Proportion of the soil CO2 efflux coming from the mineralization of 8 t biochar-C ha-1 (BC8), 25 t biochar-C ha-1 (BC25) and Miscanthus straw at 8 t C ha-1 (MS8) (standard errors for n = 4).

Aijun Zhang (140095)
Xin Zhang (35492)
Qing Liang (654718)
Mengtao Sun (2166703)

February 2024

The distribution of N2O fluxes under (a) straw incorporation and (b) straw removal. Error bars denot...

Miscanthus Biochar had Limited Effects on Soil Physical Properties, Microbial Biomass, and Grain Yield in a Four-Year Field Experiment in Norway

O'toole, Adam Thomas
Moni, Christophe
Weldon, Simon Mark
Schols, Anne
Carnol, Monique
Bosman, Bernard
Rasse, Daniel

January 2018

The application of biochar to soils is a promising technique for increasing soil organic C and offse...

Microbial biomass carbon (MBC) under different treatments (CK: control, B4.5: 4.5 t ha−1 yr−1 biochar addition, B9.0: 9.0 t ha−1 yr−1 biochar addition, SR: incorporation of wheat straw) and different soil depths (a: 0–5, b: 5–10, c: 10–20, and d: 20–30 cm) during winter wheat season.

Qing-zhong Zhang (598288)
Feike A. Dijkstra (447877)
Xing-ren Liu (598289)
Yi-ding Wang (598290)
Jian Huang (7250)
Ning Lu (22589)

July 2014

Vertical bars represent the standard errors for means of each treatment (n = 3).</p

Soil carbon content under different wheat straw incorporation treatments in 0–20 and 20–40 cm soil layers from 2008 to 2011.

Ting Wei (113015)
Peng Zhang (2071)
Ke Wang (82395)
Ruixia Ding (725190)
Baoping Yang (725191)
Junfeng Nie (725192)
Zhikuan Jia (541841)
Qingfang Han (541842)

April 2015

Note: CK, no straw incorporation; L, incorporation of straw at a low rate of 3 000 kg hm-2</...

Cumulative mineralization in soil of biochars from medium-scale pyrolyzer (BCMED, open symbols) and a laboratory unit (BCLAB, filled symbols).

Daniel P. Rasse (4413682)
Alice Budai (1815946)
Adam O’Toole (2107696)
Xingzhu Ma (2793649)
Cornelia Rumpel (532850)
Samuel Abiven (1815955)

September 2017

Standard errors reported for n = 9 (3 replicates for 3 doses). Values are in %, i.e. 100 ×...

The ratio of soil microbial biomass carbon (MBC) to soil microbial biomass nitrogen (MBC/MBN) under different treatments (CK: control, B4.5: 4.5 t ha−1 yr−1 biochar addition, B9.0: 9.0 t ha−1 yr−1 biochar addition, SR: incorporation of wheat straw) and different soil depths (a: 0–5, b: 5–10, c: 10–20, and d: 20–30 cm) during winter wheat season.

Qing-zhong Zhang (598288)
Feike A. Dijkstra (447877)
Xing-ren Liu (598289)
Yi-ding Wang (598290)
Jian Huang (7250)
Ning Lu (22589)

July 2014

Vertical bars represent the standard errors for means of each treatment (n = 3).</p

Two-way ANOVA of the effects of straw incorporation (S) and biochar applied (C) on cumulative N2O emissions, cumulative NH3 volatilization, and soil moisture, NO3−−N, NH4+−N, total N (TN), soil organic matter (SOM) content, and pH in the 0−10 cm, 10−20 cm, and 20−40 cm soil layers.

Aijun Zhang (140095)
Xin Zhang (35492)
Qing Liang (654718)
Mengtao Sun (2166703)

February 2024

Two-way ANOVA of the effects of straw incorporation (S) and biochar applied (C) on cumulative N2O em...

Cumulative kinetics of the orgC mineralization and microbial biomass carbon in, the control soil (CS), the soil with straw (SS) and the soil with straw and the BS (SBS).

Eve Hellequin (6166868)
Cécile Monard (6166871)
Achim Quaiser (90018)
Morgane Henriot (6166874)
Olivier Klarzynski (6166877)
Françoise Binet (6166880)

December 2018

The error bars indicate the standard errors of the C-CO2 emission mean values (n = 3). At each sampl...

4,4'-DDT and its breakdown derivative 4,4'-DDE (mg kg-1) under biochar treatments in co-contaminated soil after T = 180 d.

Samuel J. Gregory (731668)
Christopher W. N. Anderson (552070)
Marta Camps-Arbestain (731669)
Patrick J. Biggs (196960)
Austen R. D. Ganley (531714)
Justin M. O’Sullivan (731670)
Michael T. McManus (148992)

April 2015

A ratio between DDE:DDT in soil after treatment is also included. Significant errors are listed a...

Miscanthus biochar mineralization experiments with CO2 fluxes, δ¹³CO2, and mineralization rates for field in Aas Norway 2011-2012 and laboratory incubation

Rasse, Daniel
O'Toole, Adam
Budai, Alice
Ma, Xingzhu

July 2017

Measured CO2 flux from biochar plots at Aas experiment (per plot and per date in 2011 in 2012), meas...

CO2 flux from the soil treated with different rates of nitrogen and biochar (Experiment 1).

Aung Zaw Oo (4470400)
Shigeto Sudo (4470391)
Hiroko Akiyama (3838060)
Khin Thuzar Win (4818348)
Akira Shibata (2293177)
Akinori Yamamoto (4019051)
Tomohito Sano (4818351)
Yuhei Hirono (4818354)

February 2018

Error bars indicate standard deviation. Arrows indicate the first, second, third and fourth split...

Total carbon (TC, %) content of biochar-amended and control Arenosol, Cambisol and Ferralsol.

Bhupinder Pal Singh (819043)
Yunying Fang (819044)
Mark Boersma (819045)
Damian Collins (576015)
Lukas Van Zwieten (819046)
Lynne M Macdonald (819047)

October 2015

The symbols of biochar-amended and non-amended (control) micro-plots are black circle and red emp...

Proportion of mineralized C4 C source (Miscanthus feedstock or biochar) for the 2012 growing season based on the cumulated CO2 flux (9 dates) and average δ13C values (6 dates).

Daniel P. Rasse (4413682)
Alice Budai (1815946)
Adam O’Toole (2107696)
Xingzhu Ma (2793649)
Cornelia Rumpel (532850)
Samuel Abiven (1815955)

September 2017

Proportion of mineralized C4 C source (Miscanthus feedstock or biochar) for the...

Miscanthus Biochar had Limited Effects on Soil Physical Properties, Microbial Biomass, and Grain Yield in a Four-Year Field Experiment in Norway

O'Toole, Adam
Moni, Christophe
Weldon, Simon
Schols,
Carnol, Monique
Bosman, Bernard
Rasse, Daniel P.

January 2018

he application of biochar to soils is a promising technique for increasing soil organic C and offset...

Miscanthus biochar had limited effects on soil physical properties, microbial biomass, and grain yield in a four-year field experiment in Norway

O’toole, Adam
Moni, Christophe
Weldon, Simon
Schols, Anne
Carnol, Monique
Bosman, Bernard
Rasse, Daniel P.

January 2018

The application of biochar to soils is a promising technique for increasing soil organic C and offse...

S1 Fig -

Aijun Zhang (140095)
Xin Zhang (35492)
Qing Liang (654718)
Mengtao Sun (2166703)

February 2024

The distribution of N2O fluxes under (a) straw incorporation and (b) straw removal. Error bars denot...

Miscanthus Biochar had Limited Effects on Soil Physical Properties, Microbial Biomass, and Grain Yield in a Four-Year Field Experiment in Norway

O'toole, Adam Thomas
Moni, Christophe
Weldon, Simon Mark
Schols, Anne
Carnol, Monique
Bosman, Bernard
Rasse, Daniel

January 2018

The application of biochar to soils is a promising technique for increasing soil organic C and offse...

Microbial biomass carbon (MBC) under different treatments (CK: control, B4.5: 4.5 t ha−1 yr−1 biochar addition, B9.0: 9.0 t ha−1 yr−1 biochar addition, SR: incorporation of wheat straw) and different soil depths (a: 0–5, b: 5–10, c: 10–20, and d: 20–30 cm) during winter wheat season.

Qing-zhong Zhang (598288)
Feike A. Dijkstra (447877)
Xing-ren Liu (598289)
Yi-ding Wang (598290)
Jian Huang (7250)
Ning Lu (22589)

July 2014

Vertical bars represent the standard errors for means of each treatment (n = 3).</p

Soil carbon content under different wheat straw incorporation treatments in 0–20 and 20–40 cm soil layers from 2008 to 2011.

Ting Wei (113015)
Peng Zhang (2071)
Ke Wang (82395)
Ruixia Ding (725190)
Baoping Yang (725191)
Junfeng Nie (725192)
Zhikuan Jia (541841)
Qingfang Han (541842)

April 2015

Note: CK, no straw incorporation; L, incorporation of straw at a low rate of 3 000 kg hm-2</...

Cumulative mineralization in soil of biochars from medium-scale pyrolyzer (BCMED, open symbols) and a laboratory unit (BCLAB, filled symbols).

Daniel P. Rasse (4413682)
Alice Budai (1815946)
Adam O’Toole (2107696)
Xingzhu Ma (2793649)
Cornelia Rumpel (532850)
Samuel Abiven (1815955)

September 2017

Standard errors reported for n = 9 (3 replicates for 3 doses). Values are in %, i.e. 100 ×...

The ratio of soil microbial biomass carbon (MBC) to soil microbial biomass nitrogen (MBC/MBN) under different treatments (CK: control, B4.5: 4.5 t ha−1 yr−1 biochar addition, B9.0: 9.0 t ha−1 yr−1 biochar addition, SR: incorporation of wheat straw) and different soil depths (a: 0–5, b: 5–10, c: 10–20, and d: 20–30 cm) during winter wheat season.

Qing-zhong Zhang (598288)
Feike A. Dijkstra (447877)
Xing-ren Liu (598289)
Yi-ding Wang (598290)
Jian Huang (7250)
Ning Lu (22589)

July 2014

Vertical bars represent the standard errors for means of each treatment (n = 3).</p

Two-way ANOVA of the effects of straw incorporation (S) and biochar applied (C) on cumulative N2O emissions, cumulative NH3 volatilization, and soil moisture, NO3−−N, NH4+−N, total N (TN), soil organic matter (SOM) content, and pH in the 0−10 cm, 10−20 cm, and 20−40 cm soil layers.

Aijun Zhang (140095)
Xin Zhang (35492)
Qing Liang (654718)
Mengtao Sun (2166703)

February 2024

Two-way ANOVA of the effects of straw incorporation (S) and biochar applied (C) on cumulative N2O em...

Cumulative kinetics of the orgC mineralization and microbial biomass carbon in, the control soil (CS), the soil with straw (SS) and the soil with straw and the BS (SBS).

Eve Hellequin (6166868)
Cécile Monard (6166871)
Achim Quaiser (90018)
Morgane Henriot (6166874)
Olivier Klarzynski (6166877)
Françoise Binet (6166880)

December 2018

The error bars indicate the standard errors of the C-CO2 emission mean values (n = 3). At each sampl...

4,4'-DDT and its breakdown derivative 4,4'-DDE (mg kg-1) under biochar treatments in co-contaminated soil after T = 180 d.

Samuel J. Gregory (731668)
Christopher W. N. Anderson (552070)
Marta Camps-Arbestain (731669)
Patrick J. Biggs (196960)
Austen R. D. Ganley (531714)
Justin M. O’Sullivan (731670)
Michael T. McManus (148992)

April 2015

A ratio between DDE:DDT in soil after treatment is also included. Significant errors are listed a...

Miscanthus biochar mineralization experiments with CO2 fluxes, δ¹³CO2, and mineralization rates for field in Aas Norway 2011-2012 and laboratory incubation

Rasse, Daniel
O'Toole, Adam
Budai, Alice
Ma, Xingzhu

July 2017

Measured CO2 flux from biochar plots at Aas experiment (per plot and per date in 2011 in 2012), meas...

CO2 flux from the soil treated with different rates of nitrogen and biochar (Experiment 1).

Aung Zaw Oo (4470400)
Shigeto Sudo (4470391)
Hiroko Akiyama (3838060)
Khin Thuzar Win (4818348)
Akira Shibata (2293177)
Akinori Yamamoto (4019051)
Tomohito Sano (4818351)
Yuhei Hirono (4818354)

February 2018

Error bars indicate standard deviation. Arrows indicate the first, second, third and fourth split...

Total carbon (TC, %) content of biochar-amended and control Arenosol, Cambisol and Ferralsol.

Bhupinder Pal Singh (819043)
Yunying Fang (819044)
Mark Boersma (819045)
Damian Collins (576015)
Lukas Van Zwieten (819046)
Lynne M Macdonald (819047)

October 2015

The symbols of biochar-amended and non-amended (control) micro-plots are black circle and red emp...

Proportion of mineralized C4 C source (Miscanthus feedstock or biochar) for the 2012 growing season based on the cumulated CO2 flux (9 dates) and average δ13C values (6 dates).

Daniel P. Rasse (4413682)
Alice Budai (1815946)
Adam O’Toole (2107696)
Xingzhu Ma (2793649)
Cornelia Rumpel (532850)
Samuel Abiven (1815955)

September 2017

Proportion of mineralized C4 C source (Miscanthus feedstock or biochar) for the...

Miscanthus Biochar had Limited Effects on Soil Physical Properties, Microbial Biomass, and Grain Yield in a Four-Year Field Experiment in Norway

O'Toole, Adam
Moni, Christophe
Weldon, Simon
Schols,
Carnol, Monique
Bosman, Bernard
Rasse, Daniel P.

January 2018

he application of biochar to soils is a promising technique for increasing soil organic C and offset...

Miscanthus biochar had limited effects on soil physical properties, microbial biomass, and grain yield in a four-year field experiment in Norway

O’toole, Adam
Moni, Christophe
Weldon, Simon
Schols, Anne
Carnol, Monique
Bosman, Bernard
Rasse, Daniel P.

January 2018

The application of biochar to soils is a promising technique for increasing soil organic C and offse...

S1 Fig -

Aijun Zhang (140095)
Xin Zhang (35492)
Qing Liang (654718)
Mengtao Sun (2166703)

February 2024

The distribution of N2O fluxes under (a) straw incorporation and (b) straw removal. Error bars denot...

Miscanthus Biochar had Limited Effects on Soil Physical Properties, Microbial Biomass, and Grain Yield in a Four-Year Field Experiment in Norway

O'toole, Adam Thomas
Moni, Christophe
Weldon, Simon Mark
Schols, Anne
Carnol, Monique
Bosman, Bernard
Rasse, Daniel

January 2018

The application of biochar to soils is a promising technique for increasing soil organic C and offse...

Microbial biomass carbon (MBC) under different treatments (CK: control, B4.5: 4.5 t ha−1 yr−1 biochar addition, B9.0: 9.0 t ha−1 yr−1 biochar addition, SR: incorporation of wheat straw) and different soil depths (a: 0–5, b: 5–10, c: 10–20, and d: 20–30 cm) during winter wheat season.

Qing-zhong Zhang (598288)
Feike A. Dijkstra (447877)
Xing-ren Liu (598289)
Yi-ding Wang (598290)
Jian Huang (7250)
Ning Lu (22589)

July 2014

Vertical bars represent the standard errors for means of each treatment (n = 3).</p

Proportion of the soil CO<sub>2</sub> efflux coming from the mineralization of 8 t biochar-C ha<sup>-1</sup> (BC8), 25 t biochar-C ha<sup>-1</sup> (BC25) and <i>Miscanthus</i> straw at 8 t C ha<sup>-1</sup> (MS8) (standard errors for <i>n</i> = 4).

Abstract

Extracted data

Proportion of the soil CO<sub>2</sub> efflux coming from the mineralization of 8 t biochar-C ha<sup>-1</sup> (BC8), 25 t biochar-C ha<sup>-1</sup> (BC25) and <i>Miscanthus</i> straw at 8 t C ha<sup>-1</sup> (MS8) (standard errors for <i>n</i> = 4).

Abstract

Extracted data

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