Root suberin diacid concentrations (mean ± SE, n = 9) of rhizosphere and bulk soils under rice calculated on average of the measurements across the growing stages.

Variations in the number (104 CFUs g−1 dry soil) of aerobic bacteria, anaerobic bacteria, actinomycetes and fungi in a paddy soil under different cropping systems.

Tang Hai-Ming (582090)
Xiao Xiao-Ping (582091)
Tang Wen-Guang (582092)
Lin Ye-Chun (582093)
Wang Ke (582094)
Yang Guang-Li (582095)

June 2014

R-R-Ry: rice–rice–ryegrass cropping system; R-R-Mv: rice–rice–Chinese milk vetch cropping system;...

Structural differences between bulk and rhizosphere soil

Whalley, W Richard
Riseley, B
Leeds-Harrison, Peter B
Bird, Nigel R A
Leech, Penny K
Adderley, W Paul

June 2005

The physical characteristics of the soil at the root–soil interface are crucial because they determi...

Structural differences between bulk and rhizosphere soil

Whalley, W Richard
Riseley, B
Leeds-Harrison, Peter B
Bird, Nigel R A
Leech, Penny K
Adderley, W Paul

June 2005

The physical characteristics of the soil at the root–soil interface are crucial because they determi...

Root-derived short-chain suberin diacids from rice and rape seed in a paddy soil under rice cultivar treatments

Ji H.
Ding Y.
Liu X.
Li L.
Zhang D.
Li Z.
Sun J.
Lashari M.
Joseph S.
Meng Y.
Kuzyakov Y.
Pan G.

January 2015

Root-derived short-chain suberin diacids from rice and rape seed in a paddy soil under rice cultivar treatments

Ji H.
Ding Y.
Liu X.
Li L.
Zhang D.
Li Z.
Sun J.
Lashari M.
Joseph S.
Meng Y.
Kuzyakov Y.
Pan G.

January 2015

Root-derived short-chain suberin diacids from rice and rape seed in a paddy soil under rice cultivar treatments

Ji H.
Ding Y.
Liu X.
Li L.
Zhang D.
Li Z.
Sun J.
Lashari M.
Joseph S.
Meng Y.
Kuzyakov Y.
Pan G.

February 2020

Root-derived short-chain suberin diacids from rice and rape seed in a paddy soil under rice cultivar treatments

Ji H.
Ding Y.
Liu X.
Li L.
Zhang D.
Li Z.
Sun J.
Lashari M.
Joseph S.
Meng Y.
Kuzyakov Y.
Pan G.

March 2020

Total, aliphatic and phenolic suberin amounts in the outer cell layers comprising the exodermis of root zone B in rice (A), maize (B) and onion (C) as affected by Si supply.

Alexander T. Fleck (797352)
Sascha Schulze (797353)
Martin Hinrichs (797354)
André Specht (797355)
Friedrich Waßmann (797356)
Lukas Schreiber (49419)
Manfred K. Schenk (797357)

September 2015

Amounts were determined via GC-FID. Root zone B was at 4–6 cm drt in rice and onion and at 6–8 cm...

RESEARCH ARTICLE Root-Derived Short-Chain Suberin Diacids from Rice and Rape Seed in a Paddy Soil under Rice Cultivar

Haishi Ji
Yuanjun Ding
Xiaoyu Liu
Lianqing Li
Dengxiao Zhang
Zichuan Li
Jingling Sun
Muhammad Siddique Lashari
Stephen Joseph
Uo Meng
Yakov Kuzyakov
Genxing Pan

January 2016

Suberin-derived substituted fatty acids have been shown to be potential biomarkers for plant-derived...

The relationship between concentrations of total diacids and of SOM-C of bulk soil (0–15 cm) (A) and of rhizosphere (B) after rape seed harvest.

Haishi Ji (737413)
Yuanjun Ding (604006)
Xiaoyu Liu (206872)
Lianqing Li (158851)
Dengxiao Zhang (737414)
Zichuan Li (737415)
Jingling Sun (737416)
Muhammad Siddique Lashari (737417)
Stephen Joseph (39745)
Yuanduo Meng (737418)
Yakov Kuzyakov (550522)
Genxing Pan (158883)

May 2015

Total DAs, total concentrations summarized of ΣC16:0 DA, C18:1 DA, C18...

Root biomarker concentrations and soil organic matter measured in carbon (mean ± SE, n = 3) in the soil under rape seed.

Haishi Ji (737413)
Yuanjun Ding (604006)
Xiaoyu Liu (206872)
Lianqing Li (158851)
Dengxiao Zhang (737414)
Zichuan Li (737415)
Jingling Sun (737416)
Muhammad Siddique Lashari (737417)
Stephen Joseph (39745)
Yuanduo Meng (737418)
Yakov Kuzyakov (550522)
Genxing Pan (158883)

May 2015

S3, before transplantation of rape seed (after harvest of the rice), R2, at harvest of rape seed;...

Tissue distribution and suberin composition in different developmental stages of the root

Rene Höfer (49415)
Isabel Briesen (49416)
Martina Beck (49417)
Franck Pinot (49418)
Lukas Schreiber (49419)
Rochus Franke (49420)

December 2011

(A) root sectioned in the three zones investigated. The positions of the cross-sections from B, C, ...

Soil organic matter pools of bulk soil (0–15cm) under the two cultivars after rice harvest in 2011.

Haishi Ji (737413)
Yuanjun Ding (604006)
Xiaoyu Liu (206872)
Lianqing Li (158851)
Dengxiao Zhang (737414)
Zichuan Li (737415)
Jingling Sun (737416)
Muhammad Siddique Lashari (737417)
Stephen Joseph (39745)
Yuanduo Meng (737418)
Yakov Kuzyakov (550522)
Genxing Pan (158883)

May 2015

LY, super rice cultivar; ⅡY, hybrid rice cultivar. SOM-C, POM-C and DOM-C, measured in carbon of ...

Cumulative inorganic N leaching (kg N ha−1) at 50 and 180 cm soil depths for control (CK), organic (B1A1, B2A1, and B3A1) and conventional (LS) treatments during a single rice growth cycle.

Fanqiao Meng (568028)
Jørgen E. Olesen (459127)
Xiangping Sun (568029)
Wenliang Wu (568030)

May 2014

aAfter subtraction of the leakage quantity measured in CK.bDifferent letters in a column d...

Mean CH4 concentration (µmol L−1) in soil pore water, mean CH4 production and oxidation potentials (µgCH4 g d−1), and mean soil Eh (mV) during the 2008 and 2009 rice seasons (mean ± SD, n = 3).

Guangbin Zhang (458150)
Gang Liu (81776)
Yi Zhang (9093)
Jing Ma (24574)
Hua Xu (64672)
Kazuyuki Yagi (458151)

September 2013

Means in the same column followed by different letters between the two treatments indicate signif...

Variations in the number (104 CFUs g−1 dry soil) of aerobic bacteria, anaerobic bacteria, actinomycetes and fungi in a paddy soil under different cropping systems.

Tang Hai-Ming (582090)
Xiao Xiao-Ping (582091)
Tang Wen-Guang (582092)
Lin Ye-Chun (582093)
Wang Ke (582094)
Yang Guang-Li (582095)

June 2014

R-R-Ry: rice–rice–ryegrass cropping system; R-R-Mv: rice–rice–Chinese milk vetch cropping system;...

Structural differences between bulk and rhizosphere soil

Whalley, W Richard
Riseley, B
Leeds-Harrison, Peter B
Bird, Nigel R A
Leech, Penny K
Adderley, W Paul

June 2005

The physical characteristics of the soil at the root–soil interface are crucial because they determi...

Structural differences between bulk and rhizosphere soil

Whalley, W Richard
Riseley, B
Leeds-Harrison, Peter B
Bird, Nigel R A
Leech, Penny K
Adderley, W Paul

June 2005

The physical characteristics of the soil at the root–soil interface are crucial because they determi...

Root-derived short-chain suberin diacids from rice and rape seed in a paddy soil under rice cultivar treatments

Ji H.
Ding Y.
Liu X.
Li L.
Zhang D.
Li Z.
Sun J.
Lashari M.
Joseph S.
Meng Y.
Kuzyakov Y.
Pan G.

January 2015

Root-derived short-chain suberin diacids from rice and rape seed in a paddy soil under rice cultivar treatments

Ji H.
Ding Y.
Liu X.
Li L.
Zhang D.
Li Z.
Sun J.
Lashari M.
Joseph S.
Meng Y.
Kuzyakov Y.
Pan G.

January 2015

Root-derived short-chain suberin diacids from rice and rape seed in a paddy soil under rice cultivar treatments

Ji H.
Ding Y.
Liu X.
Li L.
Zhang D.
Li Z.
Sun J.
Lashari M.
Joseph S.
Meng Y.
Kuzyakov Y.
Pan G.

February 2020

Root-derived short-chain suberin diacids from rice and rape seed in a paddy soil under rice cultivar treatments

Ji H.
Ding Y.
Liu X.
Li L.
Zhang D.
Li Z.
Sun J.
Lashari M.
Joseph S.
Meng Y.
Kuzyakov Y.
Pan G.

March 2020

Total, aliphatic and phenolic suberin amounts in the outer cell layers comprising the exodermis of root zone B in rice (A), maize (B) and onion (C) as affected by Si supply.

Alexander T. Fleck (797352)
Sascha Schulze (797353)
Martin Hinrichs (797354)
André Specht (797355)
Friedrich Waßmann (797356)
Lukas Schreiber (49419)
Manfred K. Schenk (797357)

September 2015

Amounts were determined via GC-FID. Root zone B was at 4–6 cm drt in rice and onion and at 6–8 cm...

RESEARCH ARTICLE Root-Derived Short-Chain Suberin Diacids from Rice and Rape Seed in a Paddy Soil under Rice Cultivar

Haishi Ji
Yuanjun Ding
Xiaoyu Liu
Lianqing Li
Dengxiao Zhang
Zichuan Li
Jingling Sun
Muhammad Siddique Lashari
Stephen Joseph
Uo Meng
Yakov Kuzyakov
Genxing Pan

January 2016

Suberin-derived substituted fatty acids have been shown to be potential biomarkers for plant-derived...

The relationship between concentrations of total diacids and of SOM-C of bulk soil (0–15 cm) (A) and of rhizosphere (B) after rape seed harvest.

Haishi Ji (737413)
Yuanjun Ding (604006)
Xiaoyu Liu (206872)
Lianqing Li (158851)
Dengxiao Zhang (737414)
Zichuan Li (737415)
Jingling Sun (737416)
Muhammad Siddique Lashari (737417)
Stephen Joseph (39745)
Yuanduo Meng (737418)
Yakov Kuzyakov (550522)
Genxing Pan (158883)

May 2015

Total DAs, total concentrations summarized of ΣC16:0 DA, C18:1 DA, C18...

Root biomarker concentrations and soil organic matter measured in carbon (mean ± SE, n = 3) in the soil under rape seed.

Haishi Ji (737413)
Yuanjun Ding (604006)
Xiaoyu Liu (206872)
Lianqing Li (158851)
Dengxiao Zhang (737414)
Zichuan Li (737415)
Jingling Sun (737416)
Muhammad Siddique Lashari (737417)
Stephen Joseph (39745)
Yuanduo Meng (737418)
Yakov Kuzyakov (550522)
Genxing Pan (158883)

May 2015

S3, before transplantation of rape seed (after harvest of the rice), R2, at harvest of rape seed;...

Tissue distribution and suberin composition in different developmental stages of the root

Rene Höfer (49415)
Isabel Briesen (49416)
Martina Beck (49417)
Franck Pinot (49418)
Lukas Schreiber (49419)
Rochus Franke (49420)

December 2011

(A) root sectioned in the three zones investigated. The positions of the cross-sections from B, C, ...

Soil organic matter pools of bulk soil (0–15cm) under the two cultivars after rice harvest in 2011.

Haishi Ji (737413)
Yuanjun Ding (604006)
Xiaoyu Liu (206872)
Lianqing Li (158851)
Dengxiao Zhang (737414)
Zichuan Li (737415)
Jingling Sun (737416)
Muhammad Siddique Lashari (737417)
Stephen Joseph (39745)
Yuanduo Meng (737418)
Yakov Kuzyakov (550522)
Genxing Pan (158883)

May 2015

LY, super rice cultivar; ⅡY, hybrid rice cultivar. SOM-C, POM-C and DOM-C, measured in carbon of ...

Cumulative inorganic N leaching (kg N ha−1) at 50 and 180 cm soil depths for control (CK), organic (B1A1, B2A1, and B3A1) and conventional (LS) treatments during a single rice growth cycle.

Fanqiao Meng (568028)
Jørgen E. Olesen (459127)
Xiangping Sun (568029)
Wenliang Wu (568030)

May 2014

aAfter subtraction of the leakage quantity measured in CK.bDifferent letters in a column d...

Mean CH4 concentration (µmol L−1) in soil pore water, mean CH4 production and oxidation potentials (µgCH4 g d−1), and mean soil Eh (mV) during the 2008 and 2009 rice seasons (mean ± SD, n = 3).

Guangbin Zhang (458150)
Gang Liu (81776)
Yi Zhang (9093)
Jing Ma (24574)
Hua Xu (64672)
Kazuyuki Yagi (458151)

September 2013

Means in the same column followed by different letters between the two treatments indicate signif...

Variations in the number (104 CFUs g−1 dry soil) of aerobic bacteria, anaerobic bacteria, actinomycetes and fungi in a paddy soil under different cropping systems.

Tang Hai-Ming (582090)
Xiao Xiao-Ping (582091)
Tang Wen-Guang (582092)
Lin Ye-Chun (582093)
Wang Ke (582094)
Yang Guang-Li (582095)

June 2014

R-R-Ry: rice–rice–ryegrass cropping system; R-R-Mv: rice–rice–Chinese milk vetch cropping system;...

Structural differences between bulk and rhizosphere soil

Whalley, W Richard
Riseley, B
Leeds-Harrison, Peter B
Bird, Nigel R A
Leech, Penny K
Adderley, W Paul

June 2005

The physical characteristics of the soil at the root–soil interface are crucial because they determi...

Structural differences between bulk and rhizosphere soil

Whalley, W Richard
Riseley, B
Leeds-Harrison, Peter B
Bird, Nigel R A
Leech, Penny K
Adderley, W Paul

June 2005

The physical characteristics of the soil at the root–soil interface are crucial because they determi...

Root suberin diacid concentrations (mean ± SE, n = 9) of rhizosphere and bulk soils under rice calculated on average of the measurements across the growing stages.

Abstract

Extracted data

Root suberin diacid concentrations (mean ± SE, n = 9) of rhizosphere and bulk soils under rice calculated on average of the measurements across the growing stages.

Abstract

Extracted data

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