Labile carbon addition has significant effects on soil organic carbon decomposition and temperature sensitivity across urban-rural gradients forest in Changchun city, Northeast China

This dataset contains 9 parts of data.
Data part 1: Soil physicochemical properties along urban-rural gradients;
Data part 2: Effects of glucose addition on cumulative CO2 emissions under different temperatures;
Data part 3: Effects of glucose addition on cumulative native CO2 emissions from forest soil;
Data part 4: Cumulative primed C-CO2 emissions after glucose addition at different temperatures;
Data part 5: Effects of glucose addition on Q10 values of urban-rural forest SOC decomposition;
Data part 6: Effects of glucose addition on forest soil PLFAs content across urban-rural gradients under different temperatures;
Data part 7: Effects of the urban-rural gradient on forest soil PLFA contents at different temperatures;
Data part 8: The data of RDA and VPA results of glucose addition and microbial community composition effects on CO2 emissions at 15 °C;
Data part 9: The data of RDA and VPA results of glucose addition and microbial community composition effects on CO2 emissions at 25 °C.