Annual cycle of volatile organic compound exchange between a boreal pine forest and the atmosphere

Although introducing stomatal control of emis- sions from storage pools improves the magnitude and diurnal profile of modelled fluxes, acetaldehyde exchanges at Har- vard Forest do

As part of the Megacity Initiative: Local and Global Re- search Observations (MILAGRO) 2006 field campaign, we measured the fluxes (positive emission fluxes and nega- tive

Fluxes measured by both methods during the night in the fall are small, with a upward flux measured using the EC method and downward fluxes measured by the MBR method in all

Leaf BVOC emissions fluxes, above-canopy monoterpene concentration and aerosol particle size and number concentrations were measured during the growing season 2009 at the

Fluxes measured by both methods during the night in the fall are small, with an upward flux measured using the EC method and downward fluxes measured by the MBR method in all

No changes in the diffusive fluxes were observed by in- creasing the number of grain boundaries in the snow sample by a factor of 7, indicating that for these volatile organic

Regressions of vertical mass fluxes (a) and particulate or- ganic carbon (POC) fluxes as estimated with the UVP5 dataset and the empirical equations obtained with the

son of thorium export fluxes measured by sediment traps to thorium flux estimated from the deficiency between particulate and dissolved thorium indeed showed discrepancy during