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Piponiot, C and Anderson-Teixeira, KJ and Davies, SJ and Allen, D and Bourg, NA and Burslem, DFRP and Cárdenas, D and Chang-Yang, C-H and Chuyong, G and Cordell, S and Dattaraja, HS and Duque, � and Ediriweera, S and Ewango, C and Ezedin, Z and Filip, J and Giardina, CP and Howe, R and Hsieh, C-F and Hubbell, SP and Inman-Narahari, FM and Itoh, A and Janík, D and Kenfack, D and Král, K and Lutz, JA and Makana, J-R and McMahon, SM and McShea, W and Mi, X and Bt Mohamad, M and Novotný, V and O'Brien, MJ and Ostertag, R and Parker, G and Pérez, R and Ren, H and Reynolds, G and Md Sabri, MD and Sack, L and Shringi, A and Su, S-H and Sukumar, R and Sun, I-F and Suresh, HS and Thomas, DW and Thompson, J and Uriarte, M and Vandermeer, J and Wang, Y and Ware, IM and Weiblen, GD and Whitfeld, TJS and Wolf, A and Yao, TL and Yu, M and Yuan, Z and Zimmerman, JK and Zuleta, D and Muller-Landau, HC (2022) Distribution of biomass dynamics in relation to tree size in forests across the world. In: New Phytologist .

Davies, SJ and Abiem, I and Abu Salim, K and Aguilar, S and Allen, D and Alonso, A and Anderson-Teixeira, K and Andrade, A and Arellano, G and Ashton, PS and Baker, PJ and Baker, ME and Baltzer, JL and Basset, Y and Bissiengou, P and Bohlman, S and Bourg, NA and Brockelman, WY and Bunyavejchewin, S and Burslem, DFRP and Cao, M and Cárdenas, D and Chang, L-W and Chang-Yang, C-H and Chao, K-J and Chao, W-C and Chapman, H and Chen, Y-Y and Chisholm, RA and Chu, C and Chuyong, G and Clay, K and Comita, LS and Condit, R and Cordell, S and Dattaraja, HS and de Oliveira, AA and den Ouden, J and Detto, M and Dick, C and Du, X and Duque, � and Ediriweera, S and Ellis, EC and Obiang, NLE and Esufali, S and Ewango, CEN and Fernando, ES and Filip, J and Fischer, GA and Foster, R and Giambelluca, T and Giardina, C and Gilbert, GS and Gonzalez-Akre, E and Gunatilleke, IAUN and Gunatilleke, CVS and Hao, Z and Hau, BCH and He, F and Ni, H and Howe, RW and Hubbell, SP and Huth, A and Inman-Narahari, F and Itoh, A and Janík, D and Jansen, PA and Jiang, M and Johnson, DJ and Jones, FA and Kanzaki, M and Kenfack, D and Kiratiprayoon, S and Král, K and Krizel, L and Lao, S and Larson, AJ and Li, Y and Li, X and Litton, CM and Liu, Y and Liu, S and Lum, SKY and Luskin, MS and Lutz, JA and Luu, HT and Ma, K and Makana, J-R and Malhi, Y and Martin, A and McCarthy, C and McMahon, SM and McShea, WJ and Memiaghe, H and Mi, X and Mitre, D and Mohamad, M and Monks, L and Muller-Landau, HC and Musili, PM and Myers, JA and Nathalang, A and Ngo, KM and Norden, N and Novotny, V and O'Brien, MJ and Orwig, D and Ostertag, R and Papathanassiou, K and Parker, GG and Pérez, R and Perfecto, I and Phillips, RP and Pongpattananurak, N and Pretzsch, H and Ren, H and Reynolds, G and Rodriguez, LJ and Russo, SE and Sack, L and Sang, W and Shue, J and Singh, A and Song, G-ZM and Sukumar, R and Sun, I-F and Suresh, HS and Swenson, NG and Tan, S and Thomas, SC and Thomas, D and Thompson, J and Turner, BL and Uowolo, A and Uriarte, M and Valencia, R and Vandermeer, J and Vicentini, A and Visser, M and Vrska, T and Wang, X and Wang, X and Weiblen, GD and Whitfeld, TJS and Wolf, A and Wright, SJ and Xu, H and Yao, TL and Yap, SL and Ye, W and Yu, M and Zhang, M and Zhu, D and Zhu, L and Zimmerman, JK and Zuleta, D (2021) ForestGEO: Understanding forest diversity and dynamics through a global observatory network. In: Biological Conservation, 253 .