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- W1992624768 abstract "The dry ice sowing experiment (DISE) consisted in adding dry ice to a lake and monitoring the subsequent evasion of carbon dioxide (CO2). DISE allowed us to evaluate two approaches commonly used for measuring aquatic CO2 diffusive fluxes: the boundary layer equation (BLE) from Cole and Caraco (1998) and a particular model of static chamber (SC). CO2 evasion measurements with both approaches were compared to CO2 mass budgets as a relative reference to define their recovery coefficients (ρ). ρ for the BLE and the SC over the whole measurement period were 101 ± 14% and 115 ± 56%, respectively. Results from discrete sampling intervals revealed that the BLE generally provided estimations in good agreement (80–130%) with the mass budgets during both daytime and nighttime. Variations in ρ for the BLE were related to wind speed and, consequently, piston velocity (k600). The SC overestimated CO2 evasion during daytime (149 ± 39%), and underestimated it during nighttime (57 ± 18%). Variations in ρ for the SC were related to k600, stemming mainly from the alteration of the air/water temperature gradient." @default.
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- W1992624768 date "2008-03-07" @default.
- W1992624768 modified "2023-10-02" @default.
- W1992624768 title "Evaluation of Two Current Approaches for the Measurement of Carbon Dioxide Diffusive Fluxes from Lentic Ecosystems" @default.
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- W1992624768 doi "https://doi.org/10.1021/es702361s" @default.
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