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Lignin biodegradation in a variety of natural materials was examined using specifically labeled synthetic14 C-lignins. Natural materials included soils, sediments, silage, steer bedding, and rumen contents. Both aerobic and anaerobic incubations were used. No14 C-labeled lignin biodegradation to labeled gaseous products under anaerobic conditions was observed. Aerobic14 C-labeled lignin mineralization varied with respect to type of natural material used, site, soil type and horizon, and temperature. The greatest observed degradation occurred in a soil from Yellowstone National Park and amounted to over 42% conversion of total radioactivity to14 CO2 during 78 days of incubation. Amounts of14 C-labeled lignin mineralization in Wisconsin soils and sediments were significantly correlated with organic carbon, organic nitrogen, nitrate nitrogen, exchangeable calcium, and exchangeable potassium.

Microbial Decomposition of Synthetic 14 C-Labeled Lignins in Nature: Lignin Biodegradation in a Variety of Natural Materials

Microbial Decomposition of Synthetic ¹⁴ C-Labeled Lignins in Nature: Lignin Biodegradation in a Variety of Natural Materials