Barnet, James S K; Littler, Kate; Westerhold, Thomas; Kroon, Dick; Leng, Melanie J; Bailey, Ian; Röhl, Ursula; Zachos, James C (2019): Atmospheric pCO2 compilation for the the Late Cretaceous-Early Paleogene [dataset]. College of Engineering, Mathematics and Physical Sciences, University of Exeter, PANGAEA, https://doi.org/10.1594/PANGAEA.897741, In supplement to: Barnet, JSK et al. (2019): A High‐Fidelity Benthic Stable Isotope Record of Late Cretaceous–Early Eocene Climate Change and Carbon‐Cycling. Paleoceanography and Paleoclimatology, 34(4), 672-691, https://doi.org/10.1029/2019PA003556
Always quote citation above when using data! You can download the citation in several formats below.
Related to:
Anagnostou, Eleni; John, Eleanor H; Edgar, Kirsty M; Foster, Gavin L; Ridgwell, Andy; Inglis, Gordon N; Pancost, Richard D; Lunt, Daniel J; Pearson, Paul N (2016): Changing atmospheric CO2 concentration was the primary driver of early Cenozoic climate. Nature, 533(7603), 380-384, https://doi.org/10.1038/nature17423
Barclay, Richard S; Wing, Scott L (2016): Improving the Ginkgo CO2 barometer: Implications for the early Cenozoic atmosphere. Earth and Planetary Science Letters, 439, 158-171, https://doi.org/10.1016/j.epsl.2016.01.012
Beerling, David J; Fox, Alan; Anderson, Clive W (2009): Quantitative uncertainty analyses of ancient atmospheric CO2 estimates from fossil leaves. American Journal of Science, 309(9), 775-787, https://doi.org/10.2475/09.2009.01
Beerling, David J; Lomax, B H; Royer, Dana L; Upchurch, Garland R; Kump, Lee R (2002): An atmospheric pCO2 reconstruction across the Cretaceous-Tertiary boundary from leaf megafossils. Proceedings of the National Academy of Sciences, 99(12), 7836-7840, https://doi.org/10.1073/pnas.122573099
Cui, Ying; Schubert, Brian A (2016): Quantifying uncertainty of past pCO2 determined from changes in C3 plant carbon isotope fractionation. Geochimica et Cosmochimica Acta, 172, 127-138, https://doi.org/10.1016/j.gca.2015.09.032
Cui, Ying; Schubert, Brian A (2017): Atmospheric pCO2 reconstructed across five early Eocene global warming events. Earth and Planetary Science Letters, 478, 225-233, https://doi.org/10.1016/j.epsl.2017.08.038
Demicco, Robert V; Lowenstein, Tim K; Hardie, Lawrence A (2003): Atmospheric pCO2 since 60 Ma from records of seawater pH, calcium, and primary carbonate mineralogy. Geology, 31(9), 793, https://doi.org/10.1130/G19727.1
Fletcher, Benjamin J; Brentnall, Stuart J; Anderson, Clive W; Berner, Robert A; Beerling, David J (2008): Atmospheric carbon dioxide linked with Mesozoic and early Cenozoic climate change. Nature Geoscience, 1(1), 43-48, https://doi.org/10.1038/ngeo.2007.29
Gehler, Alexander; Gingerich, Philip D; Pack, Andreas (2016): Temperature and atmospheric CO2 concentration estimates through the PETM using triple oxygen isotope analysis of mammalian bioapatite. Proceedings of the National Academy of Sciences, 113(28), 7739-7744, https://doi.org/10.1073/pnas.1518116113
Royer, Dana L (2003): Estimating latest Cretaceous and Tertiary atmospheric CO2 concentration from stomatal indices. In: Wing, S.L.; Gingerich, P.D.; Schmitz, B. and Thomas, E. (eds.), Causes and Consequences of Globally Warm Climates in the Early Paleogene, Geological Society of America Special Paper. Boulder, Colorado: Geological Society of America, 369, 79-93, https://doi.org/10.1130/0-8137-2369-8.79
Royer, Dana L; Wing, Scott L; Beerling, David J; Jolley, David W; Koch, Paul L; Hickey, Leo J; Berner, Robert A (2001): Paleobotanical Evidence for Near Present-Day Levels of Atmospheric CO2 During Part of the Tertiary. Science, 292(5525), 2310-2313, https://doi.org/10.1126/science.292.5525.2310
Steinthorsdottir, Margret; Vajda, Vivi; Pole, Mike (2016): Global trends of pCO2 across the Cretaceous–Paleogene boundary supported by the first Southern Hemisphere stomatal proxy-based pCO2 reconstruction. Palaeogeography, Palaeoclimatology, Palaeoecology, 464, 143-152, https://doi.org/10.1016/j.palaeo.2016.04.033
Stott, Lowell D (1992): Higher temperatures and lower oceanic pCO2: A climate enigma at the end of the Paleocene Epoch. Paleoceanography, 7(4), 395-404, https://doi.org/10.1029/92PA01183
Parameter(s):
# | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
---|---|---|---|---|---|---|
1 | Proxy | Proxy | Barnet, James S K | |||
2 | AGE | Age | ka BP | Barnet, James S K | Age, revised | Geocode |
3 | Carbon dioxide, partial pressure | pCO2 | ppmv | Barnet, James S K | From literature | |
4 | Reference/source | Reference | Barnet, James S K | |||
5 | Comment | Comment | Barnet, James S K | Estimates based on C3 plants (Cui & Schubert, 2017) are given for the PETM, H1, H2, I1, and I2 events, including pre-event (background) pCO2 concentrations and peak event concentrations, calculated assuming either a very isotopically light methane (CH4) or an isotopically heavier organic matter (Corg) source of carbon release for these Early Eocene events. |
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Size:
1256 data points
Data
1 Proxy | 2 Age [ka BP] | 3 pCO2 [ppmv] | 4 Reference | 5 Comment |
---|---|---|---|---|
Stomatal Indices | 54100 | 443 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 54200 | 327 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 54600 | 378 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 55500 | 479 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 55800 | 667 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56000 | 307 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56000 | 307 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56000 | 307 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56000 | 520 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56100 | 304 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56300 | 313 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56400 | 316 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56500 | 320 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56600 | 315 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56600 | 318 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 56600 | 318 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 57100 | 469 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 58000 | 447 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 60000 | 535 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 60000 | 574 | Royer et al. (2001b), recalibrated by Beerling et al. (2009) | |
Stomatal Indices | 66400 | 423 | Beerling et al. (2002), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 66800 | 628 | Beerling et al. (2002), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 66900 | 648 | Beerling et al. (2002), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 54300 | 326 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 54400 | 266 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 54800 | 333 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 55700 | 376 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56000 | 407 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56200 | 443 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56200 | 176 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56200 | 191 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56200 | 169 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56300 | 175 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56500 | 202 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56600 | 214 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56700 | 243 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56800 | 226 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56800 | 234 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 56800 | 205 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 57300 | 384 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 58200 | 350 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 59400 | 543 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 59400 | 479 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 62000 | 227 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 65100 | 287 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 65500 | 316 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 65500 | 331 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 66500 | 432 | Royer et al. (2003), recalibrated by Barclay & Wing (2016) | |
Stomatal Indices | 60000 | 311 | Steinthorsdottir et al. (2016) | |
Stomatal Indices | 65500 | 387 | Steinthorsdottir et al. (2016) | |
Stomatal Indices | 65900 | 396 | Steinthorsdottir et al. (2016) | |
Stomatal Indices | 67000 | 568 | Steinthorsdottir et al. (2016) | |
Liverworts | 58800 | 583 | Fletcher et al. (2008) | |
Phytoplankton | 55500 | 500 | Stott (1992) | |
Phytoplankton | 56000 | 600 | Stott (1992) | |
Boron isotopes | 53200 | 1400 | Anagnostou et al. (2016) | |
Boron isotopes | 53200 | 506 | Demicco et al. (2003) | |
Boron isotopes | 55800 | 939 | Demicco et al. (2003) | |
Boron isotopes | 57100 | 703 | Demicco et al. (2003) | |
Oxygen isotopes | 55500 | 630 | Gehler et al. (2016); assuming modern gross primary productivity | |
Oxygen isotopes | 55640 | 230 | Gehler et al. (2016); assuming modern gross primary productivity | |
Oxygen isotopes | 56000 | 440 | Gehler et al. (2016); assuming modern gross primary productivity | |
Oxygen isotopes | 56200 | 450 | Gehler et al. (2016); assuming modern gross primary productivity | |
Oxygen isotopes | 55500 | 1450 | Gehler et al. (2016); assuming 2.3 times modern gross primary productivity | |
Oxygen isotopes | 55600 | 530 | Gehler et al. (2016); assuming 2.3 times modern gross primary productivity | |
Oxygen isotopes | 56000 | 1010 | Gehler et al. (2016); assuming 2.3 times modern gross primary productivity | |
Oxygen isotopes | 56200 | 1040 | Gehler et al. (2016); assuming 2.3 times modern gross primary productivity | |
C3 plants | 53000 | 532 | Cui & Schubert (2016) | |
C3 plants | 54400 | 395 | Cui & Schubert (2016) | |
C3 plants | 55300 | 579 | Cui & Schubert (2016) | |
C3 plants | 56000 | 530 | Cui & Schubert (2016) | |
C3 plants | 56100 | 552 | Cui & Schubert (2016) | Estimates based on C3 plants ... |
C3 plants | 56000 | 379 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 456 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 180 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 217 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 202 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 236 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 244 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 286 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 238 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 280 | Cui & Schubert (2017); background PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 538 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 651 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 276 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 336 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 311 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 361 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 363 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 425 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 356 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 56000 | 416 | Cui & Schubert (2017); background PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 959 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 1038 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 479 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 532 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 543 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 577 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 648 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 691 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 632 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 676 | Cui & Schubert (2017); peak PETM; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 2001 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 2117 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 951 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 1097 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 1138 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 1188 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 1354 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 1417 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 1326 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 55870 | 1387 | Cui & Schubert (2017); peak PETM; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 339 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 241 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 400 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 289 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 196 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 140 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 205 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 147 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 137 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 94 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 176 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 124 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 228 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 163 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 249 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 179 | Cui & Schubert (2017); background H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 540 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 394 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 609 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 457 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 342 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 257 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 353 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 265 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 261 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 195 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 312 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 236 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 385 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 287 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 416 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54090 | 310 | Cui & Schubert (2017); background H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 540 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 448 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 628 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 532 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 316 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 262 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 330 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 273 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 224 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 182 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 284 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 234 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 365 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 304 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 399 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 334 | Cui & Schubert (2017); peak H1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 1019 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 884 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 1124 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 1040 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 624 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 545 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 646 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 564 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 463 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 400 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 564 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 492 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 711 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 620 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 772 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54050 | 675 | Cui & Schubert (2017); peak H1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 372 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 327 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 527 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 463 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 192 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 170 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 136 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 119 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 111 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 96 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 132 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 115 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 200 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 177 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 60 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 49 | Cui & Schubert (2017); background H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 601 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 533 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 806 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 726 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 346 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 312 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 267 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 240 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 231 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 207 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 261 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 234 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 357 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 322 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 159 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 54000 | 142 | Cui & Schubert (2017); background H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 522 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 482 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 724 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 676 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 272 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 252 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 195 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 180 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 160 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 147 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 189 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 174 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 283 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 263 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 93 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 83 | Cui & Schubert (2017); peak H2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 957 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 900 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 1251 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 1241 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 534 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 505 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 404 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 381 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 346 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 327 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 394 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 372 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 551 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 523 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 236 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53950 | 221 | Cui & Schubert (2017); peak H2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 292 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 230 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 319 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 257 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 192 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 151 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 183 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 144 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 131 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 99 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 172 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 134 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 58 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 37 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 178 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 141 | Cui & Schubert (2017); background I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 476 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 383 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 503 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 420 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 339 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 276 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 327 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 266 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 253 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 205 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 311 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 253 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 153 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 120 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 323 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53700 | 263 | Cui & Schubert (2017); background I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 458 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 394 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 495 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 439 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 304 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 261 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 290 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 249 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 209 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 177 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 272 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 233 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 102 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 81 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 282 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 245 | Cui & Schubert (2017); peak I1; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 870 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 771 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 902 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 851 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 599 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 533 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 574 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 511 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 436 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 386 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 544 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 484 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 256 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 222 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 568 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53670 | 506 | Cui & Schubert (2017); peak I1; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 237 | Cui & Schubert (2017); background I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 237 | Cui & Schubert (2017); background I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 165 | Cui & Schubert (2017); background I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 172 | Cui & Schubert (2017); background I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 40 | Cui & Schubert (2017); background I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 95 | Cui & Schubert (2017); background I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 22 | Cui & Schubert (2017); background I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 403 | Cui & Schubert (2017); background I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 403 | Cui & Schubert (2017); background I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 303 | Cui & Schubert (2017); background I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 312 | Cui & Schubert (2017); background I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 128 | Cui & Schubert (2017); background I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 205 | Cui & Schubert (2017); background I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53600 | 102 | Cui & Schubert (2017); background I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 360 | Cui & Schubert (2017); peak I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 359 | Cui & Schubert (2017); peak I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 252 | Cui & Schubert (2017); peak I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 261 | Cui & Schubert (2017); peak I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 73 | Cui & Schubert (2017); peak I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 149 | Cui & Schubert (2017); peak I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 49 | Cui & Schubert (2017); peak I2; CH4 release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 692 | Cui & Schubert (2017); peak I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 691 | Cui & Schubert (2017); peak I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 506 | Cui & Schubert (2017); peak I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 523 | Cui & Schubert (2017); peak I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 205 | Cui & Schubert (2017); peak I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 332 | Cui & Schubert (2017); peak I2; Corg release scenario | Estimates based on C3 plants ... |
C3 plants | 53565 | 164 | Cui & Schubert (2017); peak I2; Corg release scenario |