So close, yet so different: Divergences in resource use may help stabilize coexistence of phylogenetically-related species in a megadiverse grassland - Castro, Silvana A.B.; Silveira, Fernando A.O.; Marcato, Mateus S.; Lemos-Filho, José P. (Flora. Morphologie, Geobotanik, Oekophysiologie, 2018)
Keywords: Brazil; Campo rupestre; Chlorophyll fluorescence; dry season; Ecophysiological response; grasslands; Hydrological niche segregation; hydrology; leaves; light intensity; Melastomataceae; microhabitats; photoinhibition; photosystem II; soil; Species coexistence; water content; Water potential; xylem water potential; Brazil; Chlorophyll fluorescence; Hydrological niche segregation; Species coexistence; Water potential; Campo rupestre; Ecophysiological response