Zusammenfassung
Der Einfluß von drei großen, kohleverbrennenden Kraftwerken (Elektrizitätswerken mit hohen Schornsteinen) auf die Vegetation im Südwesten von Pennsylvania, USA, wurde von 1964 an vor ihrer Inbetriebnahme bis zur Gegenwart untersucht. Der Schwefelgehalt im Blattwerk nahe bei und in Windrichtung von den Kraftwerken stieg während der ersten Jahre der Untersuchung an und blieb dann gleich. Durch SO2 verursachte Symptome im Blattwerk wurden an zwei Stellen im Abstand von 10 km von einem der großen Kraftwerke nach der Betriebsaufnahme festgestellt; gleichfalls wurden Symptome bei einem äußerst kleinen Prozentsatz der Waldkiefern im Abstand von 25 km von den Kraftwerken beobachtet. Durch SO2 verursachte Symptome im Blattwerk wurden auch in der Nähe von lokalen Ursprungsquellen wie brennenden Abraumhalden, einem kleinen schon bestehenden Kraftwerk und Koksöfen festgestellt. Verminderungen im Baumwachstum, wie sie jährlich mit einem Durchmesser-Bandmaß gemessen wurden, wurden mit ungünstigen Wetterbedingungen und durch Insekten verursachten Laubfall in Verbindung gebracht, nicht aber mit Entfernung und Richtung von den Kraftwerken. Eine Bohrkern-Zuwachs-analyse wird 1984 bis 1985 durchgeführt werden. Der bei weitem ernsteste durch Luftverschmutzung verursachte Schaden entstand durch Ozon; Ozonschaden war überall, weit verbreitet und oft sehr stark, sogar vor der Betriebsaufnahme der Kraftwerke.
Summary
The impact of three large coal-burning power plants (electric generating stations with tall stacks) on vegetation in southwestern Pennsylvania USA was examined from 1964, prior to operation, to the present. Sulfur levels in foliage close to and downwind from the power plants increased during the early years of the study, then leveled off. Foliar symptoms caused by SO2 were observed at two locations within 10 km of one of the large power plant, after initiation of operation; symptoms were also noted on an extremely small percentage of the Scots pines within 25 km of the power plants. Foliar SO2 symptoms also were observed in the vicinity of local sources such as burning coal-spoil piles, a small existing power plant, and coke ovens. Reductions in tree growth, as measured annually with a diameter tape, were associated with adverse weather conditions and insect defoliation, but not with distance or direction from the power plants. Increment core analysis will be conducted in 1984–1985. By far, the most severe air pollution injury was caused by O3; O3 injury was common, widespread, and often severe, even prior to the initiation of operation of the power plants.
Literature
Jones, H. C.; Noggle, J. C., 1980: Ecological effects of atmospheric emissions from coal-fired power plants. Proc. of APCA Speciality Conf., Atlanta, Sept. 16–18.
Jones, H. C.; Weatherford, F. P.; Noggle, J. C.; Lee, N. T.; Cunningham, J. R., 1979: Proposed power plant siting: assessing risks of sulfur dioxide effects on agriculture. Pres. at 72nd Annu. Meet. Air Pollut. Control Assoc., Paper No. 79-13.5.
Smith, W. H., 1981. Air pollution und forests. Springer-Verlag, N. Y.
Slowik, A. A.; Austin, J. N.; Pica, G. N., 1977: Plume dispersion in complex terrain under stable atmospheric conditions. Pres. at 70th Annu. Meet. Air Pollut. Assoc., Paper No. 77-29.1.
Jacobsen, J. S.;Hill, A. C. (ed.), 1970: Recognition of air pollution injury to vegetation: a pictorial atlas. Air Pollut. Control Assoc., Pittsburgh.
Dochinger, L. S.;Seliskar, C. E., 1970: Air pollution and the chlorotic dwarf disease of eastern white pine. Forest Sci.16: 46–55.
Gerhold, H. D., 1977: Effect of air pollution onPinus strobus L. and genetic resistance. U.S. Environ. Pro. Agency Pub. No. EPA-600/3-77-002.
Davis, D. D.;Umbach, D. M.;Coppolino, J. B., 1981: Susceptibility of tree and shrub species and response of black cherry foliage to ozone. Plant Dis.65:904–907.
Davis, D. D.; Wilhour, R. G., 1976: Susceptibility of woody plants to sulfur dioxide and photochemical oxidants. U. S. Environ. Pro. Agency Pub. No. EPA-600/3-76-102.
Duchelle, S. F.;Skelly, J. M., 1981; Response of common milkweed to oxidant air pollution in the Shenandoah National Park in Virginia. Plant Dis.65:661–663.
Malhorta, S. S.; Blavel, R. A., 1980: Diagnosis of air pollutant and natural stress symptoms on forest vegetation in western Canada. North. For. Res. Cen. Info. Rpt. NOR-X-228.
Wilhour, R. W., 1970: The influence of ozone on white ash (Fraxinus americana L.). Penn. State Univ. Cen. Air Environ. Studies Publ. No. 188-71.
Boyce, J. S., 1961. Forest pathology. 3rd ed., McGraw Hill, N.Y.
Kistler, B. R., Merrill, W., 1973: Summary of Christmas tree disease research for 1973. Penn. Christmas Tree Growers Assoc. Bull. No. 123, p. 6–7.
Haut, H. van;Stratmann, H., 1969: Color-plate atlas of the effects of sulfur dioxide on plants. Verlag W. Girardet, Essen, W. Germany. (1969).
Davis, D. D., unpublished data.
Hayes, E. M.;Skelly, J. M., 1977: Transport of ozone from the northeast US into Virginia and its effect on eastern white pine. Plant Dis. Reptr.61: 778–782.
Houston, D. B., 1974: Response of selectedPinus strobus L. clones to fumigations with sulfur dioxide and ozone. Can. J. For Res. 4: 65–68.
Kohut, R. J.;Davis, D. D.;Merrill, W., 1976: Response of hybrid poplar to simultaneous exposure to ozone and PAN: Plant Dis. Reptr.60:777–780.
Bremanis, E.;Deering, J. R., Meade, C. F., Keyworth, D. A., 1967: Elimination of nitrogen and chloride interferences in the idometric determination of sulfur as sulfur dioxide. Materials Res. Standards7:549–560.
Jones, J. B., Isaac, R. A., 1972: Determination of sulfur in plant tissues using a Leco sulfur analyzer. J. Agric. Food Chem.20:1292–1294.
Garsed, S. G.;Farrar, J. F., Rutter, A. J., 1979: The effects of low concentrations of sulfur dioxide on the growth of four broadleaved tree species. J Appl. Ecol.16:217–226.
Garsed, S. G.;Rutter, A. J., Retton, J., 1981: The effects of sulfur, dioxide on the growth ofPinus sylvestris in two soils. Environ. Pollut.24:219–232.
Katz, M.; McCallum, A. W., 1952: The effects of sulfur dioxide on conifers. In: Air Poll. Proc., L. McCabe, ed., U. S. Tech. Conf. on Air Pollut., 84–96.
Linzon, S. N., 1971: Economic effects of sulfur dioxide on forest growth. J. Air. Pollut. Control Assoc..21:81–86.
Brennan, E.; Davis, S. H., Air pollution damage to Austrian pine in New Jersey. Plant Dis. Reptr.51:964–967.
Wood, F. A., unpublished data.
Brennan, E.; Leone, I.; Harkov, R.; Rhoads, A., Austrian pine injury traced to ozone and sulfur dioxide pollution. Plant Dis.65:363–364.
Krupa, S. V.;Chevone, B. I.;Bechthold, J. L.;Wolf, J. L., 1980: Vegetation: effects of of sulfur deposition by dry-fall processes. In Atmospheric sulfur deposition,D. S. Shriner, C. R. Richmond, S. E. Lindberg (ed.) 1981. Ann Arbor Sci. Publ., Ann Arbor, 309–319.
Noggle, J. C., 1980: Sulfur accumulation by plants; the role of gaseous, sulfur in crop nutrition, In: Atmospheric sulfur deposition,D. S. Shriner, C. R. Richmond, S. E. Lindberg (ed.), Ann Arbor Sci. Pub., Ann Arbor. 289–297.
Thomas, M. D.;Hendricks, R. H.;Colleier, T. R.;Hill, G. R., 1943: The utilization of sulfate and sulfur dioxide for nutrition of alfalfa. Plant Physiol.18:435–471.
Miller, P. R.;Parmeter, J. R.;Flick, B. H.;Martinez, C. W., 1969: Ozone damage response of ponderosa pine seedings. J. Air Pollut. Control Assoc.19:435–438.
Miller, P. R.;Parmeter, J. R.;Taylor, O. C.;Cardiff, E. A., 1963: Ozone injury to e the foliage ofPinus ponderosa. Phytopathology53:1072–1076.
Menser, H. A.;Heggestad, H. E., 1966: Ozone and sulfur dioxide synergism injury to tobacco plants. Science153:424–425.
Richards, B. L.;Middleton, J. T.;Hewitt, W. B., 1958: Air pollution with relation to, agronomic crops: V. Oxidant stipple to grape. Agron. J.50: 559–561.
Heggestad, H. E.;Middleton, J. T., 1959: Ozone in high concentrations as cause of tobacco leaf injury. Science129:208–210.
Cleveland, W. S.;Kleiner, B., 1975: Transport of photochemical air pollution from Camden-Philadelphia urban complex. Environ. Sci. Technol.9:869–872.
Cleveland, W. S.;Kleiner, B.;McRae, J. E.;Warner, J. L., 1976: Photochemical air pollution: transport from the New York City area into Connecticut and Massachusetts. Science191:179–181.
Wolff, G. T.;Lioy, P. J.;Wight, G. D., et al. 1977: An investigation of long range transport of ozone across the midwestern and eastern United States. Atmos. Environ.,11:797–802.
Cole, A. F. W.;Katz, M., 1966: Summer ozone concentrations in southern Ontario in relation to photochemical aspects and vegetation damage. J. Air. Pollut. Control Assoc.16:201–206.
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Davis, D.D., Wood, F.A., Hutnik, R.J. et al. Beobachtungen in der Nähe von kohleverbrennenden Kraftwerken in Pennsylvania/USA. Forstw Cbl 103, 61–73 (1984). https://doi.org/10.1007/BF02744215
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DOI: https://doi.org/10.1007/BF02744215