Kuzyakov Y.

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15N-TRACER APPROACH TO ASSESS NITROGEN CYCLING PROCESSES: NITRATE REDUCTION, ANAMMOX AND DENITRIFICATION IN DIFFERENT PH CROPLAND SOILS

Статья

Xue D., Yu H., Wang Y., Kuzyakov Y., Wang Z.L., Fang Y., Shan J., Xi D.

Catena. Elsevier B.V.. Том 193. 2020. 104611 с.

AN IRON-DEPENDENT BURST OF HYDROXYL RADICALS STIMULATES STRAW DECOMPOSITION AND CO2 EMISSION FROM SOIL HOTSPOTS: CONSEQUENCES OF FENTON OR FENTON-LIKE REACTIONS

Статья

Du H.Y., Chen C.M., Yu G.H., Sun F.S., Polizzotto M.L., Kuzyakov Y.

Geoderma. Elsevier. Том 375. 2020. 114512 с.

COMPOSITIONAL VARIATIONS OF ACTIVE AUTOTROPHIC BACTERIA IN PADDY SOILS WITH ELEVATED CO2 AND TEMPERATURE

Статья

Zhu C., Ling N., Li L., Liu X., Dippold M.A., Zhang X., Guo S., Kuzyakov Y., Shen Q.

Soil Ecology Letters. Springer Nature. Том 2. 2020. С. 295-307

ANAEROBIC OXIDATION OF METHANE IN PADDY SOIL: ROLE OF ELECTRON ACCEPTORS AND FERTILIZATION IN MITIGATING CH4 FLUXES

Статья

Fan L., Kuzyakov Y., Dorodnikov M., Dippold M.A., Ge T., Wu J., Thiel V.

Soil Biology and Biochemistry. Elsevier Ltd. Том 141. 2020. 107685 с.

REPLY TO: “VARIABLES IN THE EFFECT OF LAND USE ON SOIL EXTRAPORE ENZYMATIC ACTIVITY AND CARBON STABILIZATION” BY GLENN (2020)

Статья

Kravchenko A.N., Guber A.K., Razavi B.S., Koestel J., Quigley M.Y., Robertson G.P., Kuzyakov Y.

Nature Communications. Nature Publishing Group. Том 11. 2020.

COMPOSITIONAL VARIATIONS OF ACTIVE AUTOTROPHIC BACTERIA IN PADDY SOILS WITH ELEVATED CO2 AND TEMPERATURE

Статья

Zhu C., Ling N., Li L., Guo S., Shen Q., Liu X., Zhang X., Dippold M.A., Kuzyakov Y.

Soil Ecology Letters. Springer Nature. Том 2. 2020. С. 295-307

TEMPERATURE SENSITIVITY OF SOIL ORGANIC MATTER MINERALIZATION DECREASES WITH LONG-TERM N FERTILIZATION: EVIDENCE FROM FOUR Q10 ESTIMATION APPROACHES

Статья

Zang H., Cheng F., Chen H., Zhang F., Fan M., Wen Y., Blagodatskaya E., Shi L., Kuzyakov Y., Zhao B.

Land Degradation and Development. John Wiley and Sons Ltd. Том 31. 2020. С. 683-693

INTENSIFIED PRECIPITATION SEASONALITY REDUCES SOIL INORGANIC N CONTENT IN A SUBTROPICAL FOREST: GREATER CONTRIBUTION OF LEACHING LOSS THAN N2O EMISSIONS

Статья

Chen J., Xiao G., Liu W., Wang Z., Shen W., Kuzyakov Y., Jenerette G.D.

Journal of Geophysical Research: Biogeosciences. Blackwell Publishing Ltd. Том 124. 2019. С. 494-508

FUNCTIONAL SOIL ORGANIC MATTER FRACTIONS, MICROBIAL COMMUNITY, AND ENZYME ACTIVITIES IN A MOLLISOL UNDER 35 YEARS MANURE AND MINERAL FERTILIZATION

Статья

Yang F., Tian J., Fang H., Gao Y., Xu M., Lou Y., Zhou B., Kuzyakov Y.

Journal of Soil Science and Plant Nutrition. Springer Science and Business Media Deutschland GmbH. Том 19. 2019. С. 430-439

EFFECTS OF PEAT DECOMPOSITION ON Δ 13 C AND Δ 15 N DEPTH PROFILES OF ALPINE BOGS

Статья

Drollinger S., Glatzel S., Kuzyakov Y.

Catena. Elsevier B.V.. Том 178. 2019. С. 1-10

FUNCTIONAL SOIL ORGANIC MATTER FRACTIONS, MICROBIAL COMMUNITY, AND ENZYME ACTIVITIES IN A MOLLISOL UNDER 35 YEARS MANURE AND MINERAL FERTILIZATION

Статья

Yang F., Tian J., Fang H., Gao Y., Xu M., Lou Y., Zhou B., Kuzyakov Y.

Journal of Soil Science and Plant Nutrition. Springer Science and Business Media Deutschland GmbH. Том 19. 2019. С. 430-439

EASILY MINERALIZABLE CARBON IN MANURE-BASED BIOCHAR ADDED TO A SOIL INFLUENCES N 2 O EMISSIONS AND MICROBIAL-N CYCLING GENES

Статья

Dai Z., Li Y., Zhang X., Wu J., Luo Y., Brookes P.C., Xu J., Kuzyakov Y.

Land Degradation and Development. John Wiley and Sons Ltd. Том 30. 2019. С. 406-416

CARBON AND NITROGEN AVAILABILITY IN PADDY SOIL AFFECTS RICE PHOTOSYNTHATE ALLOCATION, MICROBIAL COMMUNITY COMPOSITION, AND PRIMING: COMBINING CONTINUOUS 13C LABELING WITH PLFA ANALYSIS

Статья

Zhao Z., Kuzyakov Y., Ge T., Li Y., Zhu Z., Wu J., Gunina A., Peng P.

Plant and Soil. Springer International Publishing. Том 445. 2019. С. 137-152

MICROBIAL C:N:P STOICHIOMETRY AND TURNOVER DEPEND ON NUTRIENTS AVAILABILITY IN SOIL: A 14 C, 15 N AND 33 P TRIPLE LABELLING STUDY

Статья

Chen J., Dippold M.A., Seven J., Zilla T., Blagodatskaya E., Kuzyakov Y.

Soil Biology and Biochemistry. Elsevier Ltd. Том 131. 2019. С. 206-216

PRIMING EFFECTS INDUCED BY GLUCOSE AND DECAYING PLANT RESIDUES ON SOM DECOMPOSITION: A THREE-SOURCE 13C/14C PARTITIONING STUDY

Статья

Shahbaz M., Börjesson G., Kumar A., Kuzyakov Y., Blagodatskaya E.

Soil Biology and Biochemistry. Elsevier Ltd. Том 121. 2018. С. 138-146

RICE RHIZODEPOSITS AFFECT ORGANIC MATTER PRIMING IN PADDY SOIL: THE ROLE OF N FERTILIZATION AND PLANT GROWTH FOR ENZYME ACTIVITIES, CO2 AND CH4 EMISSIONS

Статья

Zhu Z., Ge T., Liu S., Hu Y., Xiao M., Tong C., Kuzyakov Y., Wu J., Ye R.

Soil Biology and Biochemistry. Elsevier Ltd. Том 116. 2018. С. 369-377

CARBON ALLOCATION AND FATE IN PADDY SOIL DEPENDING ON PHOSPHORUS FERTILIZATION AND WATER MANAGEMENT: RESULTS OF 13C CONTINUOUS LABELLING OF RICE

Статья

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. Том 98. 2018. С. 469-483

TIBETAN SEDGES SEQUESTER MORE CARBON BELOWGROUND THAN GRASSES: A 13C LABELING STUDY

Статья

Mou X.M., Li X.G., Zhao N., Yu Y.W., Kuzyakov Y.

Plant and Soil. Springer International Publishing. Том 426. 2018. С. 287-298

CARBON SEQUESTRATION AND TURNOVER IN SOIL UNDER THE ENERGY CROP MISCANTHUS: REPEATED 13C NATURAL ABUNDANCE APPROACH AND LITERATURE SYNTHESIS

Статья

Zang H., Kuzyakov Y., Blagodatskaya E., Wen Y., Xu X., Dyckmans J.

GCB Bioenergy. Blackwell Publishing Ltd. Том 10. 2018. С. 262-271

Страница 3 из 3. Записи с 101 по 149 из 149

Другие авторы

Bakaeva Z.B.

Записей: 6

Keith S.

Записей: 1

Список записей

<SUP>15</SUP>N-TRACER APPROACH TO ASSESS NITROGEN CYCLING PROCESSES: NITRATE REDUCTION, ANAMMOX AND DENITRIFICATION IN DIFFERENT PH CROPLAND SOILS

AN IRON-DEPENDENT BURST OF HYDROXYL RADICALS STIMULATES STRAW DECOMPOSITION AND CO<SUB>2</SUB> EMISSION FROM SOIL HOTSPOTS: CONSEQUENCES OF FENTON OR FENTON-LIKE REACTIONS

COMPOSITIONAL VARIATIONS OF ACTIVE AUTOTROPHIC BACTERIA IN PADDY SOILS WITH ELEVATED CO2 AND TEMPERATURE

ANAEROBIC OXIDATION OF METHANE IN PADDY SOIL: ROLE OF ELECTRON ACCEPTORS AND FERTILIZATION IN MITIGATING CH<SUB>4</SUB> FLUXES

REPLY TO: “VARIABLES IN THE EFFECT OF LAND USE ON SOIL EXTRAPORE ENZYMATIC ACTIVITY AND CARBON STABILIZATION” BY GLENN (2020)

COMPOSITIONAL VARIATIONS OF ACTIVE AUTOTROPHIC BACTERIA IN PADDY SOILS WITH ELEVATED CO<SUB>2</SUB> AND TEMPERATURE

TEMPERATURE SENSITIVITY OF SOIL ORGANIC MATTER MINERALIZATION DECREASES WITH LONG-TERM N FERTILIZATION: EVIDENCE FROM FOUR Q<SUB>10</SUB> ESTIMATION APPROACHES

INTENSIFIED PRECIPITATION SEASONALITY REDUCES SOIL INORGANIC N CONTENT IN A SUBTROPICAL FOREST: GREATER CONTRIBUTION OF LEACHING LOSS THAN N<SUB>2</SUB>O EMISSIONS

FUNCTIONAL SOIL ORGANIC MATTER FRACTIONS, MICROBIAL COMMUNITY, AND ENZYME ACTIVITIES IN A MOLLISOL UNDER 35 YEARS MANURE AND MINERAL FERTILIZATION

EFFECTS OF PEAT DECOMPOSITION ON Δ <SUP>13</SUP> C AND Δ <SUP>15</SUP> N DEPTH PROFILES OF ALPINE BOGS

FUNCTIONAL SOIL ORGANIC MATTER FRACTIONS, MICROBIAL COMMUNITY, AND ENZYME ACTIVITIES IN A MOLLISOL UNDER 35 YEARS MANURE AND MINERAL FERTILIZATION

EASILY MINERALIZABLE CARBON IN MANURE-BASED BIOCHAR ADDED TO A SOIL INFLUENCES N <SUB>2</SUB> O EMISSIONS AND MICROBIAL-N CYCLING GENES

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

MICROBIAL C:N:P STOICHIOMETRY AND TURNOVER DEPEND ON NUTRIENTS AVAILABILITY IN SOIL: A <SUP>14</SUP> C, <SUP>15</SUP> N AND <SUP>33</SUP> P TRIPLE LABELLING STUDY

PRIMING EFFECTS INDUCED BY GLUCOSE AND DECAYING PLANT RESIDUES ON SOM DECOMPOSITION: A THREE-SOURCE <SUP>13</SUP>C/<SUP>14</SUP>C PARTITIONING STUDY

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

CARBON ALLOCATION AND FATE IN PADDY SOIL DEPENDING ON PHOSPHORUS FERTILIZATION AND WATER MANAGEMENT: RESULTS OF <SUP>13</SUP>C CONTINUOUS LABELLING OF RICE

TIBETAN SEDGES SEQUESTER MORE CARBON BELOWGROUND THAN GRASSES: A <SUP>13</SUP>C LABELING STUDY

CARBON SEQUESTRATION AND TURNOVER IN SOIL UNDER THE ENERGY CROP MISCANTHUS: REPEATED <SUP>13</SUP>C NATURAL ABUNDANCE APPROACH AND LITERATURE SYNTHESIS

Другие авторы

Bakaeva Z.B.

Keith S.