Accession Number : ADA305234

Title :   Effects of Military Noise on Wildlife. A Literature Review.

Descriptive Note : Final rept.,

Corporate Author : CONSTRUCTION ENGINEERING RESEARCH LAB (ARMY) CHAMPAIGN IL

Personal Author(s) : Larkin, Ronald P. ; Pater, Larry L. ; Tazik, David J.

PDF Url : ADA305234

Report Date : JAN 1996

Pagination or Media Count : 111

Abstract : Assessing and mitigating impacts of military training on threatened and endangered species (TES) is a high priority for the Army. Noise is one impact of concern that is not understood very well. This literature review looks at research on the effects on wildlife of noise associated with military training, especially vehicle noise, artillery, small arms and other blast noise, and helicopter noise. Physical (acoustic) and biological principles are briefly reviewed and traumatic, physiological, behavioral, and population-level effects are discussed. Direct physiological effects of noise on wildlife are difficult to measure and although the processes are technically successful, they do not indicate the individual's health or chances of survival. Behavioral effects that might decrease chances of surviving and reproducing include retreat from favorable habitat near noise sources and reduction of time spent feeding, with resulting energy depletion. The literature contains a preponderance of small, disconnected, anecdotal or correlational studies as opposed to coherent programs of controlled experiments. Future research should stress quantification of exposure of subjects to noise, experimental approaches such as broadcasting accurate recordings of sounds, and observer effects.

Descriptors :   *BEHAVIOR, *ENDANGERED SPECIES, *WILDLIFE, *NOISE POLLUTION, *AIRCRAFT NOISE, CONTROL, OBSERVERS, DEPLETION, IMPACT, BIOLOGY, LITERATURE SURVEYS, ENERGY, COHERENCE, ACCURACY, RADIO BROADCASTING, SURVIVAL(GENERAL), REDUCTION, HELICOPTERS, PHYSIOLOGICAL EFFECTS, RECORDING SYSTEMS, MILITARY TRAINING, VEHICLES, HABITATS, ARTILLERY.

Subject Categories : Noise Pollution and Control
      Ecology

Distribution Statement : APPROVED FOR PUBLIC RELEASE