Rainfall chemistry and potential beneficial-detrimental impact to indigenous vegetation.
Publication
, Journal Article
Winner, WE; Chevone, BI; Chappelka, A; Skelly, JM
January 1, 1983
This research project was designed to evaluate the effects of air pollutants on forests in southwestern Virginia. Extensive field studies utilizing tree coring techniques and open-top chamber experiments have shown that air pollutants for RAAP have periodically caused foliar injury to air pollution-sensitive trees and suppressed forest growth. Laboratory studies showed the genetic basis for interspecific differences in air pollution sensitivity and showed pollutants generally caused reductions in transpiration and photosynthesis.-from STAR, 22(12), 1984
Duke Scholars
Publication Date
January 1, 1983
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Winner, W. E., Chevone, B. I., Chappelka, A., & Skelly, J. M. (1983). Rainfall chemistry and potential beneficial-detrimental impact to indigenous vegetation.
Winner, W. E., B. I. Chevone, A. Chappelka, and J. M. Skelly. “Rainfall chemistry and potential beneficial-detrimental impact to indigenous vegetation.,” January 1, 1983.
Winner WE, Chevone BI, Chappelka A, Skelly JM. Rainfall chemistry and potential beneficial-detrimental impact to indigenous vegetation. 1983 Jan 1;
Winner, W. E., et al. Rainfall chemistry and potential beneficial-detrimental impact to indigenous vegetation. Jan. 1983.
Winner WE, Chevone BI, Chappelka A, Skelly JM. Rainfall chemistry and potential beneficial-detrimental impact to indigenous vegetation. 1983 Jan 1;
Publication Date
January 1, 1983