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N2 fixation and methane oxidation effectiveness of mixed cultures of methanotrophic bacteria from ricefieldsEfektivitas fiksasi N2 dan oksidasi metan kultur campuran bakteri metanotrof asal sawah
(2010)
CH4 emissions in a rice field and wetlands is mostly produced by methanogenic bacteria and 80% of the CH4 is oxidized by methanotrophs. Besides of their ability to oxidize methane, methanotrophs also have ability to fix ...
Seleksi dan Uji Aktivitas Fiksasi Nitrogen (N2) Bakteri Metanotrof Asal Sawah pada Konsentrasi Oksigen (O2) Berbeda.
(2009)
Methanotrophic bacteria is methane oxydizing bacteria. This bacteria has a specific enzyme known as methane monooksigenase (MMO) catalizing reaction of CH4 and O2 to methanol. Methanotrophic bacteria also have ability to ...
Karakterisasi gen nifD bakteri metanotrof asal sawah
(IPB (Bogor Agricultural University), 2011)
Methanotrophic bacteria are methane oxidizing bacteria. Some methanotrophs able of fix nitrogen using nitrogenase enzyme. Nitrogenase is composed of two multisubunit metallo protein. Component I contains the active site ...
Aktivitas fiksasi nitrogen dan oksidasi metan kultur campuran bakteri metanotrof pada lumpur sawah
(IPB (Bogor Agricultural University), 2011)
Metanotroph bacteria are methane oxidizing bacteria. Besides, type II and type X of methanotrophic bacteria were also able to fix nitrogen using nitrogenase enzyme. This reasearch was conducted to test the activity of ...
Isolasi dan Seleksi Bakteri Metanotrof Pemfiksasi Nitrogen dari Sawah di Sragen, Jawa Tengah.Isolation and Selection Nitrogen Fixing Methanotrophic Bacteria from Ricefields in Sragen, Jawa Tengah.
(2011)
Methane is one of green house gasses that can cause global warming. Decreasing of methane emission from ricefields will be more effective 20-60 times than that of carbon dioxide in reduces global warming potency. This ...
Efektivitas Bakteri Metanotrof dan Bakteri Pereduksi N2O sebagai Pupuk Hayati pada Pertumbuhan Padi di Sawah Organik
(2013)
Paddy fields are one of the methane (CH4) and nitrous oxide (N2O) emission sources. Methanotrophic bacteria have high activity in the oxidation of methane and denitrification bacteria also have high activity in N2O reduction ...