Appendix E. Model documentation of carbon sequestration in fine roots including the Danube River water level between low and mean river water level during the current growing season (RNWMWGS).

Appendix A. Supplementary results, including carbon pool sizes with respect to invasion and land use, supported models for explaining the differences in carbon pools, specific enzyme activities and litter mass, and interaction plots for total soil organic carbon.

Matthew E. Craig (2929734)
Scott M. Pearson (2929731)
Jennifer M. Fraterrigo (2914376)

August 2016

Supplementary results, including carbon pool sizes with respect to invasion and land use, supported ...

ORCHIDEE-SOM: Modeling soil organic carbon (SOC) and dissolved organic carbon (DOC) dynamics along vertical soil profiles in Europe

Camino-Serrano, Marta
Guenet, Bertrand
Luyssaert, Sebastiaan
Ciais, P.
Bastrikov, V.
De Vos, B.
Gielen, B.
Gleixner, G.
Jornet-Puig, Albert
Kaiser, Kim
Kothawala, D.
Lauerwald, Ronny
Pe~nuelas, J.
Schrumpf, M.
Vicca, S.
Vuichard, N.
Walmsley, D.
Janssens, I.A.

January 2018

textcopyright Author(s) 2018. Current land surface models (LSMs) typically represent soils in a very...

Appendix E. Data used to analyze post-disturbance biomass accumulation in global secondary forests: needle-leaf forests growing on sandy soils.

Christine M. Johnson (2912207)
Daniel J. Zarin (790413)
Arthur H. Johnson (2912204)

August 2016

Data used to analyze post-disturbance biomass accumulation in global secondary forests: needle-leaf ...

Appendix C. Model documentation of carbon sequestration in fine roots without climate and flooding parameters.

I. Rieger (2930970)
I. Kowarik (2930976)
A. Cierjacks (2930973)

August 2016

Model documentation of carbon sequestration in fine roots without climate and flooding parameters

Appendix H. Model documentation of carbon sequestration in aboveground woody biomass without climate and flooding parameters.

I. Rieger (2930970)
I. Kowarik (2930976)
A. Cierjacks (2930973)

August 2016

Model documentation of carbon sequestration in aboveground woody biomass without climate and floodin...

Appendix K. Means and standard errors (SE) of selected climate, stream flow, hydrological, spatial, and forest stand parameters used for modeling C sequestration in litterfall, fine root, and aboveground biomass (with RNW = Water level duration exceeding ca. 343 days/year; MW = Averaged water level; HSW = Water level duration exceeding ca. 3.6 days/year; approximately bankful discharge).

I. Rieger (2930970)
I. Kowarik (2930976)
A. Cierjacks (2930973)

August 2016

Means and standard errors (SE) of selected climate, stream flow, hydrological, spatial, and forest s...

Appendix C. Results of an ANCOVA comparing moss growth and moss cover between buffers and undisturbed stream edges.

Katherine J. Stewart (2904215)
Azim U. Mallik (2904212)

August 2016

Results of an ANCOVA comparing moss growth and moss cover between buffers and undisturbed stream edg...

Appendix 3. Biogeochemistry

Anthony K. Aufdenkampe
Charles L. Dow
Louis A. Kaplan

January 2016

• Streams and rivers in the region fall into three major biogeochemical categories that broadly defi...

Modelling the origin and fate of carbon in the aquatic continuum

van Hoek, Willem Johannes
Geochemistry
Bio-, hydro-, and environmental geochemistry

December 2022

This thesis explored the global C budget of freshwaters and its spatiotemporal variations in the 20t...

Simulating root carbon storage with a coupled carbon-water cycle root model

Kleidon, A.
Heimann, M.

January 1996

Is it possible to estimate carbon allocation to fine roots from the water demands of the vegetation?...

Appendix 7. Nutrient Processing

J. Denis Newbold
Thomas L. Bott
Louis A. Kaplan
Anthony Aufdenkampe
Sara Geleskie
David Montgomery

January 2016

• Nutrient processing was assessed through measurements of the uptake of phosphate, ammonium, and tw...

Relationships between riverine and terrestrial dissolved organic carbon: Concentration, radiocarbon signature, specific UV absorbance

Tipping, Edward
Elias, Jessica L.
Keenan, Patrick O.
Helliwell, Rachel C.
Pedentchouk, Nikolai
Cooper, Richard J.
Buckingham, Sarah
Gjessing, Egil
Ascough, Philippa
Bryant, Charlotte L.
Garnett, Mark H.

January 2022

The transfer of dissolved organic carbon (DOC) from land to watercourses plays a major role in the c...

Modeling the mechanisms that control in-stream dissolved organic carbon dynamics in upland and forested catchments

Futter, M. N.
Butterfield, D.
Cosby, B. J.
Dillon, P. J.
Wade, A. J.
Whitehead, Paul

January 2007

[1] We present a new, process-based model of soil and stream water dissolved organic carbon (DOC): t...

Appendix C. Forest structure and live aboveground carbon stock at the end of the 100-year simulations.

Alicia Azpeleta Tarancón (2910371)
Peter Z. Fulé (2795713)
Kristen L. Shive (2910368)
Carolyn H. Sieg (2910374)
Andrew Sánchez Meador (2910377)
Barbara Strom (2910380)

August 2016

Forest structure and live aboveground carbon stock at the end of the 100-year simulations

Appendix A. Parameters of fire regimes and empirical models of carbon accumulation with stand age for environmental site potentials in the study area.

Crystal L. Raymond (2908439)
Donald McKenzie (2905763)

August 2016

Parameters of fire regimes and empirical models of carbon accumulation with stand age for environmen...

Appendix A. Supplementary results, including carbon pool sizes with respect to invasion and land use, supported models for explaining the differences in carbon pools, specific enzyme activities and litter mass, and interaction plots for total soil organic carbon.

Matthew E. Craig (2929734)
Scott M. Pearson (2929731)
Jennifer M. Fraterrigo (2914376)

August 2016

Supplementary results, including carbon pool sizes with respect to invasion and land use, supported ...

ORCHIDEE-SOM: Modeling soil organic carbon (SOC) and dissolved organic carbon (DOC) dynamics along vertical soil profiles in Europe

Camino-Serrano, Marta
Guenet, Bertrand
Luyssaert, Sebastiaan
Ciais, P.
Bastrikov, V.
De Vos, B.
Gielen, B.
Gleixner, G.
Jornet-Puig, Albert
Kaiser, Kim
Kothawala, D.
Lauerwald, Ronny
Pe~nuelas, J.
Schrumpf, M.
Vicca, S.
Vuichard, N.
Walmsley, D.
Janssens, I.A.

January 2018

textcopyright Author(s) 2018. Current land surface models (LSMs) typically represent soils in a very...

Appendix E. Data used to analyze post-disturbance biomass accumulation in global secondary forests: needle-leaf forests growing on sandy soils.

Christine M. Johnson (2912207)
Daniel J. Zarin (790413)
Arthur H. Johnson (2912204)

August 2016

Data used to analyze post-disturbance biomass accumulation in global secondary forests: needle-leaf ...

Appendix C. Model documentation of carbon sequestration in fine roots without climate and flooding parameters.

I. Rieger (2930970)
I. Kowarik (2930976)
A. Cierjacks (2930973)

August 2016

Model documentation of carbon sequestration in fine roots without climate and flooding parameters

Appendix H. Model documentation of carbon sequestration in aboveground woody biomass without climate and flooding parameters.

I. Rieger (2930970)
I. Kowarik (2930976)
A. Cierjacks (2930973)

August 2016

Model documentation of carbon sequestration in aboveground woody biomass without climate and floodin...

Appendix K. Means and standard errors (SE) of selected climate, stream flow, hydrological, spatial, and forest stand parameters used for modeling C sequestration in litterfall, fine root, and aboveground biomass (with RNW = Water level duration exceeding ca. 343 days/year; MW = Averaged water level; HSW = Water level duration exceeding ca. 3.6 days/year; approximately bankful discharge).

I. Rieger (2930970)
I. Kowarik (2930976)
A. Cierjacks (2930973)

August 2016

Means and standard errors (SE) of selected climate, stream flow, hydrological, spatial, and forest s...

Appendix C. Results of an ANCOVA comparing moss growth and moss cover between buffers and undisturbed stream edges.

Katherine J. Stewart (2904215)
Azim U. Mallik (2904212)

August 2016

Results of an ANCOVA comparing moss growth and moss cover between buffers and undisturbed stream edg...

Appendix 3. Biogeochemistry

Anthony K. Aufdenkampe
Charles L. Dow
Louis A. Kaplan

January 2016

• Streams and rivers in the region fall into three major biogeochemical categories that broadly defi...

Modelling the origin and fate of carbon in the aquatic continuum

van Hoek, Willem Johannes
Geochemistry
Bio-, hydro-, and environmental geochemistry

December 2022

This thesis explored the global C budget of freshwaters and its spatiotemporal variations in the 20t...

Simulating root carbon storage with a coupled carbon-water cycle root model

Kleidon, A.
Heimann, M.

January 1996

Is it possible to estimate carbon allocation to fine roots from the water demands of the vegetation?...

Appendix 7. Nutrient Processing

J. Denis Newbold
Thomas L. Bott
Louis A. Kaplan
Anthony Aufdenkampe
Sara Geleskie
David Montgomery

January 2016

• Nutrient processing was assessed through measurements of the uptake of phosphate, ammonium, and tw...

Relationships between riverine and terrestrial dissolved organic carbon: Concentration, radiocarbon signature, specific UV absorbance

Tipping, Edward
Elias, Jessica L.
Keenan, Patrick O.
Helliwell, Rachel C.
Pedentchouk, Nikolai
Cooper, Richard J.
Buckingham, Sarah
Gjessing, Egil
Ascough, Philippa
Bryant, Charlotte L.
Garnett, Mark H.

January 2022

The transfer of dissolved organic carbon (DOC) from land to watercourses plays a major role in the c...

Modeling the mechanisms that control in-stream dissolved organic carbon dynamics in upland and forested catchments

Futter, M. N.
Butterfield, D.
Cosby, B. J.
Dillon, P. J.
Wade, A. J.
Whitehead, Paul

January 2007

[1] We present a new, process-based model of soil and stream water dissolved organic carbon (DOC): t...

Appendix C. Forest structure and live aboveground carbon stock at the end of the 100-year simulations.

Alicia Azpeleta Tarancón (2910371)
Peter Z. Fulé (2795713)
Kristen L. Shive (2910368)
Carolyn H. Sieg (2910374)
Andrew Sánchez Meador (2910377)
Barbara Strom (2910380)

August 2016

Forest structure and live aboveground carbon stock at the end of the 100-year simulations

Appendix A. Parameters of fire regimes and empirical models of carbon accumulation with stand age for environmental site potentials in the study area.

Crystal L. Raymond (2908439)
Donald McKenzie (2905763)

August 2016

Parameters of fire regimes and empirical models of carbon accumulation with stand age for environmen...

Appendix A. Supplementary results, including carbon pool sizes with respect to invasion and land use, supported models for explaining the differences in carbon pools, specific enzyme activities and litter mass, and interaction plots for total soil organic carbon.

Matthew E. Craig (2929734)
Scott M. Pearson (2929731)
Jennifer M. Fraterrigo (2914376)

August 2016

Supplementary results, including carbon pool sizes with respect to invasion and land use, supported ...

ORCHIDEE-SOM: Modeling soil organic carbon (SOC) and dissolved organic carbon (DOC) dynamics along vertical soil profiles in Europe

Camino-Serrano, Marta
Guenet, Bertrand
Luyssaert, Sebastiaan
Ciais, P.
Bastrikov, V.
De Vos, B.
Gielen, B.
Gleixner, G.
Jornet-Puig, Albert
Kaiser, Kim
Kothawala, D.
Lauerwald, Ronny
Pe~nuelas, J.
Schrumpf, M.
Vicca, S.
Vuichard, N.
Walmsley, D.
Janssens, I.A.

January 2018

textcopyright Author(s) 2018. Current land surface models (LSMs) typically represent soils in a very...

Appendix E. Data used to analyze post-disturbance biomass accumulation in global secondary forests: needle-leaf forests growing on sandy soils.

Christine M. Johnson (2912207)
Daniel J. Zarin (790413)
Arthur H. Johnson (2912204)

August 2016

Data used to analyze post-disturbance biomass accumulation in global secondary forests: needle-leaf ...

Appendix E. Model documentation of carbon sequestration in fine roots including the Danube River water level between low and mean river water level during the current growing season (RNWMWGS).

Abstract

Extracted data

Appendix E. Model documentation of carbon sequestration in fine roots including the Danube River water level between low and mean river water level during the current growing season (RNWMWGS).

Abstract

Extracted data

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