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Increasing of Rice Yield by Using Grorvth Promoting Endophytic Bacteria from Srvamp Land (SNA Fitri and N Gofar): Swarnp land has can be used as a paddy field that *itt u" potential as a rice rour"" However, this land has some limiting factors such as low fertility. On the other hand, continous used of inorganic fer.tilizer to improve soil fertility will also have sonre disadvantages Therefore, an alternative method as fertilizers complement is needed. Biofertilizer is potential to be developed. Previous research had succeeded to explore and selected some bacteria flom rice tissues grown on swamp land. That research had found two bacteria Consortium were named as Growth Promoting Endophytic Bacterial Consortium (GPEBC). The aims of this research rvere (l) to evaluate the effect of a GPEBC population density and a level of N fertilizer on plant N absorption, and rice yield in the su,amp soil, and (2) to find out the optimal population density of GPEBC and optimal dosage of N fertilizer on plant N absor ption and rice yields in the swamp soil. The research used a factorial completely randomized design with 3 factors and 3 replicates. The first factor was a kind of GPEBC which consisted of Consortium A and consortium B, The second factors was population density of GPEBC which consisted of 0 CFU ml,'r, 107 cfu ml-r, l0e cfu ml--r, and 10n cfu ml--r. The third factor was N-fertilizer dosages which consisted of 50vo of plant nitrogen necessity (equivalent to 57,50 kg N ha-r), 75voof plantnitrogennecessity(equivalent to86.25 kgNha'r),and l007oof plantNnecessity(equivalentio l15kg N ha-r)' The research showed that GPEBC of the Consortium B had a better;ffect on rice yiels than Consortium A. The population density of 107 cfu ml--r of GPEBC increased the growth and the yield of rice grown on swamp soil, Treatment combination of 75vo of plant N necessity, and l0?cfu ml--r of populatioi, density proiuced the best production of Consortium B (GPEBC) for rice grown on swamp soil.

Increasing of Rice Yield by Using Growth Promoting Endophytic Bacteria from Swamp Land