A low-intesnsity forest fire helps the forest because it a) gets rid of sick and dying plants, and b) mixes nutrients into the soil.
Humidity has an important impact on forest fires in two major ways. First, long periods of low humidity tend to dry out all forest fuels to a dangerous degree. Even a few days of low humidity can increase the risks of grass and brush fires. During fire suppression, the daily cycle of humidity can cause fires to burn with more intensity during the heat of the day and "lay down" when the humidity is higher (usually at night, or during precipitation). Humidity changes the ignition point of small and light fuels, slowing down the spread of fire.
The primary environmental factors affecting fire intensity are wind speed, fuel moisture content, and topography. Wind can spread fires quickly, low fuel moisture makes it easier for fires to ignite and burn, and steep terrain can lead to faster fire spread and increased intensity.
The low light intensity of the forest affects the growth of pine trees. The light intensity is an abiotic factor, the growth of pine trees is the biotic factor. This is your answer.
Forest fires are characterized by intense heat, fast-spreading flames, large amounts of smoke, and rapid destruction of vegetation. They can be started by natural causes such as lightning strikes or human activities like campfires or discarded cigarettes. Weather conditions like high temperatures, low humidity, and strong winds can exacerbate the intensity and spread of forest fires.
c
which type of exercise increases fat loss A.high intensity B.high duration C.high duration/low intensity D.high intensity/low duration
During low-intensity activity, the major fuel used is fat. This differs from high-intensity activity, where the major fuel used is carbohydrates.
Depends upon what kind of fuel, how much fuel, how dry the fuel is, what the weather is, how steep is the terrain, among other things. Most fires are quite low and spread along the forest floor or in low brush. Where the lower fuels encounter a dead or down tree, the fire may "ladder" into the upper fuels (the canopy), possibly creating a much larger fire. Fireline handbooks for fire management include safety-zone tables for forest fires that have flames up to 300 feet high.
Sequoias and redwoods have thick, fire-resistant bark that helps them survive low-intensity fires. In a moderate or severe fire, these trees can still be damaged or killed, but they have adaptations like deep roots and high canopy crowns that increase their chances of survival. After a fire, these trees can resprout from the base or from latent buds in their trunks, allowing them to regenerate and continue growing.
Usually forest fires are started by lightening stricking barks of a trees or tree. OR bits of rubbish on the ground, like glass, catches the suns light and makes a spark, and the trees in the forest fuel the fire. Or ARSON <- BAD
High.
Soft usually refers to the colour shade of the light. Low intensity means that the light is dim.