Rough Fire Prevention Research Paper

For as long as mankind can conceive, fire has been a remarkable tool to conquer. When controlled, it provides necessary heat, energy, and fuel for a consumer to use; however, when fire goes unattended, it has the potential to become a wholly destructive element. The more western states of America, such as Utah and Colorado, have repeatedly experienced this concept in its most devastating form: wildfires. A wildfire is generally considered to be difficult to control and fast moving, swallowing anything that lay in its path, including forest or human habitat. As human incursion reaches more remote areas in wooded mountains, wildfires pose a serious threat to high-end homes and secluded cabins. The untamed nature of these fires also allows them to creep into subdivisions and endanger more

The Rim Fire of 2013 ravaged the slopes of the Stanislaus National Forest leaving many areas severely burned and unable to recover. Restoration efforts have been made and 56,000 saplings were planted in 2016 in the most severely burned areas; but the forest still has a long way to recovery. Fires are a naturally occurring hazard in the Stanislaus National Forest, and have contributed to the replenishment, control, and sustainability of the forest; but fires of the Rim Fire's intensity are very rare. The Rim Fire destroyed over 277,314 acres of habitat, harmed many mature trees, and ruined the layers of topsoil, and increased erosion and runoff. The devastation of the Rim Fire would not be have been so intense if it weren’t for past fire

The rising number of high severity wildfires in California has significant ecological, economic, and health impacts. Many western American forests are adapted to frequent low severity fires. However, the majority of these forests, and particularly the mixed conifer forests of California, are not adapted to high intensity fires and do not possess fire resistance adaptations such as serotinous cones to protect seeds. Consequently, high severity fires have significant negative impacts on California forests, and the absence of low severity fires has considerably altered many fundamental ecosystem processes (Miller et al. 2008). Prior to 1900, low severity fires would burn every 6-15 years. Low severity fires are generally non-lethal, have minimal change to the overstory, and kill mainly small trees. In the past, these fires were started naturally by lightning, or by Native Americans who used low severity fires to manage the forests.

The focus of this lesson will be teaching the students to examine the history of wildland fires and their impact on society in America and in their community. Students will explore different approaches to living with fire and will examine various fire management techniques including prescribed fire, fire suppression, and fire prevention. They will take a closer look at the Copper King Fire in Montana, and will conduct a research project of wildfire history in another state. Students will also gain a better understanding of the role of fire in a particular culture and the importance of wildfire in the ecosystem. They will also understand ways to reduce wildfire risk around their home and community. Furthermore, students will increase their knowledge

In October 8, 1871,Chicago,Illinois was a city ready to burn by the nightmare of wood.

I would disagree with the statement that "A prudent fire chief steers clear of politics.” All fire departments run on some kind of funding. Without the proper funding then the department either cannot adequately staff apparatus or are forced to cut back in response abilities or additional programs and personnel. Money for funding often comes from the political area and government programs. This is just one of the crucial reasons that "A prudent fire chief" would actually in fact be well involved in politics, creating relationships with individuals that could grow to be influential in decision making. In addition, to overseeing all operational aspects of the department, a chief is a representative of the department

Looking further into the impacts of the Rodeo-Chediski fire the trees saw the greatest impact of the fire. Almost 90% of the trees suffered complete crown kill (Ffolliott, 2008). Either some trees had survived with low severity, were harmed, or dead because of the drought and the fire combined. Even though some of the trees that had faced high severity apparently after having seen what trees had survived the fire yet by 2004 two years after the fire they had died (Ffolliott, 2008). The wildfire also impacted the standardization structure, post-fire mortality of trees, and stocking of tree reproduction on the Steamer Ridge Watershed (Ffolliott, 2008). After the fire had finally been contained the density of the forest had been forever changed.

Many fire service personnel that have fifteen or twenty years of service have seem many things change over time. One radical change is the way fires consume structures today when compared structures years ago, these fires have be classified as modern and legacy fires. When responding to a modern construction fire versus a legacy fire, does it change how we fight these fires? Well the answer to that is simply yes! Modern construction physiognomies have greatly changed to accommodate the comfort of the homeowner, which is not firefighter friendly. In modern construction home the floor plans are larger in size to give more living space. As the living spaces grow the footprint of the residence increases as well. As the word modern leads to occupants thinking comfort, when truthfully causes disadvantageous consequences for the fire service with open geometrics, new construction materials, and also include an increased fire load. All these construction advantages only lead to faster propagation of the fire, as well decreases the amount of time for a flashover to occur. Modern construction has led to hasty changes in fire dynamics, which at the same time decreases the amount of time to escape to safety. The structural collapse time is greater since the amount of time as been lessened

Fire district 13 is located in the forested valleys and steep foothills of the Cascade Mountain Range at the base of Mount St. Helens. Access to our district, primarily reached by one main county road, is limited. With automatic mutual aid to neighboring districts with, major rail, and freeway- interoperability is key. Located above the Cascadia Subduction zone, Clark County is due for a catastrophic earthquake. The area that includes fire district 13 is a transitional zone between unoccupied forest land and human development. Being a part of the wildland urban interface zone puts us at a higher risk for wildfires.

Wildland firefighers are hired by Forest Service Bureaus of land Management, National Park Service, Bureau of Indian Affairs, U. F. Fish and Wildlife Service, Emergency Services, Fish and Game, and Fire and Rescue. Some local agencies also hire them where a large chunk of area within the city is covered by woodland. The employment would be for year-around or seasonal, which means the wildland firefighters will work only during the time when the probability of wildfire breaking out is high.

The Great Idaho Fire of 1910, however, burned some three million acres and killed at least 85 people, and the subsequent political outcry led the Forest Service to focus increasingly not just on timber harvesting but also on wildfire suppression. Yet the early proponents of scientific forestry didn’t properly understand the role of fires in woodland ecology. Forest fires are a natural occurrence and serve an important function in maintaining the health of western forests. Shade-intolerant trees, such as ponderosa pines, lodgepole pines, and giant sequoias, require periodic fires to clear areas in which they can regenerate, and once fires were suppressed, these trees were invaded by species such as the Douglas fir. (Lodgepole pines actually require fires to propagate their seeds.)

Humans have been changing the Western forests' fire system since the settlement by the Europeans and now we are experiencing the consequences of those changes. During the summer of 2002, 6.9 million acres of forests was burnt up in the West (Wildland Fires, 1). This figure is two times the ten year annual average, and it does not look like next summer will be any better (Wildfire Season, 1).

Fire prevention is a term being heard more and more today in America. It is starting to become a standard in today’s fire departments. Fire has the ability to keep us warm and also has the ability to make us homeless. As we grow as community and the technology changes, Fire Prevention needs to be made more of a necessity in our homes today. More homes are being built out of lighter material along with being built closer and closer together. Each can lead to extreme destruction, homes being lost, people being displaced, and even death. Why should we not protect homes and defend them against an enemy that can attack at any minute? Fire prevention needs to start in the home and then be carried onward in our lives. There are very

Forest fires, known to many as being just one of countless destructive forces courtesy of mother nature, are in actuality a necessary component in sustaining a healthy ecosystem. Given a poor reputation due to the damage they are known to cause, such as destruction of old growth forests and man made structures, some do not realize that these fires actually benefit the biosphere when they occur in moderation. It is with forest fires that forests may be replenished and new life can begin. Although forest fires have the potential to be very destructive, often burning trees which have been around for hundreds of years, they do play an important and beneficial role in the biosphere and immediate ecosystem. According to the National Parks Service “ Fire is part of a cycle in most ecosystems. It reduces dead vegetation, stimulates new growth, and improves habitat for wildlife.” (NPS.Org, The Benefits of Fire). Some species of trees, vegetation, and animals have adapted and evolved to be reliant on such fires to survive. For example the Sequoia tree requires heat to germinate.

is a major increase in forest fires. This is due to the fact that fire frequency