Habitat Management and Fire

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Pine trees of many species are a prime example of species that benefit from fire. During high intensity burns, the sealed cones of many pines open up, allowing dispersion of seeds over the fire-cleared ground. Anyone who has visited Yellowstone Park since the latest wildfires there has seen the abundant re-growth of not only the pine trees, but of many grasses, wildfires and shrubs; which have provided new habitat for many species of birds and mammals. In many areas pine trees are failing to regenerate due to past fire control practices.

The federally endangered Red-cockaded Woodpecker is a fire-dependent species. It nests only in mature pine trees that are free of surrounding underbrush. Researchers believe the Red-cockaded Woodpecker colonies in many areas have been abandoned because the sites have become too brushy. Periodic fires would control the brush, which may provide predators with access to woodpecker nests.

Entire ecosystems often need fire to maintain their natural diversity of plants and animals. Many pine-oak, oak forests and oak savannahs have poor reproductive success without occasional fires. Little or no oak regeneration has occurred in some areas as a result of fire suppression. Oaks provide acorns in the fall, which are an important food source for black bear, white-tailed deer, turkey, and other wildlife.

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About TR Michels

T.R. has spent several years studying game animal behavior, including communication through vocalization, scents and visual stimuli; and ways to use this knowledge to attract game. He conducted a seven-year study to determine how weather and lunar factors affect deer movement and rut related activity; and the effectiveness of using scrape activity to determine when and where to hunt whitetail bucks. He conducted a four-year study to determine how seasonal and current weather conditions and lunar factors affect turkey movement, gobbling, and breeding activity. View Entire Bio