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The un-right peat soil management will cause excessive CO2 emissions that affected to the Global climate. Research related to learning of MPF induction in peat-lands and the application of amelioration in oil palm nurseries to CO2 emissions released has been implemented on farmers land in Kampar District in June 2013 till March 2014. Using a Factorial Randomized Block Design with 3 replications. As a first factor, MPF inoculation (control; Burkhlolderia gladioli and penicillium aculeatum) while the second factor was Ameliorants (Control, Oil Palm Empty Fruit Bunch Compost (TKKS), 4 kg TKKS compost / polybag and 25% recommended dosage, 4 kg TKKS compost / polybag and 50% recommended dosage, 4 kg TKKS / polybag compost and 75% recommended dosage, 4 kg TKKS / polybag composition and 100% P recommended dosage, 25% recommended dosage, 50% recommended dosage, 75% recommended dosage , 75% recommended dosage P and 100% recommended dosage P. Measurement of CO2 emissions was done using a closed chamber and an Infrared Gas Analyzer tool. The collected data is tabulated and analyzed using SPSS. The results showed that the MPF inoculation and the combination of ameliorant and P fertilizer did not affected the CO2 emissions increased.