Contributions of biogenic volatile organic flux in a ponderosa pine plantation

<We found that BVOCs contribute to 4.0 (2.0e < Neglecting BVOC carbon loss causes an over Carbon balance carbon storage for this rapidly growing commercial forest plantation. For ecosystems that are not storing carbon as rapidly, where photosynthesis and respiration are more closely balanced, ignoring BVOC positive. The eddy covariance technique is being used by FLUXNET sites across the world to quantify and compare ecosystem carbon balance and the influence of biotic and abiotic factors on carbon fluxes (Baldocchi et al., 2001). Errors in eddy covariance NEE measurements can be classified as systematic or random. Random errors have inconsistent effects on the measurements and result in data scatter. Using eddy covariance methods, random errors range from instrument elec-tronic noise (10e20%) to filling the gaps in datasets (1.5e20%