ABSTRACT
Nitrous Oxide Emission from Rainfed Lowland Rice Soils through Applications of Rice Straw
and Nitrification Inhibitor Materials. Alternate wet-dry of soil condition under rainfed lowland
system influence on source and sink dynamics of green house gases. Lowland rice soil is one
of antropogenic sources of nitrous oxide (N
O) emission produced by microbiological
nitrification-denitrification mediated processes. Attempt to increase soil productivity in lowland
rice system by organic amendment is predicted to stimulate nitrous oxide production. The
increase of N
2
2
O production in lowland rice could be suppressed by using nitrification inhibitor
materials. A field experiment was conducted in rainfed lowland rice during 2009 dry season. The
objective was to study interaction of rice straw application and nitrification inhibitor materials
on nitrous oxide emission from rainfed lowland rice. Experiment was arranged using factorial
randomizes block design with three replicates and treatmentLENGKAPNYA DOWNLOAD DISINI
Nitrous Oxide Emission from Rainfed Lowland Rice Soils through Applications of Rice Straw
and Nitrification Inhibitor Materials. Alternate wet-dry of soil condition under rainfed lowland
system influence on source and sink dynamics of green house gases. Lowland rice soil is one
of antropogenic sources of nitrous oxide (N
O) emission produced by microbiological
nitrification-denitrification mediated processes. Attempt to increase soil productivity in lowland
rice system by organic amendment is predicted to stimulate nitrous oxide production. The
increase of N
2
2
O production in lowland rice could be suppressed by using nitrification inhibitor
materials. A field experiment was conducted in rainfed lowland rice during 2009 dry season. The
objective was to study interaction of rice straw application and nitrification inhibitor materials
on nitrous oxide emission from rainfed lowland rice. Experiment was arranged using factorial
randomizes block design with three replicates and treatmentLENGKAPNYA DOWNLOAD DISINI
Tags
JURNAL BIOLOGI