This paper examines the sources of uncertainty for the Forced Diffusion (FD) chamber soil
respiration (R[subscript s]) measurement technique and demonstrates a protocol for uncertainty quantification that
could be appropriate with any soil flux technique. Here we sought to quantify and compare the three primary
sources of uncertainty in R[subscript...
This paper examines the sources of uncertainty for the Forced Diffusion (FD) chamber soil
respiration (R[subscript s]) measurement technique and demonstrates a protocol for uncertainty quantification that
could be appropriate with any soil flux technique. Here we sought to quantify and compare the three primary
sources of uncertainty in R[subscript...
Full Text:
Lavoie, Claire Phillips, David Risk
Department of Earth Sciences, St. Francis Xavier University, P.O
This paper examines the sources of uncertainty for the Forced Diffusion (FD) chamber soil
respiration (R[subscript s]) measurement technique and demonstrates a protocol for uncertainty quantification that
could be appropriate with any soil flux technique. Here we sought to quantify and compare the three primary
sources of uncertainty in R[subscript...
Full Text:
respiration using Forced
Diffusion chambers
Martin Lavoie1, C. L. Phillips2, and David Risk1
1Department of
This paper examines the sources of uncertainty for the Forced Diffusion (FD) chamber soil respiration (Rs) measurement technique and demonstrates a protocol for uncertainty quantification that could be appropriate with any soil flux technique. Here we sought to quantify and compare the three primary sources of uncertainty in Rs: (1)...
Equations for predicting total height as a function of diameter at breast height are presented for 17 tree species from southwest Oregon. Because basal area and site index often influence tree height, additional equations are presented which may include either or both of these as independent variables. Equation coefficients were...