Smith, Millicent Wild, Birgit Richter, Andreas Simonin, Kevin Merchant, Andrew
Published in
Plant & cell physiology
The use of carbon isotope abundance (δ(13)C) to assess plant carbon acquisition and water use has significant potential for use in crop management and plant improvement programs. Utilizing Phaseolus vulgaris L. as a model system, this study demonstrates the occurrence and sensitivity of carbon isotope fractionation during the onset of abiotic stres...
Mnich, Meagan E Houlton, Benjamin Z
Published in
Oecologia
Nitrogen (N) losses constrain rates of plant carbon dioxide (CO2) uptake and storage in many ecosystems globally. N isotope models have been used to infer that ~30 % of terrestrial N losses occur via microbial denitrification; however, this approach assumes a small isotope effect associated with N leaching losses. Past work across tropical/sub-trop...
Mnich, Meagan E Houlton, Benjamin Z
Published in
Oecologia
Nitrogen (N) losses constrain rates of plant carbon dioxide (CO2) uptake and storage in many ecosystems globally. N isotope models have been used to infer that ~30 % of terrestrial N losses occur via microbial denitrification; however, this approach assumes a small isotope effect associated with N leaching losses. Past work across tropical/sub-trop...
Berdagué, Philippe Lesot, Philippe Jacob, Jérémy Terwilliger, Valery T. Le Milbeau, Claude
The hydrogen isotopic composition (δD or (D/H) value) of molecular biomarkers preserved in sedimentary archives is increasingly used to provide clues about the evolution of past climatic conditions. The rationale is that intact biomarkers retain isotopic information related to the climatic conditions that prevailed at the time of their synthesis. S...
Berdagué, Philippe Lesot, Philippe Jacob, Jérémy Terwilliger, Valery T. Le Milbeau, Claude
The hydrogen isotopic composition (δD or (D/H) value) of molecular biomarkers preserved in sedimentary archives is increasingly used to provide clues about the evolution of past climatic conditions. The rationale is that intact biomarkers retain isotopic information related to the climatic conditions that prevailed at the time of their synthesis. S...
Berdagué, Philippe Lesot, Philippe Jacob, Jérémy Terwilliger, Valery T. Le Milbeau, Claude
The hydrogen isotopic composition (δD or (D/H) value) of molecular biomarkers preserved in sedimentary archives is increasingly used to provide clues about the evolution of past climatic conditions. The rationale is that intact biomarkers retain isotopic information related to the climatic conditions that prevailed at the time of their synthesis. S...
Berdagué, Philippe Lesot, Philippe Jacob, Jérémy Terwilliger, Valery T. Le Milbeau, Claude
The hydrogen isotopic composition (δD or (D/H) value) of molecular biomarkers preserved in sedimentary archives is increasingly used to provide clues about the evolution of past climatic conditions. The rationale is that intact biomarkers retain isotopic information related to the climatic conditions that prevailed at the time of their synthesis. S...
Berdagué, Philippe Lesot, Philippe Jacob, Jérémy Terwilliger, Valery T. Le Milbeau, Claude
The hydrogen isotopic composition (δD or (D/H) value) of molecular biomarkers preserved in sedimentary archives is increasingly used to provide clues about the evolution of past climatic conditions. The rationale is that intact biomarkers retain isotopic information related to the climatic conditions that prevailed at the time of their synthesis. S...
Berdagué, Philippe Lesot, Philippe Jacob, Jérémy Terwilliger, Valery T. Le Milbeau, Claude
The hydrogen isotopic composition (δD or (D/H) value) of molecular biomarkers preserved in sedimentary archives is increasingly used to provide clues about the evolution of past climatic conditions. The rationale is that intact biomarkers retain isotopic information related to the climatic conditions that prevailed at the time of their synthesis. S...
Berdagué, Philippe Lesot, Philippe Jacob, Jérémy Terwilliger, Valery T. Le Milbeau, Claude
The hydrogen isotopic composition (δD or (D/H) value) of molecular biomarkers preserved in sedimentary archives is increasingly used to provide clues about the evolution of past climatic conditions. The rationale is that intact biomarkers retain isotopic information related to the climatic conditions that prevailed at the time of their synthesis. S...
