Coarse and volatile fuels cause problems when located too close to firebreaks during prescribed burns. Coarse fuels are woody materials that burn for a relatively long time, such as brush piles, snags, logs or stumps.
Eastern red-cedar is a coniferous evergreen tree species that is native to the southeastern United States. However, over the last several decades, this tree has invaded ecological sites where it didn't previously occur, primarily due to fire suppression.
One of the most important parts of planning and implementing a prescribed burn is weather prediction. Weather prediction resources are available to help us make informed decisions about both fire and smoke behavior before we conduct prescribed burns.
Land use in south-central Oklahoma and north Texas has changed greatly since the 1930s and 40s when Lloyd Noble, founder of Noble Research Institute, saw the devastation of the soil and committed himself to making a difference to help the region.
When planning a prescribed burn, there are many environmental factors to consider including topography, fuel loads and weather.
Many people view honey mesquite as a poor quality rangeland plant. However, it provides cover and food for wildlife and livestock; plus it is a legume that has the ability to fix nitrogen back into the soil.
Succession is a relatively predictable process of change that occurs in plant communities and soils. It is an important concept when managing native plant communities for wildlife, livestock grazing, timber production or other goals.
Planning and preparation for prescribed burns should start several months or even a year prior to a burn.
Eastern Red-cedar trees have become more abundant in many fence rows and pastures. This now very common tree was once limited to rocky bluffs, deep canyons and other areas where fire did not historically occur.
Prescribed burning is one of the most valuable and cost effective tools available to manage our rangelands. Fire was an integral part of the ecosystem in southern Oklahoma and northern Texas throughout history, and our plant communities are adapted to fire.