Chevallier T., Hmaidi K., Kouakoua E., Bernoux M., Gallali T., Toucet J., Jolivet C., Deleporte P., Barthès B.
2015
In a warmer world, soil CO2 emissions are likely to increase. There is still much discussion about which soil organic C (SOC) pools are more sensitive to increasing temperatures. While the temperature sensitivity of C stabilized by biochemical recalcitrance or by sorption to mineral surfaces has been characterized, few studies have been carried out on the temperature sensitivity¿expressed as ...
Chimie et physique du sol; Météorologie et climatologie
2015
In a warmer world, soil CO2 emissions are likely to increase. There is still much discussion about which soil organic C (SOC) pools are more sensitive to increasing temperatures. While the temperature sensitivity of C stabilized by biochemical recalcitrance or by sorption to mineral surfaces has been characterized, few studies have been carried out on the temperature sensitivity¿expressed as ...
Chimie et physique du sol; Météorologie et climatologie