Observed (red) and estimated (black) CO2 (mol m−2 day−1) from the soil surface for point A (a) and point B (b).

Limitations for Applying the Gradient-Based Soil CO2 Efflux Method

Jun, Fan
Jones, Scott

April 2009

The gradient method has been applied to many physical measurements and is becoming a more commonly u...

Comparison of different chamber techniques for measuring soil CO2 efflux

Pumpanen, J.
Kolari, P.
Ilvesniemi, H.
Minkkinen, K.
Vesala, T.
Niinistö, S.
Lohila, A.
Larmola, T.
Morero, M.
Pihlatie, M.
Janssens, I.
Yuste, J.
Grünzweig, J.
Reth, S.
Subke, J.
Savage, K.
Kutsch, W.
Østreng, G.
Ziegler, W.
Anthoni, P.
Lindroth, A.
Hari, P.

January 2004

Twenty chambers for measurement of soil CO2 efflux were compared against known CO2</...

A field-based method for simultaneous measurements of the 18O and 13C soil CO2 efflux

Mortazavi, B.
Prater, J. L.
Chanton, J. P.

May 2004

International audienceThree approaches for determining the stable isotopic composition (13C and 18O)...

Estimated CO2 production rates (mol m–3 day–1; bottom) at point B.

Gen Sakurai (706924)
Seiichiro Yonemura (571208)
Ayaka W. Kishimoto-Mo (706925)
Shohei Murayama (706926)
Toshiyuki Ohtsuka (706927)
Masayuki Yokozawa (31784)

March 2015

The CO2 production rates (described by a natural logarithmic expression) are illustrat...

Observed and estimated CO2 concentration at 5 depths at point A.

Gen Sakurai (706924)
Seiichiro Yonemura (571208)
Ayaka W. Kishimoto-Mo (706925)
Shohei Murayama (706926)
Toshiyuki Ohtsuka (706927)
Masayuki Yokozawa (31784)

March 2015

The red lines and black lines show observed and estimated CO2 concentrations, respecti...

Observed air temperature, snow depth, and estimated CO2 production rates at point A.

Gen Sakurai (706924)
Seiichiro Yonemura (571208)
Ayaka W. Kishimoto-Mo (706925)
Shohei Murayama (706926)
Toshiyuki Ohtsuka (706927)
Masayuki Yokozawa (31784)

March 2015

The top, middle, and bottom plots show observed air temperature at 10 m above the soil surface (°...

A new technique to measure soil CO2 efflux at constant CO2 concentration

Subke, Jens-Arne
Inglima, Ilaria
Peressotti, Alessandro
Vedove, Gemini Delle
Cotrufo, M Francesca

June 2004

A new principle for measuring soil CO2 efflux at constant ambient concentration is introduced. The m...

A new technique to measure soil CO2 efflux at constant CO2 concentration

Subke, Jens-Arne
Inglima, Ilaria
Peressotti, Alessandro
Vedove, Gemini Delle
Cotrufo, M Francesca

June 2004

A new principle for measuring soil CO2 efflux at constant ambient concentration is introduced. The m...

Correlation Between Estimated Soil CO2 Effluxes When the Number of Sampled Points is 9, 21, 37, and 49, Using the BME and OK Methods.

Junguo Hu (848289)
Jian Zhou (28020)
Guomo Zhou (848290)
Yiqi Luo (248188)
Xiaojun Xu (153741)
Pingheng Li (848291)
Junyi Liang (848292)

January 2016

Note: the Estimated Points is 1225 at Each Sampling Strategy, and the Analysis of Correlation Usi...

Effect of Soil Texture on Estimates of Soil-Column Carbon Dioxide Flux Comparing Chamber and Gradient Methods

Xiaoli Yang
Jun Fan
Scott B. Jones

December 2018

A key component of the global C balance includes soil CO emissions. Both chamber- and gradient-based...

A calibration system for soil carbon dioxide efflux measurement chambers: Description and application

Widen, B
Lindroth, Anders

January 2003

Comparisons have revealed large discrepancies among the many methods for measuring soil CO2 efflux i...

A field-based method for simultaneous measurements of the δ18O and δ13C of soil CO2 efflux

B. Mortazavi
J. L. Prater
J. P. Chanton

January 2004

Three approaches for determining the stable isotopic composition (δ13C and δ18O) of soil...

Fitting Relationship between Estimated Soil CO2 Efflux and Soil Temperature.

Junguo Hu (848289)
Jian Zhou (28020)
Guomo Zhou (848290)
Yiqi Luo (248188)
Xiaojun Xu (153741)
Pingheng Li (848291)
Junyi Liang (848292)

January 2016

Note: The total number of estimated points for each sampling strategy is 1225, and the analysis o...

A new method for continuously measuring the δ13C of soil CO2 concentrations at different depths by laser spectrometry

Parent, F.
Plain, C.
Epron, D.
Maier, M.
Longdoz, Bernard

January 2013

Soil carbon dioxide (CO2) efflux is an important component of the carbon (C) cycle but the biologica...

A field-based method for simultaneous measurements of the ?18O and ?13C of soil CO2 efflux

Mortazavi, B.
Prater, J. L.
Chanton, J. P.

August 2004

International audienceThree approaches for determining the stable isotopic composition (?13C and ?18...

Limitations for Applying the Gradient-Based Soil CO2 Efflux Method

Jun, Fan
Jones, Scott

April 2009

The gradient method has been applied to many physical measurements and is becoming a more commonly u...

Comparison of different chamber techniques for measuring soil CO2 efflux

Pumpanen, J.
Kolari, P.
Ilvesniemi, H.
Minkkinen, K.
Vesala, T.
Niinistö, S.
Lohila, A.
Larmola, T.
Morero, M.
Pihlatie, M.
Janssens, I.
Yuste, J.
Grünzweig, J.
Reth, S.
Subke, J.
Savage, K.
Kutsch, W.
Østreng, G.
Ziegler, W.
Anthoni, P.
Lindroth, A.
Hari, P.

January 2004

Twenty chambers for measurement of soil CO2 efflux were compared against known CO2</...

A field-based method for simultaneous measurements of the 18O and 13C soil CO2 efflux

Mortazavi, B.
Prater, J. L.
Chanton, J. P.

May 2004

International audienceThree approaches for determining the stable isotopic composition (13C and 18O)...

Estimated CO2 production rates (mol m–3 day–1; bottom) at point B.

Gen Sakurai (706924)
Seiichiro Yonemura (571208)
Ayaka W. Kishimoto-Mo (706925)
Shohei Murayama (706926)
Toshiyuki Ohtsuka (706927)
Masayuki Yokozawa (31784)

March 2015

The CO2 production rates (described by a natural logarithmic expression) are illustrat...

Observed and estimated CO2 concentration at 5 depths at point A.

Gen Sakurai (706924)
Seiichiro Yonemura (571208)
Ayaka W. Kishimoto-Mo (706925)
Shohei Murayama (706926)
Toshiyuki Ohtsuka (706927)
Masayuki Yokozawa (31784)

March 2015

The red lines and black lines show observed and estimated CO2 concentrations, respecti...

Observed air temperature, snow depth, and estimated CO2 production rates at point A.

Gen Sakurai (706924)
Seiichiro Yonemura (571208)
Ayaka W. Kishimoto-Mo (706925)
Shohei Murayama (706926)
Toshiyuki Ohtsuka (706927)
Masayuki Yokozawa (31784)

March 2015

The top, middle, and bottom plots show observed air temperature at 10 m above the soil surface (°...

A new technique to measure soil CO2 efflux at constant CO2 concentration

Subke, Jens-Arne
Inglima, Ilaria
Peressotti, Alessandro
Vedove, Gemini Delle
Cotrufo, M Francesca

June 2004

A new principle for measuring soil CO2 efflux at constant ambient concentration is introduced. The m...

A new technique to measure soil CO2 efflux at constant CO2 concentration

Subke, Jens-Arne
Inglima, Ilaria
Peressotti, Alessandro
Vedove, Gemini Delle
Cotrufo, M Francesca

June 2004

A new principle for measuring soil CO2 efflux at constant ambient concentration is introduced. The m...

Correlation Between Estimated Soil CO2 Effluxes When the Number of Sampled Points is 9, 21, 37, and 49, Using the BME and OK Methods.

Junguo Hu (848289)
Jian Zhou (28020)
Guomo Zhou (848290)
Yiqi Luo (248188)
Xiaojun Xu (153741)
Pingheng Li (848291)
Junyi Liang (848292)

January 2016

Note: the Estimated Points is 1225 at Each Sampling Strategy, and the Analysis of Correlation Usi...

Effect of Soil Texture on Estimates of Soil-Column Carbon Dioxide Flux Comparing Chamber and Gradient Methods

Xiaoli Yang
Jun Fan
Scott B. Jones

December 2018

A key component of the global C balance includes soil CO emissions. Both chamber- and gradient-based...

A calibration system for soil carbon dioxide efflux measurement chambers: Description and application

Widen, B
Lindroth, Anders

January 2003

Comparisons have revealed large discrepancies among the many methods for measuring soil CO2 efflux i...

A field-based method for simultaneous measurements of the δ18O and δ13C of soil CO2 efflux

B. Mortazavi
J. L. Prater
J. P. Chanton

January 2004

Three approaches for determining the stable isotopic composition (δ13C and δ18O) of soil...

Fitting Relationship between Estimated Soil CO2 Efflux and Soil Temperature.

Junguo Hu (848289)
Jian Zhou (28020)
Guomo Zhou (848290)
Yiqi Luo (248188)
Xiaojun Xu (153741)
Pingheng Li (848291)
Junyi Liang (848292)

January 2016

Note: The total number of estimated points for each sampling strategy is 1225, and the analysis o...

A new method for continuously measuring the δ13C of soil CO2 concentrations at different depths by laser spectrometry

Parent, F.
Plain, C.
Epron, D.
Maier, M.
Longdoz, Bernard

January 2013

Soil carbon dioxide (CO2) efflux is an important component of the carbon (C) cycle but the biologica...

A field-based method for simultaneous measurements of the ?18O and ?13C of soil CO2 efflux

Mortazavi, B.
Prater, J. L.
Chanton, J. P.

August 2004

International audienceThree approaches for determining the stable isotopic composition (?13C and ?18...

Limitations for Applying the Gradient-Based Soil CO2 Efflux Method

Jun, Fan
Jones, Scott

April 2009

The gradient method has been applied to many physical measurements and is becoming a more commonly u...

Comparison of different chamber techniques for measuring soil CO2 efflux

Pumpanen, J.
Kolari, P.
Ilvesniemi, H.
Minkkinen, K.
Vesala, T.
Niinistö, S.
Lohila, A.
Larmola, T.
Morero, M.
Pihlatie, M.
Janssens, I.
Yuste, J.
Grünzweig, J.
Reth, S.
Subke, J.
Savage, K.
Kutsch, W.
Østreng, G.
Ziegler, W.
Anthoni, P.
Lindroth, A.
Hari, P.

January 2004

Twenty chambers for measurement of soil CO2 efflux were compared against known CO2</...

A field-based method for simultaneous measurements of the 18O and 13C soil CO2 efflux

Mortazavi, B.
Prater, J. L.
Chanton, J. P.

May 2004

International audienceThree approaches for determining the stable isotopic composition (13C and 18O)...

Observed (red) and estimated (black) CO<sub>2</sub> (mol m<sup>−2</sup> day<sup>−1</sup>) from the soil surface for point A (a) and point B (b).

Abstract

Extracted data

Observed (red) and estimated (black) CO<sub>2</sub> (mol m<sup>−2</sup> day<sup>−1</sup>) from the soil surface for point A (a) and point B (b).

Abstract

Extracted data

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