VULNERABILITY AND DRIVING FACTORS OF SOIL INORGANIC CARBON STOCKS IN CHINESE CROPLANDS Article Tao J., Raza S., Zhao M., Cui J., Wang P., Sui Y., Zamanian K., Kuzyakov Y., Xu M., Chen Z., Zhou J. Science of the Total Environment. Elsevier B.V.. Vol. 825. 2022.
THE EFFECT OF FERTILIZER TYPE ON NITROGEN UPTAKE BY MAIZE FROM RECENTLY FORMED SOIL ORGANIC MATTER# Article Pedersen I.F., Hansen J., Peixoto L., Enggrob K.L., Kuzyakov Y., Rasmussen J. Journal of Plant Nutrition and Soil Science. Wiley-VCH Verlag. Vol. 185. 2022. P. 168-176
NITROGEN ADDITION TO SOIL AFFECTS MICROBIAL CARBON USE EFFICIENCY: META-ANALYSIS OF SIMILARITIES AND DIFFERENCES IN <SUP>13</SUP>C AND <SUP>18</SUP>O APPROACHES Article Hu J., Huang C., Zhou S., Kuzyakov Y. Global Change Biology. Blackwell Publishing Ltd. 2022.
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
STIMULATION OF AMMONIA OXIDIZER AND DENITRIFIER ABUNDANCES BY NITROGEN LOADING: POOR PREDICTABILITY FOR INCREASED SOIL N2O EMISSION Article Zhang Y., Zhang F., Abalos D., Luo Y., Hui D., Hungate B.A., García-Palacios P., Kuzyakov Y., Olesen J.E., Jørgensen U., Chen J. Global Change Biology. Blackwell Publishing Ltd. Vol. 28. 2022. P. 2158-2168
PHOSPHORUS ADDITION DECREASES PLANT LIGNIN BUT INCREASES MICROBIAL NECROMASS CONTRIBUTION TO SOIL ORGANIC CARBON IN A SUBALPINE FOREST Article Luo R., Kuzyakov Y., Zhu B., Qiang W., Zhang Y., Pang X. Global Change Biology. Blackwell Publishing Ltd. Vol. 28. 2022. P. 4194-4210
HIGH FREQUENCY OF EXTREME PRECIPITATION INCREASES STIPA GRANDIS BIOMASS BY ALTERING PLANT AND MICROBIAL NITROGEN ACQUISITION Article Wen S., Tian Y., Ouyang S., Song M., Li X., Zhang Y., Gao S., Xu X., Kuzyakov Y. Biology and Fertility of Soils. Springer Verlag. Vol. 58. 2022. P. 63-75
NITRITE-DEPENDENT ANAEROBIC OXIDATION DECREASES METHANE EMISSIONS FROM PEATLANDS Article Shi Y., Ma Q., Kuzyakov Y., Sheng L., Liu H., Wang Z. Soil Biology and Biochemistry. Elsevier Ltd. Vol. 169. 2022.
INITIAL SOIL FORMATION BY BIOCRUSTS: NITROGEN DEMAND AND CLAY PROTECTION CONTROL MICROBIAL NECROMASS ACCRUAL AND RECYCLING Article Wang B., Huang Y., Li N., Yao H., Yang E., Soromotin A.V., Kuzyakov Y., Cheptsov V., Yang Y., An S. Soil Biology and Biochemistry. Elsevier Ltd. Vol. 167. 2022.
MICROBIAL GROWTH RATES, CARBON USE EFFICIENCY AND ENZYME ACTIVITIES DURING POST-AGRICULTURAL SOIL RESTORATION Article Sun T., Zhou J., Shi L., Feng W., Dippold M.A., Zang H., Kurganova I., Kalinina O., Giani L., Kuzyakov Y., De Gerenyu V.L. Catena. Elsevier B.V.. Vol. 214. 2022.
PLANT SPECIES AND PLANT NEIGHBOR IDENTITY AFFECT ASSOCIATIONS BETWEEN PLANT ASSIMILATED C INPUTS AND SOIL PORES Article Zheng H., Guber A.K., Kuzyakov Y., Zhang W., Kravchenko A.N. Geoderma. Elsevier. Vol. 407. 2022.
INCREASED SOIL ORGANIC MATTER AFTER 28 YEARS OF NITROGEN FERTILIZATION ONLY WITH PLASTIC FILM MULCHING IS CONTROLLED BY MAIZE ROOT BIOMASS Article Ding F., Ji D., Yan K., Dijkstra F.A., Bao X., Li S., Kuzyakov Y., Wang J. Science of the Total Environment. Elsevier B.V.. Vol. 810. 2022.
ROOT EXUDATE CHEMISTRY AFFECTS SOIL CARBON MOBILIZATION VIA MICROBIAL COMMUNITY REASSEMBLY Article Wen T., Yu G.-H., Hong W.-D., Yuan J., Niu G.-Q., Xie P.-H., Sun F.-S., Guo L.-D., Kuzyakov Y., Shen Q.-R. Fundamental Research. KeAi Communications Co.. 2022.
CATALYTIC EFFICIENCY OF SOIL ENZYMES EXPLAINS TEMPERATURE SENSITIVITY: INSIGHTS FROM PHYSIOLOGICAL THEORY Article Liu C., Tian H., Gu X., Li N., Zhao X., Lei M., Alharbi H., Megharaj M., He W., Kuzyakov Y. Science of the Total Environment. Elsevier B.V.. Vol. 822. 2022.
FUNGAL KEY PLAYERS OF CELLULOSE UTILIZATION: MICROBIAL NETWORKS IN AGGREGATES OF LONG-TERM FERTILIZED SOILS DISENTANGLED USING <SUP>13</SUP>C-DNA-STABLE ISOTOPE PROBING Article Miao Y., Lin Y., Chen Z., Zheng H., Niu Y., Liu D., Ding W., Kuzyakov Y. Science of the Total Environment. Elsevier B.V.. Vol. 832. 2022. 155051 p.