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JM Wilmshurst, AJ Anderson, TFG Higham, TH Worthy (2008)
Dating the late prehistoric dispersal of Polynesians to New Zealand using the commensal Pacific ratProc Natl Acad Sci USA, 105
K-H Erb, T Kastner, S Luyssaert, RA Houghton, T Kuemmerle, P Olofsson, H Haberl (2013)
Bias in the attribution of forest carbon sinksNat Clim Change, 3
R Seidl, M-J Schelhaas, W Rammer, PJ Verkerk (2014)
Increasing forest disturbances in Europe and their impact on carbon storageNat Clim Change, 4
SJ Richardson, DA Peltzer, RB Allen, MS McGlone, RL Parfitt (2004)
Rapid development of phosphorus limitation in temperate rainforest along the Franz Josef soil chronosequenceOecologia, 139
S Burrascano, WS Keeton, FM Sabatini, C Blasi (2013)
Commonality and variability in the structural attributes of moist temperate old-growth forests: a global reviewFor Ecol Manag, 291
JM Chase (2010)
Stochastic community assembly causes higher biodiversity in more productive environmentsScience, 328
PN Beets, MO Kimberley, GR Oliver, SH Pearce, JD Graham, A Brandon (2012)
Allometric Equations for estimating carbon stocks in natural forest in New ZealandForests, 3
(2014)
New Zealand greenhouse gas inventory 1990–2012
N Pederson, AW D’Amato, JM Dyer, DR Foster, D Goldblum, JL Hart, AE Hessl, LR Iverson, ST Jackson, D Martin-Benito, BC McCarthy, RW McEwan, DJ Mladenoff, AJ Parker, B Shuman, JW Williams (2015)
Climate remains an important driver of post-European vegetation change in the eastern United StatesGlob Change Biol, 21
MS McGlone (1989)
The Polynesian settlement of New Zealand in relation to environmental and biotic changesN Z J Ecol, 12
SJ Richardson, DA Peltzer, JM Hurst, RB Allen, PJ Bellingham, FE Carswell, PW Clinton, AD Griffiths, SK Wiser, EF Wright (2009)
Deadwood in New Zealand’s indigenous forestsFor Ecol Manag, 258
HC Muller-Landau, M Detto, RA Chisholm, SP Hubbell, R Condit (2014)
Forests and global change
DA Coomes, RB Allen (2007)
Mortality and tree-size distributions in natural mixed-age forestsJ Ecol, 95
CJ Phillips, AJ Watson (1994)
Structural tree root research in New Zealand Lincoln
DA Coomes, O Flores, R Holdaway, T Jucker, ER Lines, MC Vanderwel (2014)
Wood production response to climate change will depend critically on forest composition and structureGlob Change Biol, 20
JR Leathwick, G Wilson, D Rutledge, P Wardle, F Morgan, K Johnston, M McLeod, R Kirkpatrick (2003)
Land environments of New Zealand
L Poorter, MT Sande, J Thompson, EJMM Arets, A Alarcón, J Álvarez-Sánchez, N Ascarrunz, P Balvanera, G Barajas-Guzmán, A Boit, F Bongers, FA Carvalho, F Casanoves, G Cornejo-Tenorio, FRC Costa, CV Castilho, JF Duivenvoorden, LP Dutrieux, BJ Enquist, F Fernández-Méndez, B Finegan, LHL Gormley, JR Healey, MR Hoosbeek, G Ibarra-Manríquez, AB Junqueira, C Levis, JC Licona, LS Lisboa, WE Magnusson, M Martínez-Ramos, A Martínez-Yrizar, LG Martorano, LC Maskell, L Mazzei, JA Meave, F Mora, R Muñoz, C Nytch, MP Pansonato, TW Parr, H Paz, EA Pérez-García, LY Rentería, J Rodríguez-Velazquez, DMA Rozendaal, AR Ruschel, B Sakschewski, B Salgado-Negret, J Schietti, M Simões, FL Sinclair, PF Souza, FC Souza, J Stropp, H Steege, NG Swenson, K Thonicke, M Toledo, M Uriarte, P Hout, P Walker, N Zamora, M Peña-Claros (2015)
Diversity enhances carbon storage in tropical forestsGlob Ecol Biogeogr, 24
Y Rosseel (2012)
lavaan: An R package for structural equation modelingJ Stat Softw, 48
GLW Perry, JM Wilmshurst, MS McGlone, DB McWethy, C Whitlock (2012)
Explaining fire-driven landscape transformation during the Initial Burning Period of New Zealand’s prehistoryGlob Change Biol, 18
MJ Reilly, TA Spies (2015)
Regional variation in stand structure and development in forests of Oregon, Washington, and inland Northern CaliforniaEcosphere, 6
JC Stegen, NG Swenson, BJ Enquist, EP White, OL Phillips, PM Jørgensen, MD Weiser, A Monteagudo Mendoza, Vargas P Núñez (2011)
Variation in above-ground forest biomass across broad climatic gradientsGlob Ecol Biogeogr, 20
DA Coomes, RJ Holdaway, RK Kobe, ER Lines, RB Allen (2012)
A general integrative framework for modelling woody biomass production and carbon sequestration rates in forestsJ Ecol, 100
P Wardle (1973)
New Guinea our tropical counterpartTuatara, 20
NL Stephenson, AJ Das, R Condit, SE Russo, PJ Baker, NG Beckman, DA Coomes, ER Lines, WK Morris, N Ruger, E Alvarez, C Blundo, S Bunyavejchewin, G Chuyong, SJ Davies, A Duque, CN Ewango, O Flores, JF Franklin, HR Grau, Z Hao, ME Harmon, SP Hubbell, D Kenfack, Y Lin, JR Makana, A Malizia, LR Malizia, RJ Pabst, N Pongpattananurak, SH Su, IF Sun, S Tan, D Thomas, PJ Mantgem, X Wang, SK Wiser, MA Zavala (2014)
Rate of tree carbon accumulation increases continuously with tree sizeNature, 507
B Ghimire, CA Williams, GJ Collatz, M Vanderhoof, J Rogan, D Kulakowski, JG Masek (2015)
Large carbon release legacy from bark beetle outbreaks across Western United StatesGlob Change Biol, 21
JI Fisher, GC Hurtt, RQ Thomas, JQ Chambers (2008)
Clustered disturbances lead to bias in large-scale estimates based on forest sample plotsEcol Lett, 11
L Miles, V Kapos (2008)
Reducing greenhouse gas emissions from deforestation and forest degradation: global land-use implicationsScience, 320
S Luyssaert, ED Schulze, A Borner, A Knohl, D Hessenmoller, BE Law, P Ciais, J Grace (2008)
Old-growth forests as global carbon sinksNature, 455
RJW Brienen, OL Phillips, TR Feldpausch, E Gloor, TR Baker, J Lloyd, G Lopez-Gonzalez, A Monteagudo-Mendoza, Y Malhi, SL Lewis, R Vasquez Martinez, M Alexiades, E Alvarez Davila, P Alvarez-Loayza, A Andrade, LEOC Aragao, A Araujo-Murakami, EJMM Arets, L Arroyo, CGA Aymard, OS Banki, C Baraloto, J Barroso, D Bonal, RGA Boot, JLC Camargo, CV Castilho, V Chama, KJ Chao, J Chave, JA Comiskey, F Cornejo Valverde, L Costa, EA Oliveira, A Fiore, TL Erwin, S Fauset, M Forsthofer, DR Galbraith, ES Grahame, N Groot, B Herault, N Higuchi, EN Honorio Coronado, H Keeling, TJ Killeen, WF Laurance, S Laurance, J Licona, WE Magnussen, BS Marimon, BH Marimon-Junior, C Mendoza, DA Neill, EM Nogueira, P Nunez, NC Pallqui Camacho, A Parada, G Pardo-Molina, J Peacock, M Pena-Claros, GC Pickavance, NCA Pitman, L Poorter, A Prieto, CA Quesada, F Ramirez, H Ramirez-Angulo, Z Restrepo, A Roopsind, A Rudas, RP Salomao, M Schwarz, N Silva, JE Silva-Espejo, M Silveira, J Stropp, J Talbot, H Steege, J Teran-Aguilar, J Terborgh, R Thomas-Caesar, M Toledo, M Torello-Raventos, RK Umetsu, GMF Heijden, P Hout, IC Guimaraes Vieira, SA Vieira, E Vilanova, VA Vos, RJ Zagt (2015)
Long-term decline of the Amazon carbon sinkNature, 519
AD Friend, W Lucht, TT Rademacher, R Keribin, R Betts, P Cadule, P Ciais, DB Clark, R Dankers, PD Falloon, A Ito, R Kahana, A Kleidon, MR Lomas, K Nishina, S Ostberg, R Pavlick, P Peylin, S Schaphoff, N Vuichard, L Warszawski, A Wiltshire, FI Woodward (2014)
Carbon residence time dominates uncertainty in terrestrial vegetation responses to future climate and atmospheric CO2Proc Natl Acad Sci USA, 111
CD Allen, AK Macalady, H Chenchouni, D Bachelet, N McDowell, M Vennetier, T Kitzberger, A Rigling, DD Breshears, EH Hogg, P Gonzalez, R Fensham, Z Zhang, J Castro, N Demidova, J-H Lim, G Allard, SW Running, A Semerci, N Cobb (2010)
A global overview of drought and heat-induced tree mortality reveals emerging climate change risks for forestsFor Ecol Manag, 259
E Berenguer, J Ferreira, TA Gardner, LEOC Aragão, PB Camargo, CE Cerri, M Durigan, RCD Oliveira, ICG Vieira, J Barlow (2014)
A large-scale field assessment of carbon stocks in human-modified tropical forestsGlob Change Biol, 20
CF Salk, RL Chazdon, KP Andersson (2013)
Detecting landscape-level changes in tree biomass and biodiversity: methodological constraints and challenges of plot-based approachesCan J For Res, 43
N Myers, RA Mittermeier, CG Mittermeier, GAB Fonseca, J Kent (2000)
Biodiversity hotspots for conservation prioritiesNature, 403
M Reichstein, M Bahn, P Ciais, D Frank, MD Mahecha, SI Seneviratne, J Zscheischler, C Beer, N Buchmann, DC Frank, D Papale, A Rammig, P Smith, K Thonicke, M Velde, S Vicca, A Walz, M Wattenbach (2013)
Climate extremes and the carbon cycleNature, 500
RA Chisholm, HC Muller-Landau, K Abdul Rahman, DP Bebber, Y Bin, SA Bohlman, NA Bourg, J Brinks, S Bunyavejchewin, N Butt, H Cao, M Cao, D Cárdenas, L-W Chang, J-M Chiang, G Chuyong, R Condit, HS Dattaraja, S Davies, A Duque, C Fletcher, N Gunatilleke, S Gunatilleke, Z Hao, RD Harrison, R Howe, C-F Hsieh, SP Hubbell, A Itoh, D Kenfack, S Kiratiprayoon, AJ Larson, J Lian, D Lin, H Liu, JA Lutz, K Ma, Y Malhi, S McMahon, W McShea, M Meegaskumbura, S Mohd. Razman, MD Morecroft, CJ Nytch, A Oliveira, GG Parker, S Pulla, R Punchi-Manage, H Romero-Saltos, W Sang, J Schurman, S-H Su, R Sukumar, IF Sun, HS Suresh, S Tan, D Thomas, S Thomas, J Thompson, R Valencia, A Wolf, S Yap, W Ye, Z Yuan, JK Zimmerman (2013)
Scale-dependent relationships between tree species richness and ecosystem function in forestsJ Ecol, 101
J Grace (2006)
Structural equation modeling and natural systems
IJ Payton, CL Newell, PN Beets (2004)
New Zealand Carbon Monitoring system indigenous forest and shrubland data collection manual
JQ Chambers, RI Negrón-Juárez, GC Hurtt, DM Marra, N Higuchi (2009)
Lack of intermediate-scale disturbance data prevents robust extrapolation of plot-level tree mortality rates for old-growth tropical forestsEcol Lett, 12
ST Michaletz, D Cheng, AJ Kerkhoff, BJ Enquist (2014)
Convergence of terrestrial plant production across global climate gradientsNature, 512
WA Kurz, G Stinson, GJ Rampley, CC Dymond, ET Neilson (2008)
Risk of natural disturbances makes future contribution of Canada’s forests to the global carbon cycle highly uncertainProc Natl Acad Sci USA, 105
SL Lewis, G Lopez-Gonzalez, B Sonke, K Affum-Baffoe, TR Baker, LO Ojo, OL Phillips, JM Reitsma, L White, JA Comiskey, KMN Djuikouo, CEN Ewango, TR Feldpausch, AC Hamilton, M Gloor, T Hart, A Hladik, J Lloyd, JC Lovett, J-R Makana, Y Malhi, FM Mbago, HJ Ndangalasi, J Peacock, KSH Peh, D Sheil, T Sunderland, MD Swaine, J Taplin, D Taylor, SC Thomas, R Votere, H Woll (2009)
Increasing carbon storage in intact African tropical forestsNature, 457
JA Hicke, CD Allen, AR Desai, MC Dietze, RJ Hall, EH Hogg, DM Kashian, D Moore, KF Raffa, RN Sturrock, J Vogelmann (2012)
Effects of biotic disturbances on forest carbon cycling in the United States and CanadaGlob Change Biol, 18
S Wiser, PJ Bellingham, LE Burrows (2001)
Managing biodiversity information: development of New Zealand’s National Vegetation Survey databankNew Zealand Journal of Ecology, 25
AJ Kalis, J Merkt, J Wunderlich (2003)
Environmental changes during the Holocene climatic optimum in central Europe—human impact and natural causesQuat Sci Rev, 22
NWH Mason, PJ Bellingham, FE Carswell, DA Peltzer, RJ Holdaway, RB Allen (2013)
Wood decay resistance moderates the effects of tree mortality on carbon storage in the indigenous forests of New ZealandFor Ecol Manag, 305
DA Coomes, RB Allen, NA Scott, C Goulding, P Beets (2002)
Designing systems to monitor carbon stocks in forests and shrublandsFor Ecol Manag, 164
SM Durán, GA Sánchez-Azofeifa, RS Rios, E Gianoli (2015)
The relative importance of climate, stand variables and liana abundance for carbon storage in tropical forestsGlob Ecol Biogeogr, 24
MA Cairns, S Brown, EH Helmer, GA Baumgardner (1997)
Root biomass allocation in the world’s upland forestsOecologia, 111
R Holdaway, S McNeill, NH Mason, F Carswell (2014)
Propagating uncertainty in plot-based estimates of forest carbon stock and carbon stock changeEcosystems, 17
OL Phillips, L Aragao, SL Lewis, JB Fisher, J Lloyd, G Lopez-Gonzalez, Y Malhi, A Monteagudo, J Peacock, CA Quesada, G Heijden, S Almeida, I Amaral, L Arroyo, G Aymard, TR Baker, O Banki, L Blanc, D Bonal, P Brando, J Chave, ACA Oliveira, ND Cardozo, CI Czimczik, TR Feldpausch, MA Freitas, E Gloor, N Higuchi, E Jimenez, G Lloyd, P Meir, C Mendoza, A Morel, DA Neill, D Nepstad, S Patino, MC Penuela, A Prieto, F Ramirez, M Schwarz, J Silva, M Silveira, AS Thomas, H Steege, J Stropp, R Vasquez, P Zelazowski, EA Davila, S Andelman, A Andrade, KJ Chao, T Erwin, A Fiore, E Honorio, H Keeling, TJ Killeen, WF Laurance, AP Cruz, NCA Pitman, PN Vargas, H Ramirez-Angulo, A Rudas, R Salamao, N Silva, J Terborgh, A Torres-Lezama (2009)
Drought sensitivity of the Amazon rainforestScience, 323
YD Pan, RA Birdsey, JY Fang, R Houghton, PE Kauppi, WA Kurz, OL Phillips, A Shvidenko, SL Lewis, JG Canadell, P Ciais, RB Jackson, SW Pacala, AD McGuire, SL Piao, A Rautiainen, S Sitch, D Hayes (2011)
A large and persistent carbon sink in the world’s forestsScience, 333
MC Vanderwel, DA Coomes, DW Purves (2013)
Quantifying variation in forest disturbance, and its effects on aboveground biomass dynamics, across the eastern United StatesGlob Change Biol, 19
SK Wiser, JM Hurst, EF Wright, RB Allen (2011)
New Zealand’s forest and shrubland communities: a quantitative classification based on a nationally representative plot networkAppl Veg Sci, 14
M Fernández-Martínez, S Vicca, IA Janssens, J Sardans, S Luyssaert, M Campioli, FS Chapin, P Ciais, Y Malhi, M Obersteiner, D Papale, SL Piao, M Reichstein, F Roda, J Penuelas (2014)
Nutrient availability as the key regulator of global forest carbon balanceNat Clim Change, 4
JP Caspersen, SW Pacala, JC Jenkins, GC Hurtt, PR Moorcroft, RA Birdsey (2000)
Contributions of land-use history to carbon accumulation in U.S. forestsScience, 290
(2012)
Land use and carbon analysis system natural forest data collection manual
T Hermosilla, MA Wulder, JC White, NC Coops, GW Hobart (2015)
Regional detection, characterization, and attribution of annual forest change from 1984 to 2012 using Landsat-derived time-series metricsRemote Sens Environ, 170
M Keller, M Palace, G Hurtt (2001)
Biomass estimation in the Tapajos National Forest, Brazil: Examination of sampling and allometric uncertaintiesFor Ecol Manag, 154
RB Allen, PJ Bellingham, SK Wiser (1999)
Immediate damage by an earthquake to a temperate montane forestEcology, 80
GJ Nowacki, MD Abrams (2015)
Is climate an important driver of post-European vegetation change in the Eastern United States?Glob Change Biol, 21
O Flores, DA Coomes (2011)
Estimating the wood density of species for carbon stock assessmentsMethods Ecol Evol, 2
L Poorter, F Bongers, TM Aide, AM Almeyda Zambrano, P Balvanera, JM Becknell, V Boukili, PHS Brancalion, EN Broadbent, RL Chazdon, D Craven, JS Almeida-Cortez, GAL Cabral, BHJ Jong, JS Denslow, DH Dent, SJ DeWalt, JM Dupuy, SM Durán, MM Espírito-Santo, MC Fandino, RG César, JS Hall, JL Hernandez-Stefanoni, CC Jakovac, AB Junqueira, D Kennard, SG Letcher, J-C Licona, M Lohbeck, E Marín-Spiotta, M Martínez-Ramos, P Massoca, JA Meave, R Mesquita, F Mora, R Muñoz, R Muscarella, YRF Nunes, S Ochoa-Gaona, AA Oliveira, E Orihuela-Belmonte, M Peña-Claros, EA Pérez-García, D Piotto, JS Powers, J Rodríguez-Velázquez, IE Romero-Pérez, J Ruíz, JG Saldarriaga, A Sanchez-Azofeifa, NB Schwartz, MK Steininger, NG Swenson, M Toledo, M Uriarte, M Breugel, H Wal, MDM Veloso, HFM Vester, A Vicentini, ICG Vieira, TV Bentos, GB Williamson, DMA Rozendaal (2016)
Biomass resilience of Neotropical secondary forestsNature, 530
SL Powell, WB Cohen, RE Kennedy, SP Healey, C Huang (2014)
Observation of trends in biomass loss as a result of disturbance in the conterminous U.S.: 1986–2004Ecosystems, 17
Uncertainty about the mechanisms driving biomass change at broad spatial scales limits our ability to predict the response of forest biomass storage to global change. Here we use a spatially representative network of 874 forest plots in New Zealand to examine whether commonly hypothesised drivers of forest biomass and biomass change (diversity, disturbance, nutrients and climate) differ between old-growth and secondary forests at a national scale. We calculate biomass stocks and net biomass change for live above-ground biomass, below-ground biomass, deadwood and litter pools. We combine these data with plot-level information on forest type, tree diversity, plant functional traits, climate and disturbance history, and use structural equation models to identify the major drivers of biomass change. Over the period 2002–2014, secondary forest biomass increased by 2.78 (1.68–3.89) Mg ha−1 y−1, whereas no significant change was detected in old-growth forests (+0.28; −0.72 to 1.29 Mg ha−1 y−1). The drivers of biomass and biomass change differed between secondary and old-growth forests. Plot-level biomass change of old-growth forest was driven by recent disturbance (large tree mortality within the last decade), whereas biomass change of secondary forest was determined by current biomass and past anthropogenic disturbance. Climate indirectly affected biomass change through its relationship with past anthropogenic disturbance. Our results highlight the importance of disturbance and disturbance history in determining broad-scale patterns of forest biomass change and suggest that explicitly modelling processes driving biomass change within secondary and old-growth forests is essential for predicting future changes in global forest biomass.
Ecosystems – Springer Journals
Published: Nov 28, 2016
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