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U.S. Department of Energy
Office of Scientific and Technical Information

Mount Storm study

Book ·
OSTI ID:6166769

A 3-year study of coniferous foliage damaged by phytotoxic elements, compounds, and particulate matter in the Mt. Storm area of West Virginia and Maryland revealed that the major causal agents are waste products from coal-burning utility plants. The primary pollutant causing damage is sulfur dioxide and its by product sulfuric acid. The SO/sub 2/ in the ambient air of the study area causes most of the needle necrosis and eventually causes premature needle casting. The H/sub 2/SO/sub 4/ causes short-long needle syndrome, reduction in terminal shoot elongation, and for premature needle casting of short needles. Fly ash particulates in the Mt. Storm area contain high concentrations of several elements and compounds, some of which are known to be phytotoxic, such as fluorides and sulfates. Iron, aluminum, and other compounds may or may not affect the trees. Gaseous and particulate fluorides in the area are from the burning of coal. Greenhouse and field studies of white, Scotch, and ponderosa pine seedlings demonstrated that fly ash slurries and hydrofluoric acid will cause two growth abnormalities excessive lateral bud production and excessive terminal stem growth. Innoculation of young emerging conifer needles with HF caused the short-long syndrome. Samples collected in six polluted areas in the northwestern US gave further evidence that HF and H/sub 2/SO/sub 4/ could cause growth abnormalities. It will be impossible to cultivate the three species of conifers under healthy conditions in the Mt. Storm area until adequate abatement equipment is installed at large stationary emission sources of SO/sub 2/ fluoride and particulates in the area.

OSTI ID:
6166769
Country of Publication:
United States
Language:
English

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