Student’s Name
Professor’s Name
Course
Date
Fire Policy in the Western United States
In the United States (US) Western region, a series of major forest fires have been experienced. Fast and vast forest fires endure spreading the most unmatched destruction throughout the US’s three pacific states. The measures that have been in place trying to curb the rising wildfires in Washington, Oregon, and California have not fully solved the problem. In 2020, the situation has been worse with the economic crises, elections, and COVID-19 (Williams 2675). The vast wildfires are anticipated to spearhead a change; however, this will rely on regulating the narrative. There are various causes of the ongoing wildfire in the US pacific states besides having some contributory factors that lead to increased deaths, injuries, and damages linked with the wildfires. Still, some strategies could be employed to lessen the fires and related destruction.
Factors Contributing to The Increase in Major Forest Fires in The Western US
Scientific research has linked the endless forest fires in the west of the US to climate change (Westerli et al. 96). Inevitably, climatic change has loaded the deck on the side of more massive as well as more intense wildfires throughout the west of the US. Shifts in plant communities, changing snow and rain patterns, and rising heat have vastly augmented the prospect that wildfires would commence frequently and quickly intensify than they have been in the past (Williams 2675). By the third quarter of 2020, over five million acres have been burnt down.
An increase in drought and high temperature have primarily led to the rise in a wildfire. Warmer air temperature and lower precipitation have led to having dry forests amid other related vegetation (Crockett and Westerling 348). Then, with strong winds and frequent suppression of the blend, a perilous recipe for forest fires. Several forest management decisions have permitted the buildup of vast amounts of vegetation that could quickly result in fuel in addition to further challenges such as creep of houses (Radeloff 3316). Heat, such as a thirsty sponge, has been a critical cause of wildfire in the West of the US (California, Oregon, and Washington), characterized by vast amounts of burnable fuel, suitable climate and weather conditions, and a spark.
Since the beginning of the Industrial Revolution, the planet has continuously heated, especially after humans began to burn enormous amounts of fossil fuels, discharging carbon dioxide that traps loads of heat in the atmosphere. The worldwide average temperature has led to 1.8 degrees. There has been an acceleration of warming since the 1980s to about 0.2 degrees Celsius every decade, and it to further accelerate in the future (Abrams 58). Moreover, fire policy has led to increased wildfires in the West of the US. In recent years, California’s fires have immensely burned larger areas in terms of acreage. The suppression of forest fires has led to increasing the risk of substantial irrepressible fires and fuel accumulation. There is a need to have controlled burning of wildfire in states like California. Still, it is hindered by wildfire litigation simulations that present wildfires in law court cases owing to the inconsiderate ignition actions, whereas discounting fundamental forest circumstances.
Factors Causing the Increased Damages, Injuries, And Deaths Associated with These Forest Fires
The wildfire in the three pacific states in the US has led to dangerous impacts like deaths, injuries, and property destruction. However, these damages are heightened by other factors like thunderstorms, which have immensely ignited the fires, making them immense and worse across the west of the US (Collins, Penman, and Price e0162083). There have been gusty and strong winds that have fueled mainly dry and hot terrains, which has led to big explosions of fires leading to record-breaking mega-fires, increasing damages, injuries, and deaths (Crockett and Westerling 348). The vast and fast-rolling waves of flames of fire have also caused more destruction and people’s deaths in the west of the US. These infernos produce more smoke, which instigates breathing problems in the affected people causing deaths. Finally, the lack of feasible laws and policies to decide where homes should be constructed has led to more injuries, damages, and demises.
Decreasing the Fires and Associated Destruction
They are generating fire funding fix count, a fund that could immensely help put out the massive wildfire. To make this fund effective, it should be maximized for a more extended period in the pursuit of reinstating the forests proactively, for example, by eradicating dead trees and assisting the seedlings in surviving. Since some forests cannot be quickly reinstated, there is a need to have more ongoing and careful management (Westerling et al. 87). Then, there is a need to have research to surface the most acceptable options. Since forests in the west of the US are complex and diverse, and many communities surround them, there is a need to transform the ecosystem. There is a need to undertake further research to study the best approaches to predicting high-risk areas for wildlife besides comprehending the shift in climate change and how the fires in the forests are behaving. Further, the forests’ byproducts in the west of the US should be turned into novel revenue. Conscientiously eradicating dead trees for sale could result in many dollars, which could be crucial funding to restore the forests like planting trees. Finally, there should be a bedrock of environmental laws (Keiter 87). The rules should be enhanced to look for funding and flexibility to resolve urgent requirements quickly.
Works Cited
Abrams, Jesse B., Melanie Knapp, Travis B. Paveglio, Autumn Ellison, Cassandra Moseley, Max Nielsen-Pincus, and Matthew S. Carroll. “Re-envisioning community-wildfire relations in the US West as adaptive governance.” Ecology and Society 20.3, (2015).
Collins, Kathryn M., Trent D. Penman, and Owen F. Price. “Some wildfire ignition causes pose more risk of destroying houses than others.” PLoS One 11.9 (2016): e0162083.
Crockett, Joseph L., and A. Leroy Westerling. “Greater temperature and precipitation extremes intensify Western US droughts, wildfire severity, and Sierra Nevada tree mortality.” Journal of Climate 31.1 (2018): 341-354.
Keiter, Robert B. “Wildfire Policy, Climate Change, and the Law.” Tex. A&M J. Prop. L. 1 (2012): 87.
Radeloff, Volker C., et al. “Rapid growth of the US wildland-urban interface raises wildfire risk.” Proceedings of the National Academy of Sciences 115.13 (2018): 3314-3319.
Westerling, Anthony, et al. “Briefing: Climate and wildfire in western US forests.” In: Sample, V. Alaric; Bixler, R. Patrick, eds. Forest conservation and management in the Anthropocene: Conference proceedings. Proceedings. RMRS-P-71. Fort Collins, CO: US Department of Agriculture, Forest Service. Rocky Mountain Research Station. 71.1 2014: 81-102.
Williams, A. Park, et al. “Causes and implications of extreme atmospheric moisture demand during the record-breaking 2011 wildfire season in the southwestern United States.” Journal of Applied Meteorology and Climatology 53.12 (2014): 2671-2684.
Appendices
https://www.edf.org/climate/4-ways-right-policies-can-help-us-confront-wildfires
https://www.nationalgeographic.com/science/2020/09/climate-change-increases-risk-fires-western-us/#:~:text=Increasing%20heat%2C%20changing%20rain%20and,they%20have%20in%20the%20past.
https://www.thesolutionsjournal.com/article/resolving-the-increasing-risk-from-wildfires-in-the-american-west/