DOI: 10.6084/m9.figshare.25655388.v1
title: <b>Supplementary Material – </b><b>Do anatomical traits converge on epiphytic plants?</b>

description: <b>Table S1 – </b><b>Vouchers of epiphytic species registered in the dwarf cloud forest in Parque Estadual do Ibitipoca.</b><b>Figure S1 – </b><b>a-i. Cross sections </b><b><i>Billbergia distachia</i></b><b>; b. </b><b><i>Nidularium ferdinandocoburgii</i></b><b>; c. stomata (ellipses) on both surfaces of the epidermis and think cuticle (arrow) in </b><b><i>Tillandsia gardneri</i></b><b>; d. </b><b><i>Tillandsia geminiflora</i></b><b>; e. thick cuticle in </b><b><i>Tillandsia stricta </i></b><b>(arrow); f. </b><b><i>Tillandsia</i></b><b> </b><b><i>usneoides</i></b><b>; g. </b><b><i>Vriesea bituminosa</i></b><b>; h. </b><b><i>Vriesea friburguensis</i></b><b>; i. </b><b><i>Vriesea penduliflora</i></b><b>. Star = braciform cells. Bars = 100 </b><b>μ</b><b>m.</b><b>Figure S2 – </b><b>a-j. Cross sections of Orchidaceae leaf blades from Parque Estadual do Ibitipoca</b><b> – </b><b>a. </b><b><i>Bifrenaria vitelina</i></b><b>; b. </b><b><i>Bulbophyllum micropetaliforme</i></b><b>; c. </b><b><i>Dichaea cogniauxiana</i></b><b>; d. </b><b><i>Epidendrum paranaense</i></b><b>; e. </b><b><i>Epidendrum pseudodifforme</i></b><b>; f. </b><b><i>Gomesa glaziovii</i></b><b>; g. </b><b><i>Hadrolaelia coccinea</i></b><b>; h. fibers (arrows) in </b><b><i>Maxillaria subulata</i></b><b>; i. glandular trichome in </b><b><i>Maxillaria subulata</i></b><b>; j. pitted thickenings of hypodermis cell walls (arrow) in </b><b><i>Maxillaria subulata</i></b><b>. Bars: e = 200 </b><b>μ</b><b>m; a, b, d, h = 100 </b><b>μ</b><b>m; c, f = 50 </b><b>μ</b><b>m; i = 20 </b><b>μ</b><b>m; g = 10 </b><b>μ</b><b>m.</b><b>Figure S3 – </b><b>a-h. Cross sections of Orchidaceae leaf blades from Parque Estadual do Ibitipoca</b><b> – </b><b>a. thick cuticle with flanges (arrow) in detail of </b><b><i>Octomeria crassifolia</i></b><b>; b. glandular trichome (arrow in detail) in </b><b><i>Pleurothallis rubens</i></b><b>; c. </b><b><i>Promenaea xanthina</i></b><b>; d. </b><b><i>Prosthechea allemanoides</i></b><b>; e. </b><b><i>Prosthechea pachysepala</i></b><b>; f. </b><b><i>Scaphyglottis modesta</i></b><b>; g. </b><b><i>Stelis caespitosa</i></b><b>; h. glandular trichomes (arrow) in </b><b><i>Stelis caespitosa</i></b><b>. (hy = hipodermis; pf = perivascular fibers). Bars: a, detail in a, b, g = 200 </b><b>μ</b><b>m; c-e = 100 </b><b>μ</b><b>m; f, h = 50 </b><b>μ</b><b>m; detail in b = 10 </b><b>μ</b><b>m.</b><b>Figure S4 – </b><b>a-k. Cross sections of ferns leaf blades from Parque Estadual do Ibitipoca</b><b> – </b><b>a. </b><b><i>Asplenium auritum</i></b><b>; b. </b><b><i>Hymenophyllum polyanthos</i></b><b>; c. star-shaped</b><b><i> </i></b><b>trichome in </b><b><i>Hymenophyllum polyanathos</i></b><b>; d. epidermis with chloroplasts in </b><b><i>Hymenophyllum polyanthos</i></b><b>; e. </b><b><i>Cochlidium punctatum</i></b><b>; f. chloroplasts in epidermal cells of </b><b><i>Cochlidium punctatum</i></b><b>; g. </b><b><i>Microgramma squamulosa</i></b><b>; h. </b><b><i>Pecluma pectinatiformis</i></b><b>; i. scale in </b><b><i>Pleopeltis hirsutissim</i></b><b>a; j. </b><b><i>Pleopeltis macrocarpa</i></b><b>; k. </b><b><i>Serpocaulon catharinae.</i></b><b> Bars: g = 200 </b><b>μ</b><b>m; a, h, k = 100 </b><b>μ</b><b>m; c, e, i = 50 </b><b>μ</b><b>m; b, d, f = 20 </b><b>μ</b><b>m; j = 10 </b><b>μ</b><b>m.</b><b>Figure S5 – </b><b>a-e. Cross sections and dissociation of Araceae leaf blades from Parque Estadual do Ibitipoca – a-c. phenolic compounds (arrow) in </b><b><i>Anthurium minarumAnthurium minarum</i></b><b> (paraffin embedding); b. potassium dichromate histochemical test; c. dissociation and phenolics in epidermal cells; d. transverse section of</b><b> </b><b><i>Anthurium scandens</i></b><b>; e: transverse section of </b><b><i>Philodendron appendiculatum.</i></b><b> Bars: a, c, e = 100 </b><b>μ</b><b>m; d = 50 </b><b>μ</b><b>m; b = 20 </b><b>μ</b><b>m.</b><b>Figure S6 – </b><b>a-h. Cross sections and dissociation of leaf blades from Parque Estadual do Ibitipoca – </b><b>a. multiseriate epidermis in </b><b><i>Peperomia diaphanoides</i></b><b>; b. </b><b><i>Peperomia mandioccana</i></b><b>; c. tector (arrow) and glandular (arrow head) trichomes in </b><b><i>Peperomia mandioccana</i></b><b>; d. </b><b><i>Nematanthus strigillosus</i></b><b>; e. glandular trichome in </b><b><i>Nematanthus strigillosus</i></b><b>; f. hight density of tector (arrow) and glandular (arrow head) trichome in </b><b><i>Nematanthus strigillosus</i></b><b>; g. </b><b><i>Griselinia ruscifolia</i></b><b>; h. </b><b><i>Hillia parasitica</i></b><b>. Bars: a, b, d, f = 100 </b><b>μ</b><b>m; g, h = 50 </b><b>μ</b><b>m; c, e = 20 </b><b>μ</b><b>m.</b><b>Figure S7 – </b><b>a. </b><b><i>Anthurium minarum</i></b><b>; b. </b><b><i>Anthurium scandens</i></b><b>; c. </b><b><i>Philodendron appendiculatum</i></b><b>; d. </b><b><i>Billbergia distachia</i></b><b>; e. </b><b><i>Nidularium ferdinandocoburgii</i></b><b>; f. </b><b><i>Tillandsia gardneri</i></b><b>; g. </b><b><i>Tillandsia geminiflora</i></b><b>; h. </b><b><i>Tillandsia stricta</i></b><b>; i. </b><b><i>Tillandsia usneoides</i></b><b>; j. </b><b><i>Vriesea bituminosa</i></b><b>; k. </b><b><i>Vriesea friburgensis</i></b><b>; l. </b><b><i>Vriesea penduliflora</i></b><b>; m. </b><b><i>Bifrenaria vitellina</i></b><b>;</b><b><i> </i></b><b>n. </b><b><i>Bulbophyllum micropetaliforme</i></b><b>; o. </b><b><i>Dichaea cogniauxiana</i></b><b>; p. </b><b><i>Epidendrum paranaense</i></b><b>; q. </b><b><i>Epidendrum pseudodifforme</i></b><b>;</b><b><i> </i></b><b>r. </b><b><i>Gomesa glaziovii</i></b><b>;</b><b><i> </i></b><b>s. </b><b><i>Hadrolaelia coccinea</i></b><b>; t. </b><b><i>Maxillaria subulata.</i></b><b>Figure S8 – </b><b>a. </b><b><i>Octomeria crassifolia</i></b><b>; b.</b><b><i> Pleurothallis rubens</i></b><b>; c. </b><b><i>Promenaea xanthina</i></b><b>;</b><b><i> </i></b><b>d. </b><b><i>Prosthechea allemanoides</i></b><b>;</b><b><i> </i></b><b>e.</b><b><i> Prosthechea pachysepala</i></b><b>;</b><b><i> </i></b><b>f.</b><b><i> Scaphyglottis modesta</i></b><b>;</b><b><i> </i></b><b>g. </b><b><i>Stelis caespitosa</i></b><b>; h. </b><b><i>Asplenium auritum</i></b><b>; i. </b><b><i>Hymenophyllum polyanthos</i></b><b>; j. </b><b><i>Cochlidium punctatum</i></b><b>;</b><b><i> </i></b><b>k. </b><b><i>Microgramma squamulosa</i></b><b>; l. </b><b><i>Pecluma pectinatiformis</i></b><b>; m. </b><b><i>Pleopeltis hirsutissima</i></b><b>; n. </b><b><i>Pleopeltis macrocarpa</i></b><b>; o. </b><b><i>Serpocaulon catharinae</i></b><b>; p. </b><b><i>Peperomia diaphanoides</i></b><b>; q. </b><b><i>Peperomia mandioccana</i></b><b>;</b><b><i> </i></b><b>r. </b><b><i>Nematanthus strigillosus</i></b><b>; s. </b><b><i>Griselinia ruscifolia</i></b><b>;</b><b><i> </i></b><b>t. </b><b><i>Hillia parasitica.</i></b>