rear.flux {StreamMetabolism} | R Documentation |
Calculates Rearation Flux
rear.flux(DO, Ktemp, temp, interval)
DO |
Dissolved Oxygen mg/L |
Ktemp |
Temperature Corrected K (Rearation) |
temp |
Temperature degrees Celcius |
interval |
Number of readings in a day 15min = 96 |
zoo object as input
time series of rearation flux (zoo object)
Stephen A. Sefick Jr.
Bott, T.L. 1996. Primary Productivity and community respiration. In F. R. Hauer and G. A. Lamberti (ed.), Methods in stream ecology. Academic Press, Inc., New York, N.Y.
#Use vel=0.6 and depth=0.4572 data(DOTemp) d <- ODobbins(0.6, 0.4572) f <- rear.flux(DOTemp[,2], Kt(d, DOTemp[,1]), DOTemp[,1], 96) plot(f)