Publications - Frans-Jan W. Parmentier

Scientific Publications

This is a list of the peer-reviewed articles I have published in academic journals, and other scientific manuscripts such as book chapters and reports. In addition, I have included a list of publicly available datasets and source codes. Citation metrics are available at Google Scholar.

Peer-Reviewed Articles in Scientific Journals

The northernmost Hyperspectral FLoX sensor dataset for monitoring of High-Arctic tundra vegetation phenology and Sun-Induced Fluorescence (SIF)

H Tømmervik, T Julitta, L Nilsen, T Park, A Burkart, K Ostapowicz, SR Karlsen, FJW Parmentier, N Pirk, and JW Bjerke

H Tømmervik, T Julitta, L Nilsen, ..., FJW Parmentier et al.

Data in Brief, 109581 (2023)
Methane producing and oxidizing microorganisms display a high resilience to drought in a Swedish hemi-boreal mire

JD White, D Ahrén, L Ström, J Kelly, L Klemedtsson, B Keane, and FJW Parmentier

JD White, D Ahrén, L Ström, ..., and FJW Parmentier

Journal of Geophysical Research: Biogeosciences 128, e2022JG007362 (2023)
Climate–ecosystem modelling made easy: The Land Sites Platform

LT Keetz, E Lieungh, K Karimi-Asli, SR Geange, E Gelati, H Tang, YA Yilmaz, KS Aas, IHJ Althuizen, A Bryn, S Falk, R Fisher, A Fouilloux, P Horvath, S Indrehus, H Lee, D Lombardozzi, FJW Parmentier, N Pirk, V Vandvik, AV Vollsnes, O Skarpaas, F Stordal, and LM Tallaksen

LT Keetz, E Lieungh, K Karimi-Asli, ..., FJW Parmentier et al.

Global Change Biology 29, 4440-4452 (2023)
Integration of a frost mortality scheme into the demographic vegetation model FATES

MSA Lambert, H Tang, KS Aas, F Stordal, RA Fisher, JW Bjerke, JA Holm, and FJW Parmentier

MSA Lambert, H Tang, KS Aas, ..., and FJW Parmentier

Journal of Advances in Modeling Earth Systems 15, e2022MS003333 (2023)
Carbon uptake in Eurasian boreal forests dominates the high-latitude net ecosystem carbon budget

JD Watts, M Farina, JS Kimball, LD Schiferl, Z Liu, KA Arndt, D Zona, A Ballantyne, ES Euskirchen, FJW Parmentier, M Helbig, O Sonnentag, T Tagesson, J Rinne, H Ikawa, M Ueyama, H Kobayashi, T Sachs, DF Nadeau, J Kochendorfer, M Jackowicz-Korczynski, A Virkkala, M Aurela, R Commane, B Byrne, L Birch, MS Johnson, N Madani, B Rogers, J Du, A Endsley, K Savage, B Poulter, Z Zhang, LM Bruhwiler, CE Miller, S Goetz, and WC Oechel

JD Watts, M Farina, JS Kimball, ..., FJW Parmentier et al.

Global Change Biology 29, 1870-1889 (2023)
Inclusion of a cold hardening scheme to represent frost tolerance is essential to model realistic plant hydraulics in the Arctic-boreal zone in CLM5.0-FATES-Hydro

MSA Lambert, H Tang, KS Aas, F Stordal, RA Fisher, Y Fang, J Ding, and FJW Parmentier

MSA Lambert, H Tang, KS Aas, ..., and FJW Parmentier

Geoscientific Model Development 15, 8809-8829 (2022)
Vegetation type is an important predictor of the arctic summer land surface energy budget

J Oehri, G Schaepman-Strub, J-S Kim, R Grysko, H Kropp, I Grünberg, V Zemlianskii, O Sonnentag, ES Euskirchen, M Reji Chacko, G Muscari, PD Blanken, JF Dean, A di Sarra, RJ Harding, I Sobota, L Kutzbach, E Plekhanova, A Riihelä, J Boike, NB Miller, J Beringer, E López-Blanco, PC Stoy, RC Sullivan, M Kejna, FJW Parmentier, JA Gamon, M Mastepanov, C Wille, M Jackowicz-Korczynski, DN Karger, WL Quinton, J Putkonen, D van As, TR Christensen, MZ Hakuba, RS Stone, S Metzger, B Vandecrux, GV Frost, M Wild, B Hansen, D Meloni, F Domine, M te Beest, T Sachs, A Kalhori, AV Rocha, SN Williamson, S Morris, AL Atchley, R Essery, BRK Runkle, D Holl, LD Riihimaki, H Iwata, EAG Schuur, CJ Cox, AA Grachev, JP McFadden, RS Fausto, M Göckede, M Ueyama, N Pirk, G de Boer, MS Bret-Harte, M Leppäranta, K Steffen, T Friborg, A Ohmura, CW Edgar, J Olofsson, and SD Chambers

J Oehri, G Schaepman-Strub, J-S Kim, ..., FJW Parmentier et al.

Nature Communications 13, 6379 (2022)
Warming response of peatland CO2 sink is sensitive to seasonality in warming trends

M Helbig, T Živković, P Alekseychik, M Aurela, TS El-Madany, ES Euskirchen, LB Flanagan, TJ Griffis, PJ Hanson, J Hattakka, C Helfter, T Hirano, ER Humphreys, G Kiely, RK Kolka, T Laurila, PG Leahy, A Lohila, I Mammarella, MB Nilsson, A Panov, FJW Parmentier, M Peichl, J Rinne, DT Roman, O Sonnentag, E-S Tuittila, M Ueyama, T Vesala, P Vestin, S Weldon, P Weslien, and S Zaehle

M Helbig, T Živković, P Alekseychik, ..., FJW Parmentier et al.

Nature Climate Change 12, 743-749 (2022)
The ABCflux database: Arctic-boreal CO2 flux observations and ancillary information aggregated to monthly time steps across terrestrial ecosystems

A-M Virkkala, SM Natali, BM Rogers, JD Watts, K Savage, SJ Connon, M Mauritz, EAG Schuur, D Peter, C Minions, J Nojeim, R Commane, CA Emmerton, M Goeckede, M Helbig, D Holl, H Iwata, H Kobayashi, P Kolari, E López-Blanco, ME Marushchak, M Mastepanov, L Merbold, FJW Parmentier, M Peichl, T Sachs, O Sonnentag, M Ueyama, C Voigt, M Aurela, J Boike, G Celis, N Chae, TR Christensen, MS Bret-Harte, S Dengel, H Dolman, CW Edgar, B Elberling, E Euskirchen, A Grelle, J Hatakka, E Humphreys, J Järveoja, A Kotani, L Kutzbach, T Laurila, A Lohila, I Mammarella, Y Matsuura, G Meyer, MB Nilsson, SF Oberbauer, S-J Park, R Petrov, AS Prokushkin, C Schulze, VL St. Louis, E-S Tuittila, J-P Tuovinen, W Quinton, A Varlagin, D Zona, and VI Zyryanov

A-M Virkkala, SM Natali, BM Rogers, ..., FJW Parmentier et al.

Earth System Science Data 14, 179-208 (2022)
The Boreal-Arctic Wetland and Lake Dataset (BAWLD)

D Olefeldt, M Hovemyr, MA Kuhn, D Bastviken, TJ Bohn, J Connolly, P Crill, ES Euskirchen, SA Finkelstein, H Genet, G Grosse, LI Harris, L Heffernan, M Helbig, G Hugelius, R Hutchins, S Juutinen, MJ Lara, A Malhotra, K Manies, AD McGuire, SM Natali, JA O'Donnell, FJW Parmentier, A Räsänen, C Schädel, O Sonnentag, M Strack, SE Tank, C Treat, RK Varner, T Virtanen, RK Warren, and JD Watts

D Olefeldt, M Hovemyr, MA Kuhn, ..., FJW Parmentier et al.

Earth System Science Data 13, 5127-5149 (2021)
Model simulations of arctic biogeochemistry and permafrost extent are highly sensitive to the implemented snow scheme in LPJ-GUESS

A Pongracz, D Wårlind, PA Miller, and FJW Parmentier
Biogeosciences 18, 5767-5787 (2021)
Statistical upscaling of ecosystem CO2 fluxes across the terrestrial tundra and boreal domain: Regional patterns and uncertainties

A-M Virkkala, J Aalto, BM Rogers, T Tagesson, CC Treat, SM Natali, JD Watts, S Potter, A Lehtonen, M Mauritz, EAG Schuur, J Kochendorfer, D Zona, W Oechel, H Kobayashi, E Humphreys, M Goeckede, H Iwata, PM Lafleur, ES Euskirchen, S Bokhorst, M Marushchak, PJ Martikainen, B Elberling, C Voigt, C Biasi, O Sonnentag, FJW Parmentier, M Ueyama, G Celis, VL St.Louis, CA Emmerton, M Peichl, J Chi, J Järveoja, MB Nilsson, SF Oberbauer, MS Torn, S-J Park, H Dolman, I Mammarella, N Chae, R Poyatos, E López-Blanco, TR Christensen, MJ Kwon, T Sachs, D Holl, and M Luoto

A-M Virkkala, J Aalto, BM Rogers, ..., FJW Parmentier et al.

Global Change Biology 27, 4040-4059 (2021)
A distributed time-lapse camera network to track vegetation phenology with high temporal detail and at varying scales

FJW Parmentier, L Nilsen, H Tømmervik, and EJ Cooper
Earth System Science Data 13, 3593-3606 (2021)
The Arctic carbon cycle and its response to changing climate

L Bruhwiler, FJW Parmentier, P Crill, M Leonard, and PI Palmer

L Bruhwiler, FJW Parmentier, P Crill et al.

Current Climate Change Reports 7, 14-34 (2021)
The FLUXNET2015 dataset and the ONEFlux processing pipeline for eddy covariance data

G Pastorello, C Trotta, E Canfora, H Chu, D Christianson, Y-W Cheah, C Poindexter, J Chen, A Elbashandy, M Humphrey, P Isaac, D Polidori, A Ribeca, C van Ingen, L Zhang, B Amiro, C Ammann, MA Arain, J Ardö, T Arkebauer, SK Arndt, N Arriga, M Aubinet, M Aurela, D Baldocchi, A Barr, E Beamesderfer, LB Marchesini, O Bergeron, J Beringer, C Bernhofer, D Berveiller, D Billesbach, TA Black, PD Blanken, G Bohrer, J Boike, PV Bolstad, D Bonal, J-M Bonnefond, DR Bowling, R Bracho, J Brodeur, C Brümmer, N Buchmann, B Burban, SP Burns, P Buysse, P Cale, M Cavagna, P Cellier, S Chen, I Chini, TR Christensen, J Cleverly, A Collalti, C Consalvo, BD Cook, D Cook, C Coursolle, E Cremonese, PS Curtis, E D’Andrea, H da Rocha, X Dai, KJ Davis, B De Cinti, A de Grandcourt, A De Ligne, RC De Oliveira, N Delpierre, AR Desai, CM Di Bella, P di Tommasi, H Dolman, F Domingo, G Dong, S Dore, P Duce, E Dufrêne, A Dunn, J Dušek, D Eamus, U Eichelmann, HAM ElKhidir, W Eugster, CM Ewenz, B Ewers, D Famulari, S Fares, I Feigenwinter, A Feitz, R Fensholt, G Filippa, M Fischer, J Frank, M Galvagno, M Gharun, D Gianelle, B Gielen, B Gioli, A Gitelson, I Goded, M Goeckede, AH Goldstein, CM Gough, ML Goulden, A Graf, A Griebel, C Gruening, T Grünwald, A Hammerle, S Han, X Han, BU Hansen, C Hanson, J Hatakka, Y He, M Hehn, B Heinesch, N Hinko-Najera, L Hörtnagl, L Hutley, A Ibrom, H Ikawa, M Jackowicz-Korczynski, D Janouš, W Jans, R Jassal, S Jiang, T Kato, M Khomik, J Klatt, A Knohl, S Knox, H Kobayashi, G Koerber, O Kolle, Y Kosugi, A Kotani, A Kowalski, B Kruijt, J Kurbatova, WL Kutsch, H Kwon, S Launiainen, T Laurila, B Law, R Leuning, Y Li, M Liddell, J-M Limousin, M Lion, AJ Liska, A Lohila, A López-Ballesteros, E López-Blanco, B Loubet, D Loustau, A Lucas-Moffat, J Lüers, S Ma, C Macfarlane, V Magliulo, R Maier, I Mammarella, G Manca, B Marcolla, HA Margolis, S Marras, W Massman, M Mastepanov, R Matamala, JH Matthes, F Mazzenga, H McCaughey, I McHugh, AMS McMillan, L Merbold, W Meyer, T Meyers, SD Miller, S Minerbi, U Moderow, RK Monson, L Montagnani, CE Moore, E Moors, V Moreaux, C Moureaux, JW Munger, T Nakai, J Neirynck, Z Nesic, G Nicolini, A Noormets, M Northwood, M Nosetto, Y Nouvellon, K Novick, W Oechel, JE Olesen, J-M Ourcival, SA Papuga, FJW Parmentier, E Paul-Limoges, M Pavelka, M Peichl, E Pendall, RP Phillips, K Pilegaard, N Pirk, G Posse, T Powell, H Prasse, SM Prober, S Rambal, Ü Rannik, N Raz-Yaseef, D Reed, VR de Dios, N Restrepo-Coupe, BR Reverter, M Roland, S Sabbatini, T Sachs, SR Saleska, EP Sánchez-Cañete, ZM Sanchez-Mejia, HP Schmid, M Schmidt, K Schneider, F Schrader, I Schroder, RL Scott, P Sedlák, P Serrano-Ortíz, C Shao, P Shi, I Shironya, L Siebicke, L Šigut, R Silberstein, C Sirca, D Spano, R Steinbrecher, RM Stevens, C Sturtevant, A Suyker, T Tagesson, S Takanashi, Y Tang, N Tapper, J Thom, F Tiedemann, M Tomassucci, J-P Tuovinen, S Urbanski, R Valentini, M van der Molen, E van Gorsel, K van Huissteden, A Varlagin, J Verfaillie, T Vesala, C Vincke, D Vitale, N Vygodskaya, JP Walker, E Walter-Shea, H Wang, R Weber, S Westermann, C Wille, S Wofsy, G Wohlfahrt, S Wolf, W Woodgate, Y Li, R Zampedri, J Zhang, G Zhou, D Zona, D Agarwal, S Biraud, M Torn, and D Papale

G Pastorello, C Trotta, E Canfora, ..., FJW Parmentier et al.

Scientific Data 7, 225 (2020)
Modeled microbial dynamics explain the apparent temperature sensitivity of wetland methane emissions

SE Chadburn, T Aalto, M Aurela, D Baldocchi, C Biasi, J Boike, EJ Burke, E Comyn-Platt, AJ Dolman, C Duran-Rojas, Y Fan, T Friborg, Y Gao, N Gedney, M Göckede, GD Hayman, D Holl, G Hugelius, L Kutzbach, H Lee, A Lohila, FJW Parmentier, T Sachs, NJ Shurpali, and S Westermann

SE Chadburn, T Aalto, M Aurela, ..., FJW Parmentier et al.

Global Biogeochemical Cycles 34, e2020GB006678 (2020)
Complexity revealed in the greening of the Arctic

IH Myers-Smith, JT Kerby, GK Phoenix, JW Bjerke, HE Epstein, JJ Assmann, C John, L Andreu-Hayles, S Angers-Blondin, PSA Beck, LT Berner, US Bhatt, AD Bjorkman, D Blok, A Bryn, CT Christiansen, JHC Cornelissen, AM Cunliffe, SC Elmendorf, BC Forbes, SJ Goetz, RD Hollister, R de Jong, MM Loranty, M Macias-Fauria, K Maseyk, S Normand, J Olofsson, TC Parker, FJW Parmentier, E Post, G Schaepman-Strub, F Stordal, PF Sullivan, HJD Thomas, H Tømmervik, R Treharne, CE Tweedie, DA Walker, M Wilmking, and S Wipf

IH Myers-Smith, JT Kerby, GK Phoenix, ..., FJW Parmentier et al.

Nature Climate Change 10, 106-117 (2020)
Large loss of CO2 in winter observed across the northern permafrost region

SM Natali, JD Watts, BM Rogers, S Potter, SM Ludwig, A-K Selbmann, PF Sullivan, BW Abbott, KA Arndt, L Birch, MP Björkman, AA Bloom, G Celis, TR Christensen, CT Christiansen, R Commane, EJ Cooper, P Crill, C Czimczik, S Davydov, J Du, JE Egan, B Elberling, ES Euskirchen, T Friborg, H Genet, M Göckede, JP Goodrich, P Grogan, M Helbig, EE Jafarov, JD Jastrow, AAM Kalhori, Y Kim, JS Kimball, L Kutzbach, MJ Lara, KS Larsen, B-Y Lee, Z Liu, MM Loranty, M Lund, M Lupascu, N Madani, A Malhotra, R Matamala, J McFarland, AD McGuire, A Michelsen, C Minions, WC Oechel, D Olefeldt, FJW Parmentier, N Pirk, B Poulter, W Quinton, F Rezanezhad, D Risk, T Sachs, K Schaefer, NM Schmidt, EAG Schuur, PR Semenchuk, G Shaver, O Sonnentag, G Starr, CC Treat, MP Waldrop, Y Wang, J Welker, C Wille, X Xu, Z Zhang, Q Zhuang, and D Zona

SM Natali, JD Watts, BM Rogers, ..., FJW Parmentier et al.

Nature Climate Change 9, 852-857 (2019)
Key indicators of Arctic climate change: 1971-2017

JE Box, WT Colgan, TR Christensen, NM Schmidt, M Lund, FJW Parmentier, R Brown, US Bhatt, ES Euskirchen, VE Romanovsky, JE Walsh, JE Overland, M Wang, RW Corell, WN Meier, B Wouters, S Mernild, J Mård, J Pawlak, and MS Olsen

JE Box, WT Colgan, TR Christensen, ..., FJW Parmentier et al.

Environmental Research Letters 14, 045010 (2019)
Tracing the climate signal: mitigation of anthropogenic methane emissions can outweigh a large Arctic natural emission increase

TR Christensen, VK Arora, M Gauss, L Höglund-Isaksson, and FJW Parmentier
Scientific Reports 9, 1146 (2019)
Vulnerability and resilience of the carbon exchange of a subarctic peatland to an extreme winter event

FJW Parmentier, DP Rasse, M Lund, JW Bjerke, BG Drake, S Weldon, H Tømmervik, and GH Hansen

FJW Parmentier, DP Rasse, M Lund et al.

Environmental Research Letters 13, 065009 (2018)
ORCHIDEE-PEAT (revision 4596), a model for northern peatland CO2, water, and energy fluxes on daily to annual scales

C Qiu, D Zhu, P Ciais, B Guenet, G Krinner, S Peng, M Aurela, C Bernhofer, C Brümmer, S Bret-Harte, H Chu, J Chen, AR Desai, J Dušek, ES Euskirchen, K Fortuniak, LB Flanagan, T Friborg, M Grygoruk, S Gogo, T Grünwald, BU Hansen, D Holl, E Humphreys, M Hurkuck, G Kiely, J Klatt, L Kutzbach, C Largeron, F Laggoun-Défarge, M Lund, PM Lafleur, X Li, I Mammarella, L Merbold, MB Nilsson, J Olejnik, M Ottosson-Löfvenius, W Oechel, FJW Parmentier, M Peichl, N Pirk, O Peltola, W Pawlak, D Rasse, J Rinne, G Shaver, H Peter Schmid, M Sottocornola, R Steinbrecher, T Sachs, M Urbaniak, D Zona, and K Ziemblinska

C Qiu, D Zhu, P Ciais, ..., FJW Parmentier et al.

Geoscientific Model Development 11, 497-519 (2018)
Year-round CH4 and CO2 flux dynamics in two contrasting freshwater ecosystems of the subarctic

M Jammet, S Dengel, E Kettner, FJW Parmentier, M Wik, P Crill, and T Friborg

M Jammet, S Dengel, E Kettner, FJW Parmentier et al.

Biogeosciences 14, 5189-5216 (2017)
Carbon stocks and fluxes in the high latitudes: Using site-level data to evaluate Earth system models

SE Chadburn, G Krinner, P Porada, A Bartsch, C Beer, L Belelli Marchesini, J Boike, A Ekici, B Elberling, T Friborg, G Hugelius, M Johansson, P Kuhry, L Kutzbach, M Langer, M Lund, FJW Parmentier, S Peng, K van Huissteden, T Wang, S Westermann, D Zhu, and EJ Burke

SE Chadburn, G Krinner, P Porada, ..., FJW Parmentier et al.

Biogeosciences 14, 5143-5169 (2017)
Variability and quasi-decadal changes in the methane budget over the period 2000-2012

M Saunois, P Bousquet, B Poulter, A Peregon, P Ciais, JG Canadell, EJ Dlugokencky, G Etiope, D Bastviken, S Houweling, G Janssens-Maenhout, FN Tubiello, S Castaldi, RB Jackson, M Alexe, VK Arora, DJ Beerling, P Bergamaschi, DR Blake, G Brailsford, L Bruhwiler, C Crevoisier, P Crill, K Covey, C Frankenberg, N Gedney, L Höglund-Isaksson, M Ishizawa, A Ito, F Joos, H-S Kim, T Kleinen, P Krummel, J-F Lamarque, R Langenfelds, R Locatelli, T Machida, S Maksyutov, JR Melton, I Morino, V Naik, S O'Doherty, FJW Parmentier, PK Patra, C Peng, S Peng, GP Peters, I Pison, R Prinn, M Ramonet, WJ Riley, M Saito, M Santini, R Schroeder, IJ Simpson, R Spahni, A Takizawa, BF Thornton, H Tian, Y Tohjima, N Viovy, A Voulgarakis, R Weiss, DJ Wilton, A Wiltshire, D Worthy, D Wunch, X Xu, Y Yoshida, B Zhang, Z Zhang, and Q Zhu

M Saunois, P Bousquet, B Poulter, ..., FJW Parmentier et al.

Atmospheric Chemistry and Physics 17, 11135-11161 (2017)
Spatial variability of CO2 uptake in polygonal tundra: Assessing low-frequency disturbances in eddy covariance flux estimates

N Pirk, J Sievers, J Mertes, FJW Parmentier, M Mastepanov, and TR Christensen

N Pirk, J Sievers, J Mertes, FJW Parmentier et al.

Biogeosciences 14, 3157-3169 (2017)
Toward a statistical description of methane emissions from arctic wetlands

N Pirk, M Mastepanov, E López-Blanco, LH Christensen, HH Christiansen, BU Hansen, M Lund, FJW Parmentier, K Skov, and TR Christensen

N Pirk, M Mastepanov, E López-Blanco, ..., FJW Parmentier et al.

Ambio 46, 70-80 (2017)
A synthesis of the arctic terrestrial and marine carbon cycles under pressure from a dwindling cryosphere

FJW Parmentier, TR Christensen, S Rysgaard, J Bendtsen, RN Glud, B Else, J van Huissteden, T Sachs, JE Vonk, and MK Sejr

FJW Parmentier, TR Christensen, S Rysgaard et al.

Ambio 46, 53-69 (2017)
The global methane budget 2000-2012

M Saunois, P Bousquet, B Poulter, A Peregon, P Ciais, JG Canadell, EJ Dlugokencky, G Etiope, D Bastviken, S Houweling, G Janssens-Maenhout, FN Tubiello, S Castaldi, RB Jackson, M Alexe, VK Arora, DJ Beerling, P Bergamaschi, DR Blake, G Brailsford, V Brovkin, L Bruhwiler, C Crevoisier, P Crill, K Covey, C Curry, C Frankenberg, N Gedney, L Höglund-Isaksson, M Ishizawa, A Ito, F Joos, H-S Kim, T Kleinen, P Krummel, J-F Lamarque, R Langenfelds, R Locatelli, T Machida, S Maksyutov, KC McDonald, J Marshall, JR Melton, I Morino, V Naik, S O'Doherty, FJW Parmentier, PK Patra, C Peng, S Peng, GP Peters, I Pison, C Prigent, R Prinn, M Ramonet, WJ Riley, M Saito, M Santini, R Schroeder, IJ Simpson, R Spahni, P Steele, A Takizawa, BF Thornton, H Tian, Y Tohjima, N Viovy, A Voulgarakis, M van Weele, GR van der Werf, R Weiss, C Wiedinmyer, DJ Wilton, A Wiltshire, D Worthy, D Wunch, X Xu, Y Yoshida, B Zhang, Z Zhang, and Q Zhu

M Saunois, P Bousquet, B Poulter, ..., FJW Parmentier et al.

Earth System Science Data 8, 697-751 (2016)
Snowpack fluxes of methane and carbon dioxide from high Arctic tundra

N Pirk, MP Tamstorf, M Lund, M Mastepanov, SH Pedersen, MR Mylius, FJW Parmentier, HH Christiansen, and TR Christensen

N Pirk, MP Tamstorf, M Lund, ..., FJW Parmentier et al.

Journal of Geophysical Research: Biogeosciences 121, 2886-2900 (2016)
Calculations of automatic chamber flux measurements of methane and carbon dioxide using short time series of concentrations

N Pirk, M Mastepanov, FJW Parmentier, M Lund, P Crill, and TR Christensen

N Pirk, M Mastepanov, FJW Parmentier et al.

Biogeosciences 13, 903-912 (2016)
Rising methane emissions from northern wetlands associated with sea ice decline

FJW Parmentier, W Zhang, Y Mi, X Zhu, J van Huissteden, DJ Hayes, Q Zhuang, TR Christensen, and AD McGuire

FJW Parmentier, W Zhang, Y Mi et al.

Geophysical Research Letters 42, 7214-7222 (2015)
Methane emission bursts from permafrost environments during autumn freeze-in: New insights from ground-penetrating radar

N Pirk, T Santos, C Gustafson, AJ Johansson, F Tufvesson, FJW Parmentier, M Mastepanov, and TR Christensen

N Pirk, T Santos, C Gustafson, ..., FJW Parmentier et al.

Geophysical Research Letters 42, 6732-6738 (2015)
The uncertain climate footprint of wetlands under human pressure

AMR Petrescu, A Lohila, J-P Tuovinen, DD Baldocchi, AR Desai, NT Roulet, T Vesala, AJ Dolman, WC Oechel, B Marcolla, T Friborg, J Rinne, JH Matthes, L Merbold, A Meijide, G Kiely, M Sottocornola, T Sachs, D Zona, A Varlagin, DYF Lai, E Veenendaal, FJW Parmentier, U Skiba, M Lund, A Hensen, J van Huissteden, LB Flanagan, NJ Shurpali, T Grünwald, ER Humphreys, M Jackowicz-Korczyński, MA Aurela, T Laurila, C Grüning, CAR Corradi, AP Schrier-Uijl, TR Christensen, MP Tamstorf, M Mastepanov, PJ Martikainen, SB Verma, C Bernhofer, and A Cescatti

AMR Petrescu, A Lohila, J-P Tuovinen, ..., FJW Parmentier et al.

PNAS 112, 4594-4599 (2015)
Low impact of dry conditions on the CO2 exchange of a northern-Norwegian blanket bog

M Lund, JW Bjerke, BG Drake, O Engelsen, GH Hansen, FJW Parmentier, TL Powell, H Silvennoinen, M Sottocornola, H Tømmervik, S Weldon, and DP Rasse

M Lund, JW Bjerke, BG Drake, ..., FJW Parmentier et al.

Environmental Research Letters 10, 025004 (2015)
Implications of arctic sea ice decline for the Earth system

US Bhatt, DA Walker, JE Walsh, EC Carmack, KE Frey, WN Meier, SE Moore, FJW Parmentier, E Post, VE Romanovsky, and WR Simpson

US Bhatt, DA Walker, JE Walsh, ..., FJW Parmentier et al.

Annual Review of Environment and Resources 39, 57-89 (2014)
Assessing the spatial variability in peak season CO2 exchange characteristics across the Arctic tundra using a light response curve parameterization

HN Mbufong, M Lund, M Aurela, TR Christensen, W Eugster, T Friborg, BU Hansen, ER Humphreys, M Jackowicz-Korczyński, L Kutzbach, PM Lafleur, WC Oechel, FJW Parmentier, DP Rasse, AV Rocha, T Sachs, MK van der Molen, and MP Tamstorf

HN Mbufong, M Lund, M Aurela, ..., FJW Parmentier et al.

Biogeosciences 11, 4897-4912 (2014)
Evaluation of a plot-scale methane emission model using eddy covariance observations and footprint modelling

A Budishchev, Y Mi, J van Huissteden, L Belelli-Marchesini, G Schaepman-Strub, FJW Parmentier, G Fratini, A Gallagher, TC Maximov, and AJ Dolman

A Budishchev, Y Mi, J van Huissteden, ..., FJW Parmentier et al.

Biogeosciences 11, 4651-4664 (2014)
Improving a plot-scale methane emission model and its performance at a northeastern Siberian tundra site

Y Mi, J van Huissteden, FJW Parmentier, A Gallagher, A Budishchev, CT Berridge, and AJ Dolman

Y Mi, J van Huissteden, FJW Parmentier et al.

Biogeosciences 11, 3985-3999 (2014)
A satellite data driven biophysical modeling approach for estimating northern peatland and tundra CO2 and CH4 fluxes

JD Watts, JS Kimball, FJW Parmentier, T Sachs, J Rinne, D Zona, W Oechel, T Tagesson, M Jackowicz-Korczyński, and M Aurela

JD Watts, JS Kimball, FJW Parmentier et al.

Biogeosciences 11, 1961-1980 (2014)
Testing the applicability of neural networks as a gap-filling method using CH4 flux data from high latitude wetlands

S Dengel, D Zona, T Sachs, M Aurela, M Jammet, FJW Parmentier, W Oechel, and T Vesala

S Dengel, D Zona, T Sachs, ..., FJW Parmentier et al.

Biogeosciences 10, 8185-8200 (2013)
The impact of lower sea-ice extent on Arctic greenhouse-gas exchange

FJW Parmentier, TR Christensen, LL Sørensen, S Rysgaard, AD McGuire, PA Miller, and DA Walker

FJW Parmentier, TR Christensen, LL Sørensen et al.

Nature Climate Change 3, 195-202 (2013)
Evidence for past variations in methane availability in a Siberian thermokarst lake based on δ13C of chitinous invertebrate remains

M van Hardenbroek, O Heiri, FJW Parmentier, D Bastviken, BP Ilyashuk, JA Wiklund, RI Hall, and AF Lotter

M van Hardenbroek, O Heiri, FJW Parmentier et al.

Quaternary Science Reviews 66, 74-84 (2013)
Tundra in the rain: Differential vegetation responses to three years of experimentally doubled summer precipitation in Siberian shrub and Swedish bog tundra

F Keuper, FJW Parmentier, D Blok, PM van Bodegom, E Dorrepaal, JR van Hal, RSP van Logtestijn, and R Aerts

F Keuper, FJW Parmentier, D Blok et al.

Ambio 41, 269-280 (2012)
Longer growing seasons do not increase net carbon uptake in the northeastern Siberian tundra

FJW Parmentier, MK van der Molen, J van Huissteden, SA Karsanaev, AV Kononov, DA Suzdalov, TC Maximov, and AJ Dolman

FJW Parmentier, MK van der Molen, J van Huissteden et al.

Journal of Geophysical Research: Biogeosciences 116, G04013 (2011)
The cooling capacity of mosses: controls on water and energy fluxes in a Siberian tundra site

D Blok, MMPD Heijmans, G Schaepman-Strub, J van Ruijven, FJW Parmentier, TC Maximov, and F Berendse

D Blok, MMPD Heijmans, G Schaepman-Strub, J van Ruijven, FJW Parmentier et al.

Ecosystems 14, 1055-1065 (2011)
Spatial and temporal dynamics in eddy covariance observations of methane fluxes at a tundra site in northeastern Siberia

FJW Parmentier, J van Huissteden, MK van der Molen, G Schaepman-Strub, SA Karsanaev, TC Maximov, and AJ Dolman

FJW Parmentier, J van Huissteden, MK van der Molen et al.

Journal of Geophysical Research: Biogeosciences 116, G03016 (2011)
The role of endophytic methane-oxidizing bacteria in submerged Sphagnum in determining methane emissions of northeastern Siberian tundra

FJW Parmentier, J van Huissteden, N Kip, HJM Op Den Camp, MSM Jetten, TC Maximov, and AJ Dolman

FJW Parmentier, J van Huissteden, N Kip et al.

Biogeosciences 8, 1267-1278 (2011)
Methane emissions from permafrost thaw lakes limited by lake drainage

J van Huissteden, C Berrittella, FJW Parmentier, Y Mi, TC Maximov, and AJ Dolman

J van Huissteden, C Berrittella, FJW Parmentier et al.

Nature Climate Change 1, 119-123 (2011)
Modeling regional to global CH4 emissions of boreal and arctic wetlands

AMR Petrescu, LPH van Beek, J van Huissteden, C Prigent, T Sachs, CAR Corradi, FJW Parmentier, and AJ Dolman

AMR Petrescu, LPH van Beek, J van Huissteden, ..., FJW Parmentier, AJ Dolman

Global Biogeochemical Cycles 24, GB4009 (2010)
CO2 fluxes and evaporation on a peatland in the Netherlands appear not affected by water table fluctuations

FJW Parmentier, MK van der Molen, RAM de Jeu, DMD Hendriks, and AJ Dolman

FJW Parmentier, MK van der Molen, RAM de Jeu et al.

Agricultural and Forest Meteorology 149, 1201-1208 (2009)
The growing season greenhouse gas balance of a continental tundra site in the Indigirka lowlands, NE Siberia

MK van der Molen, J van Huissteden, FJW Parmentier, AMR Petrescu, AJ Dolman, TC Maximov, AV Kononov, SV Karsanaev, and DA Suzdalov

MK van der Molen, J van Huissteden, FJW Parmentier et al.

Biogeosciences 4, 985-1003 (2007)

Other Scientific Publications, incl. Books and Reports

Current knowledge and uncertainties associated with the Arctic greenhouse gas budget. In: Balancing greenhouse gas budgets: Accounting for natural and anthropogenic flows of CO2 and other trace gases

ES Euskirchen, LM Bruhwiler, R Commane, FJW Parmentier, C Schädel, EAG Schuur, and J Watts

ES Euskirchen, LM Bruhwiler, R Commane, FJW Parmentier et al.

Elsevier, Amsterdam, The Netherlands, pp. 159-201 (2022)
Natural sources of methane within the Arctic. In: AMAP assessment 2021: Impacts of short-lived climate forcers on Arctic climate, air quality, and human health

FJW Parmentier, TR Christensen, and BF Thornton
Arctic Monitoring and Assessment Programme (AMAP), Tromsø, Norway, pp. 31-43 (2021)
Arctic climate and ecosystem linkages: impacts and feedbacks. In: AMAP Arctic climate change update 2021: Key trends and impacts

C Michel, TR Christensen, KE Frey, T Kikuchi, K Langley, FJW Parmentier, MK Sejr, JE Tremblay, A Fujiwara, and E Watanabe

C Michel, TR Christensen, KE Frey, ..., FJW Parmentier et al.

Arctic Monitoring and Assessment Programme (AMAP), Tromsø, Norway, pp. 85-106 (2021)
Is the northern permafrost zone a source or a sink for carbon?

FJW Parmentier, O Sonnentag, M Mauritz, AM Virkkala, and EAG Schuur

FJW Parmentier, O Sonnentag, M Mauritz et al.

Eos 100 (2019)
Ocean-land interactions and the Arctic carbon cycle. In: The Routledge handbook of the polar regions

FJW Parmentier
Routledge, New York, NY, USA, pp. 478-491 (2018)
Arctic carbon cycling. In: Snow, water, ice and permafrost in the Arctic (SWIPA) 2017

TR Christensen, S Rysgaard, J Bendtsen, B Else, RN Glud, K van Huissteden, FJW Parmentier, T Sachs, and JE Vonk

TR Christensen, S Rysgaard, J Bendtsen, ..., FJW Parmentier et al.

Arctic Monitoring and Assessment Programme (AMAP), Oslo, Norway, pp. 203-218 (2017)
Restaurering av myr – Potensialet for karbonlagring og reduksjon av klimagassutslipp

S Weldon, FJW Parmentier, A Grønlund, and HM Silvennoinen
NIBIO Rapport 2, 113 (2016)
Effects of climate variability on vegetation and carbon uptake in a North-Norwegian coastal wetland

GH Hansen, DP Rasse, H de Wit, H Tømmervik, JW Bjerke, M Lund, and FJW Parmentier

GH Hansen, DP Rasse, H de Wit, ..., and FJW Parmentier

NILU OR, 40/2015 (2016)
Natural marine methane sources in the Arctic. In: AMAP assessment 2015: Methane as an Arctic climate forcer

FJW Parmentier, A Silyakova, A Biastoch, K Kretschmer, and G Panieri

FJW Parmentier, A Silyakova, A Biastoch et al.

Arctic Monitoring and Assessment Programme (AMAP), Oslo, Norway, pp. 27-38 (2015)
Modeling the climate response to methane. In: AMAP assessment 2015: Methane as an Arctic climate forcer

M Gauss, VK Arora, CD Koven, DJL Olivié, OA Søvde, L Höglund-Isaksson, TR Christensen, FJW Parmentier, and DA Plummer

M Gauss, VK Arora, CD Koven, ..., FJW Parmentier, DA Plummer

Arctic Monitoring and Assessment Programme (AMAP), Oslo, Norway, pp. 91-106 (2015)
Arctic: Speed of methane release [Correspondence in response to Whiteman et al., 2013]

FJW Parmentier, and TR Christensen

FJW Parmentier and TR Christensen

Nature 500, 529 (2013)
Any way the wind blows: Dynamics of greenhouse gas exchange in northeastern Siberian tundra

FJW Parmentier
PhD thesis, Vrije Universiteit, Amsterdam, The Netherlands, 126 pp. (2011)

Public Datasets and Source Codes

Harmonized in-situ observations of surface energy fluxes and environmental drivers at 64 Arctic vegetation and glacier sites

J Oehri, G Schaepman-Strub, JS Kim, R Grysko, H Kropp, I Grünberg, V Zemlianskii, O Sonnentag, ES Euskirchen, M Reji Chacko, G Muscari, PD Blanken, JF Dean, A di Sarra, RJ Harding, I Sobota, L Kutzbach, E Plekhanova, A Riihelä, J Boike, NB Miller, J Beringer, E López-Blanco, PC Stoy, RC Sullivan, M Kejna, FJW Parmentier, JA Gamon, M Mastepanov, C Wille, M Jackowicz-Korczynski, DN Karger, WL Quinton, J Putkonen, D van As, TR Christensen, MZ Hakuba, RS Stone, S Metzger, B Vandecrux, GV Frost, M Wild, B Hansen, D Meloni, F Domine, M te Beest, T Sachs, A Kalhori, AV Rocha, SN Williamson, S Morris, AL Atchley, R Essery, BRK Runkle, D Holl, LD Riihimaki, H Iwata, EAG Schuur, CJ Cox, AA Grachev, JP McFadden, RS Fausto, M Göckede, M Ueyama, N Pirk, G de Boer, MS Bret-Harte, M Leppäranta, K Steffen, T Friborg, A Ohmura, CW Edgar, J Olofsson, and SD Chambers

J Oehri, G Schaepman-Strub, JS Kim, ..., FJW Parmentier et al.

PANGAEA (2022)
The ABCflux database: Arctic-boreal CO2 flux and site environmental data, 1989-2020

AM Virkkala, S Natali, B Rogers, J Watts, K Savage, S Connon, M Mauritz-tozer, E Schuur, D Peter, C Minions, J Nojeim, R Commane, C Emmerton, M Goeckede, M Helbig, D Holl, H Iwata, H Kobayashi, P Kolari, E Lopez-blanco, M Marushchak, M Mastepanov, L Merbold, M Peichl, O Sonnentag, T Sachs, M Ueyama, C Voigt, M Aurela, J Boike, G Celis, N Chae, T Christensen, S Bret-Harte, S Dengel, H Dolman, C Edgar, B Elberling, S Euskirchen, A Grelle, J Hatakka, E Humphreys, J Jaerveoja, A Kotani, L Kutzbach, T Laurila, A Lohila, I Mammarella, Y Matsuura, G Meyer, M Nilsson, S Oberbauer, S Park, FJW Parmentier, R Petrov, A Prokushkin, S Zyrianov, C Schulze, V St.louis, E Tuittila, J Tuovinen, W Quinton, A Varlagin, D Zona, and V Zyryanov

AM Virkkala, S Natali, B Rogers, ..., FJW Parmentier et al.

ORNL DAAC, Oak Ridge, Tennessee, USA (2021)
The fractional land cover estimates from the Boreal-Arctic Wetland and Lake Dataset (BAWLD)

D Olefeldt, M Hovemyr, MA Kuhn, D Bastviken, TJ Bohn, J Connolly, P Crill, ES Euskirchen, SA Finkelstein, H Genet, G Grosse, LI Harris, L Heffernan, M Helbig, G Hugelius, R Hutchins, S Juutinen, MJ Lara, A Malhotra, K Manies, AD McGuire, SM Natali, JA O'Donnell, FJW Parmentier, A Räsänen, C Schädel, O Sonnentag, M Strack, SE Tank, C Treat, RK Varner, T Virtanen, RK Warren, and JD Watts

D Olefeldt, M Hovemyr, MA Kuhn, ..., FJW Parmentier et al.

NSF Arctic Data Center (2021)
Phenocam stabilization algorithms (stable-cam v1.0)

FJW Parmentier
Zenodo (2021)
Near-surface vegetation monitoring in Adventdalen, Svalbard (Rack #1-#10, 2015-2018)

L Nilsen, FJW Parmentier, H Tømmervik, and EJ Cooper
Department of Arctic and Marine Biology, UiT–The Arctic University of Norway, Tromsø, Norway (2021)
FLUXNET-CH4 RU-Cok Chokurdakh

H Dolman, T Maximov, FJW Parmentier, A Budishchev, and LB Marchesini

H Dolman, T Maximov, FJW Parmentier et al.

FluxNet; Vrije Universiteit Amsterdam, Russian Federation (2020)
Synthesis of winter in-situ soil CO2 flux in pan-Arctic and boreal regions, 1989-2017

S Natali, j Watts, S Potter, B Rogers, S Ludwig, A Selbmann, P Sullivan, B Abbott, K Arndt, A Bloom, G Celis, TRC Christensen, C Christiansen, R Commane, E Cooper, P Crill, C Czimczik, S Davydov, J Du, J Egan, B Elberling, S Euskirchen, T Friborg, H Genet, J Goodrich, P Grogan, M Helbig, E Jafarov, J Jastrow, A Kalhori, Y kim, J Kimball, L Kutzbach, M Lara, K Larsen, B lee, Z Liu, M Loranty, M Lund, M Lupascu, N Madani, A Malhotra, R Matamala, J Mcfarland, AD Mcguire, A Michelsen, C Minions, W Oechel, D Olefeldt, FJW Parmentier, N Pirk, B Poulter, W Quinton, F Rezanezhad, D Risk, T Sachs, K Schaefer, N Schmidt, E Schuur, P Semenchuk, G Shaver, O Sonnentag, G Starr, C Treat, M Waldrop, Y Wang, J Welker, C Wille, X Xu, Z Zhang, Q Zhuang, and D Zona

S Natali, j Watts, S Potter, ..., FJW Parmentier et al.

ORNL DAAC, Oak Ridge, Tennessee, USA (2019)
Meteorological forcing data to run land surface models for five high latitude sites. Derived from reanalysis products combined with site observations

EJ Burke, S Chadburn, G Krinner, P Porada, A Bartsch, C Beer, L Belelli Marchesini, J Boike, A Ekici, B Elberling, T Friborg, G Hugelius, M Johansson, P Kuhry, L Kutzbach, M Langer, M Lund, FJW Parmentier, S Peng, J van Huissteden, T Wang, S Westermann, and D Zhu

EJ Burke, S Chadburn, G Krinner, ..., FJW Parmentier et al.

PANGAEA (2018)
FLUXNET2015 SJ-Adv Adventdalen

TR Christensen, N Pirk, M Mastepanov, and FJW Parmentier
FluxNet; Lund University, Svalbard (2016)
FLUXNET2015 RU-Cok Chokurdakh

H Dolman, M van der Molen, FJW Parmentier, LB Marchesini, J Dean, K van Huissteden, and T Maximov

H Dolman, M van der Molen, FJW Parmentier et al.

FluxNet; Vrije Universiteit Amsterdam, Russian Federation (2016)
FLUXNET2015 NL-Hor Horstermeer

H Dolman, D Hendriks, FJW Parmentier, LB Marchesini, J Dean, and K van Huissteden

H Dolman, D Hendriks, FJW Parmentier et al.

FluxNet; Vrije Universiteit Amsterdam, The Netherlands (2016)

Peer-reviewed Publications by Frans-Jan W. Parmentier