TEMPERATURE SENSITIVITY OF ANAEROBIC METHANE OXIDATION VERSUS METHANOGENESIS IN PADDY SOIL: IMPLICATIONS FOR THE CH<SUB>4</SUB> BALANCE UNDER GLOBAL WARMING Article Fan L., Kuzyakov Y., Dorodnikov M., Dippold M.A., Thiel V., Ge T., Wu J. Global Change Biology. Blackwell Publishing Ltd. Vol. 28. 2022. P. 654-664
SOIL HEALTH EVALUATION APPROACHES ALONG A RECLAMATION CONSEQUENCE IN HANGZHOU BAY, CHINA Article Wei L., Li Y., Zhu Z., Wang F., Liu X., Zhang W., Xiao M., Li G., Ding J., Chen J., Kuzyakov Y., Ge T. Agriculture, Ecosystems and Environment. Elsevier B.V.. Vol. 337. 2022.
STOICHIOMETRIC REGULATION OF PRIMING EFFECTS AND SOIL CARBON BALANCE BY MICROBIAL LIFE STRATEGIES Article Zhu Z., Fang Y., Liang Y., Li Y., Liu S., Li Y., Li B., Gao W., Yuan H., Kuzyakov Y., Wu J., Richter A., Ge T. Soil Biology and Biochemistry. Elsevier Ltd. Vol. 169. 2022.
SOURCES AND INTENSITY OF CH4 PRODUCTION IN PADDY SOILS DEPEND ON IRON OXIDES AND MICROBIAL BIOMASS Article Li Y., Zhu Z., Wei X., Kuzyakov Y., Li B., Kim P.J., Wu J., Liu S., Ge T. Biology and Fertility of Soils. Springer Verlag. Vol. 58. 2022. P. 181-191
SOURCES AND INTENSITY OF CH<SUB>4</SUB> PRODUCTION IN PADDY SOILS DEPEND ON IRON OXIDES AND MICROBIAL BIOMASS Article Li Y., Zhu Z., Wei X., Li B., Wu J., Liu S., Ge T., Kuzyakov Y., Kim P.J. Biology and Fertility of Soils. Springer Verlag. Vol. 58. 2022. P. 181-191
PADDY SOILS HAVE A MUCH HIGHER MICROBIAL BIOMASS CONTENT THAN UPLAND SOILS: A REVIEW OF THE ORIGIN, MECHANISMS, AND DRIVERS Article Wei L., Ge T., Zhu Z., Ye R., Peñuelas J., Li Y., Lynn T.M., Jones D.L., Wu J., Kuzyakov Y. Agriculture, Ecosystems and Environment. Elsevier B.V.. Vol. 326. 2022.
MICROBIAL IRON REDUCTION COMPENSATES FOR PHOSPHORUS LIMITATION IN PADDY SOILS Article Wang C., Thielemann L., Dippold M.A., Guggenberger G., Kuzyakov Y., Banfield C.C., Ge T., Guenther S., Bork P., Horn M.A., Dorodnikov M. Science of the Total Environment. Elsevier B.V.. Vol. 837. 2022.
SUBSTRATE CONTROL OF SULPHUR UTILISATION AND MICROBIAL STOICHIOMETRY IN SOIL: RESULTS OF <SUP>13</SUP>C, <SUP>15</SUP>N, <SUP>14</SUP>C, AND <SUP>35</SUP>S QUAD LABELLING Article Ma Q., Pan W., Tang S., Wu L., Chadwick D.R., Wen Y., Hill P.W., Jones D.L., Kuzyakov Y., Macdonald A., Ge T., Si L. ISME Journal. Springer Nature. 2021.
TEMPERATURE SENSITIVITY (Q<SUB>10</SUB>) OF STABLE, PRIMED AND EASILY AVAILABLE ORGANIC MATTER POOLS DURING DECOMPOSITION IN PADDY SOIL Article Wei L., Zhu Z., Liu S., Xiao M., Wang J., Wu J., Ge T., Deng Y., Kuzyakov Y. Applied Soil Ecology. Elsevier B.V.. Vol. 157. 2021. 103752 p.
ANAEROBIC OXIDATION OF METHANE IN PADDY SOIL: ROLE OF ELECTRON ACCEPTORS AND FERTILIZATION IN MITIGATING CH<SUB>4</SUB> FLUXES Article Fan L., Kuzyakov Y., Dorodnikov M., Dippold M.A., Ge T., Wu J., Thiel V. Soil Biology and Biochemistry. Elsevier Ltd. Vol. 141. 2020. 107685 p.
CARBON AND NITROGEN AVAILABILITY IN PADDY SOIL AFFECTS RICE PHOTOSYNTHATE ALLOCATION, MICROBIAL COMMUNITY COMPOSITION, AND PRIMING: COMBINING CONTINUOUS <SUP>13</SUP>C LABELING WITH PLFA ANALYSIS Article Zhao Z., Kuzyakov Y., Ge T., Li Y., Zhu Z., Wu J., Gunina A., Peng P. Plant and Soil. Springer International Publishing. Vol. 445. 2019. P. 137-152
RICE RHIZODEPOSITS AFFECT ORGANIC MATTER PRIMING IN PADDY SOIL: THE ROLE OF N FERTILIZATION AND PLANT GROWTH FOR ENZYME ACTIVITIES, CO<SUB>2</SUB> AND CH<SUB>4</SUB> EMISSIONS Article Zhu Z., Ge T., Liu S., Hu Y., Xiao M., Tong C., Kuzyakov Y., Wu J., Ye R. Soil Biology and Biochemistry. Elsevier Ltd. Vol. 116. 2018. P. 369-377
CARBON ALLOCATION AND FATE IN PADDY SOIL DEPENDING ON PHOSPHORUS FERTILIZATION AND WATER MANAGEMENT: RESULTS OF <SUP>13</SUP>C CONTINUOUS LABELLING OF RICE Article Atere C.T., Ge T., Zhu Z., Wei L., Zhou P., Kuzyakov Y., Wu J., He X. Canadian Journal of Soil Science. Agricultural Institute of Canada. Vol. 98. 2018. P. 469-483