INDEGENEOUS PEAT SOIL PHOSPHATE SOLUBILIZHING MICROBE INNOCULATION AND AMELIORATION ON CARBON EMISSION AT OIL PALM SEEDLING
IDA NUR ISTINA, NURHAYATI, RACHMIWATI YUSUF AND MASGANTI
Riau Assessment Institute for Agricultural Technology
Abstract
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.
Keywords: Compost, Bulkholderia gladioli, Penicillium aculeatum, CO2 emission
Topic: Environment