Skip to main content

Effects of acid precipitation and natural processes on cation leaching from 4 diverse forest ecosystems.

Publication ,  Journal Article
Johnson, DW; Vanmiegroet, H; Cole, DW; Richter, DD
Published in: undefined
January 1, 1983

Two forest ecosystems in eastern Tennessee and 2 in western Washington with a history of intensive nutrient cycling research were selected for studies on the effects or acid precipitation and natural acid production processes on cation leaching rates. At the Tennessee sites, atmospheric acid input in bulk precipitation equaled or exceeded natural leaching by carbonic acid. At the less polluted Washington sites. Natural leaching by carbonic acid was slightly larger than atmospheric acid input in the Douglas fir Pseudotsuga menziesii soil. In the red alder Alnus rubra soil, natural nitric acid formation far exceeded atmospheric acid inputs and appeared to have caused significant acidification of both soil and soil solution.-from STAR, 22(1), 1984

Duke Scholars

Published In

undefined

Publication Date

January 1, 1983
 

Citation

APA
Chicago
ICMJE
MLA
NLM
Johnson, D. W., Vanmiegroet, H., Cole, D. W., & Richter, D. D. (1983). Effects of acid precipitation and natural processes on cation leaching from 4 diverse forest ecosystems. Undefined.
Johnson, D. W., H. Vanmiegroet, D. W. Cole, and D. D. Richter. “Effects of acid precipitation and natural processes on cation leaching from 4 diverse forest ecosystems.Undefined, January 1, 1983.
Johnson DW, Vanmiegroet H, Cole DW, Richter DD. Effects of acid precipitation and natural processes on cation leaching from 4 diverse forest ecosystems. undefined. 1983 Jan 1;
Johnson DW, Vanmiegroet H, Cole DW, Richter DD. Effects of acid precipitation and natural processes on cation leaching from 4 diverse forest ecosystems. undefined. 1983 Jan 1;

Published In

undefined

Publication Date

January 1, 1983