
dry conditions
in April and May, were blamed for starting most of 343
fires reported
in Quebec so far this
year.
«The destructive
fires in California are not unexpected given the wet winter last
year and resultant plant growth, followed by hot and
dry weather since then
in which the vegetation
dried out,» University of Colorado Boulder meteorologist Roger A. Pielke Sr. said
in an email.
But the
fires of recent
years have been the worst for 10,000
years and, they warn, things are likely to get worse: what happened to the conifers of Alaska could happen
in other places as the world warms and the sub-Arctic begins to
dry, with a change to deciduous trees.
The unique smells of fall, the first wood
fires in the fireplace, the crunching of
dried leaved underfoot and the honking geese overhead, all allude to the time of
year to prepare our homes and hearts for winter and the holiday season.