To assess the land atmosphere exchanges linked to agricultural management activities, we conducted two field campaigns over the ICOS-candidate ecosystem site of Borgo Cioffi, a rotation cropland in Southern Italy, measuring fluxes of CH 4 and CO 2 as well as N 2 O, obtaining the temporal evolution of the exchange dynamics for the prevailing GHG. The interested crops were Lolium italicum and Sorghum bicolor, two fodder crops very common in the region. The results showed that the tilled field acted as a source for all GHGs in both cases.
LAND-ATMOSPHERE EXCHANGE OF N2O, CH4 AND CO2 FROM A MEDITERRANEAN ROTATION CROPLAND
Daniele Gasbarra;Daniela Famulari;Antonio Manco;Paul Di Tommasi;Andrea Esposito;Luca Vitale;Maurizio Tosca;Enzo Magliulo
2019
Abstract
To assess the land atmosphere exchanges linked to agricultural management activities, we conducted two field campaigns over the ICOS-candidate ecosystem site of Borgo Cioffi, a rotation cropland in Southern Italy, measuring fluxes of CH 4 and CO 2 as well as N 2 O, obtaining the temporal evolution of the exchange dynamics for the prevailing GHG. The interested crops were Lolium italicum and Sorghum bicolor, two fodder crops very common in the region. The results showed that the tilled field acted as a source for all GHGs in both cases.File in questo prodotto:
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Descrizione: LAND-ATMOSPHERE EXCHANGE OF N2O, CH4 AND CO2 FROM A MEDITERRANEAN ROTATION CROPLAND
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