How the Los Angeles
Station Fire Destroyed Critical Habitat
In 2009, the highly destructive Los
Angeles Station Fire burned through areas of the Angeles National Forest and
the San Gabriel Mountains. The overall destruction of the fire was an extremely
large section of the National Forest, decimating a large portion of the region.
Beginning in August of 2009, the fire wasn’t fully contained until late October
of the same year. The fire burned more than 160 thousand acres of land, and a
total of over two thousand fireman and other workers were in the fight to stop
the fire (instaweb.org2009). The fire was soon discovered to be arson, and with
the combination of the dryness of the land and extensive undergrowth from a
lack of fires over several years, this caused the fire to grow and become
uncontrollable. Becoming one of the largest wildfire in California (O’Connor2009).
The two maps above show a different
version of the fire. One shows the recorded extents of the fire: the first
recorded extent of it, the middle extent of the fire, and the final extent-before
the fire was one hundred percent contained. The second map shows two layers:
one layer is the full extent of the fire, showing the area that was decimated
by the blaze, while the second layer that is dictated in blue shows critically
endangered habitats in Los Angles and surrounding areas that are home to
numerous species of animals. Therefore comparing the two layers shows that the
fire and the critical habitat do have an overlap. Therefore, one can hypothesize
that if the fire and the critical habitat do have an overlap, then the fire
would have a detrimental effect on the animal species that live in the area,
which greatly effects their populations. Thus, in my analysis I will prove that
the fire significantly decreased animal populations.
The fire took place in
the Angeles National Forest, which was established in 1892 by and Executive
Order from the President. The National Forest Spans over 650,000 acres of land.
The forest is a vital part of Los Angeles because it acts as the sol watershed
management system for the LA Area. Therefore providing countless gallons of
water to the city through the water cycle (USDA.gov2013). This is not even the
most important feature of this area, some small areas, as demonstrated by the
map, are critically important to the whole ecosystem of the forest. In
California there are 359 species listed as endangered or threatened, with a
number of these species residing in the Angeles National Forest (UCAgrculture2009).
Just some animals that call the forest home are the Black Bears, Bobcats, Mountain
Lions, deer, small mammals and numerous bird species. They are all are critical
to the habitat, and any decrease in their numbers is detrimental to the
ecosystem.
There are no specific numbers on
how many animals were lost in the 2009 Station Fire, but it was reported that
an abnormal number of large specie animals were found; more than would normally
be found in a wildfire. While large animals normally have the ability to escape
the fire, in this case the fire progressed so quickly, because of its uphill
path, that the animals couldn’t outrun the rapidly advancing fire. While we
know the fire had a negative effect on the populations of many species of
plants and animals, there has never been a study on how many were lost
(Barstow2009). However, on record there is a small account of scientist
recordings that there three bears, twelve deer, two coyotes, and one bobcat
died in the fire (Barstow2009). Numerous birds also died, not from the flames,
but from the toxic gas that came from the smoke. Another reason for why most
animals were not able to escape from the flames was because of how thick the
brush was in certain areas in the forest, which hindered them from escaping and
fueled an accelerated speed of the fire (Barstow2009).
After evaluating research of the
Los Angeles Station Fire and its effect on the animal and plant populations I
can accurately say that I was wrong in my hypothesis. According to the map that I generated, only small fragmented areas
that are labeled critically important to endangered habitat. Therefore, the
fire would not have a great effect on the populations of animals based on my
assumptions. Scientists who studied the aftermath of the fire said that one lasting
effect the fire may have on animal populations is that many small rodents died
in the fire, because they naturally burrow in fires and died as a result of
their natural instinct. As a result, there may be a lack of food source for
predators in the future (Barstow2009). However, many animals that had the
ability to escape the fire didn’t perish and the vegetation is now flourishing,
as plant and shrub life recovers fastest after wildfires.
Works Cited
"About the Forest." Angeles National Forest -. N.p., n.d. Web. 16 Mar. 2013.
Barstow, Donna. "Rare Big-animal Deaths in Angeles National Forest's Fast-moving Station Fire." LA Weekly [Los Angeles] 21 Oct. 2009: n. pag. Print.
"Endangered Species and Habitat." University of California Agricultural Issues Center (2009): 32-34. Print.
"InciWeb - Incident Information System." InciWeb the Incident Information System: Station Fire News Release. N.p., 27 Sept. 2009. Web. 16 Mar. 2013.
O'connor, Anahad. "Huge Los Angeles Fire Was Arson, Officials Say." The New York Times. The New York Times, 04 Sept. 2009. Web. 16 Mar. 2013.
"Bing Maps Hybrid Base Map." Map. ArcGIS Online Base Map. Bing, n.d. Web. 18 Mar. 2013.
Greninger, Mark. All Sation Fire Perimeters As of September 2, 7:02. Los Angeles: Los Angeles County Enterprise GIS, 2 Sept. 2009. Zip File.
Project, Landscape. "All Critical Habitats in California." Map. ArcGIS Online. USFWS Critical Habitat Portal, 24 May 2012. Web. 18 Mar. 2013.
"Bing Maps Hybrid Base Map." Map. ArcGIS Online Base Map. Bing, n.d. Web. 18 Mar. 2013.
Greninger, Mark. All Sation Fire Perimeters As of September 2, 7:02. Los Angeles: Los Angeles County Enterprise GIS, 2 Sept. 2009. Zip File.
Project, Landscape. "All Critical Habitats in California." Map. ArcGIS Online. USFWS Critical Habitat Portal, 24 May 2012. Web. 18 Mar. 2013.