Data from: Soil types select for plants with matching nutrient?acquisition and ?use traits in hyperdiverse and severely nutrient?impoverished

负责人：

关键词：

Byrsonima sp.;Xyris itatiayensis or Xyris longiscapa;carboxylates;Cephalostemon riedelianus;rupestrian grasslands;Vochysia pygmea;Trembleya laniflora;Paepalanthus cf. eriophaeus;Determinants of plant community diversity and structure;Lagenocarpus tenuifolius;Kielmeyera coriacea;Barbacenia flava;Xyris pilosa;mycorrhizas;Erythroxylum suberosum;OCBILs;Stryphnodendron adstringens;Trachypogon spicatus;Paepalanthus paulinus;sand-binding roots;Byrsonima verbascifolia;Paspalum lineare;Lavoisiera cordata;Coccoloba cereifera;Richterago arenaria;Cryptangium verticillatum;Dalbergia miscolobium;rhizosheaths;Marcetia sp.;\u201CLychnophora jolyana sp. Ined\u201D;Plant\u2013soil (below-ground) interactions;Roupala montana;Actinocephalus cf. geniculatus;Marcetia taxifolia;Xyris nubigena or X. pterygoblephara;Aulonemia effusa;Echinolaena inflexa;Quaternary;ecophysiology;Neea theifera;Lagenocarpus rigidus;Vochysia thyrsoidea;Bulbostylis paradoxa;Apochloa molinioides;Vellozia caruncularis;Rynchospora riedeliana;Myrsine guianensis;Lagenocarpus rigidus subsp. tenuifolius;nutrient remobilisation

DOI：

doi:10.5061/dryad.2vg4cg1

摘要：

vity in the campos rupestres but N-P co-limitation in the cerrado. Photosynthetic rates decreased with increasing P-impoverishment, but photosynthetic P-use efficiency was ve