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Global climate change is known to be a result of atmospheric greenhouse gases. Thus, the atmospheric greenhouse gases should be reduced to prevent the climate change. Based on this fact, scientists have been working to reduce atmospheric greenhouse gases (CO2, N2O, CH4). Due to the increases in CO2 emissions in agricultural lands, the interest in scientific research had moved to this field. In the present study, the shallow soil CO2-C emissions in Harran Plain were measured. The soil CO2-C emissions were measured weekly using the soda-lime method. The Mean soil CO2-C emission was 8.70 ± 0.57 g m -2 week -1 , according to the results obtained in the study. Climate data from the same period obtained that soil moisture was 17.21 ± 2.05% and soil temperature was 12.87 ± 1.80°C. A very significant positive correlation was found between soil CO2-C emissions and soil temperature (r = 0.049; p <0.01) and there was very significant negative correlation between soil CO2-C emissions and soil moisture (r= -0.196; p < 0.01). There was a very strong statistically significant negative correlation (r = 0.854, p <0.01) between soil moisture and soil temperature. While the soil CO2-C emissions decreased as the soil moisture increased, it increased with the soil temperature.

DETERMINATION OF CARBON EMISSIONS IN SHALLOW SOIL OF HARRAN PLAIN, TURKEY