par Parmentier, Ingrid ;Harrigan, Ryan;Buermann, Wolfgang;Mitchard, Edward T.;Saatchi, Sassan;Malhi, Yadvinder;Bongers, Frans;Hawthorne, William;Leal, Miguel;Lewis, Simon;Nusbaumer, Louis;Sheil, Douglas;Sosef, Marc S.;Affum-Baffoe, Kofi;Bakayoko, Adama;Chuyong, George;Chatelain, Cyrille;Comiskey, James;Dauby, Gilles ;Doucet, Jean-Louis;Fauset, Sophie;Gautier, Laurent;Gillet, Jean-Francois;Kenfack, David;Kouame, Francois;Kouassi, Edouard;Kouka, Lazare ;Parren, Marc P.;Peh, Kelvin S-H;Reitsma, Jan;Senterre, Bruno ;Sonke, Bonaventure ;Sunderland, Terry C.;Swaine, Mike;Tchouto, Mbatchou G.;Thomas, Duncan W;Van Valkenburg, Johan L. C.;Hardy, Olivier J.
Référence Journal of biogeography, 38, 6, page (1164-1176)
Publication Publié, 2011
Référence Journal of biogeography, 38, 6, page (1164-1176)
Publication Publié, 2011
Article révisé par les pairs
Résumé : | Aim Our aim was to evaluate the extent to which we can predict and map tree alpha diversity across broad spatial scales either by using climate and remote sensing data or by exploiting spatial autocorrelation patterns. Location Tropical rain forest, West Africa and Atlantic Central Africa. Methods Alpha diversity estimates were compiled for trees with diameter at breast height > |