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Senegalia hainanensis (Hayata) H.Sun, in X.Y.Zhu, Biodivers. Sci. 23(2): 249 (2015)
![A - Leaf showing position of petiole gland (thick arrow) and the numerous rachis glands (thin arrows). B - Leaflet (lower surface) showing main vein situated towards upper margin near base of leaflet. C - Stipule. D - Pod. E - Seed. F - Inflorescence (young) showing dark-colouring of inflorescence axis (i) and peduncle (p) due to dense layer of glandular hairs. G - Rachis gland (lateral view), sub-stipitate. H - Rachis gland (plane view). I - Petiole gland asymmetric being elevated from base at distal end. J - Node showing glabrous branchlet and petiole gland relatively close to leaf base. Vouchers: F.W. Xing (A, F & H); S.K. Lau 27182 (B); H.Y. Liang 65144 (C, G, I & J); W.T. Tsang 649 (D & E). Drawn by Waiwai Hove. [Published as Fig. 17 in Maslin et al. (2019), Plant Diversity vol. 41]](images/s-5543watid6t.jpg "A - Leaf showing position of petiole gland (thick arrow) and the numerous rachis glands (thin arrows). B - Leaflet (lower surface) showing main vein situated towards upper margin near base of leaflet. C - Stipule. D - Pod. E - Seed. F - Inflorescence (young) showing dark-colouring of inflorescence axis (i) and peduncle (p) due to dense layer of glandular hairs. G - Rachis gland (lateral view), sub-stipitate. H - Rachis gland (plane view). I - Petiole gland asymmetric being elevated from base at distal end. J - Node showing glabrous branchlet and petiole gland relatively close to leaf base. Vouchers: F.W. Xing (A, F & H); S.K. Lau 27182 (B); H.Y. Liang 65144 (C, G, I & J); W.T. Tsang 649 (D & E). Drawn by Waiwai Hove. [Published as Fig. 17 in Maslin et al. (2019), Plant Diversity vol. 41]")
![A - Leaf showing position of petiole gland (thick arrow) and the numerous rachis glands (thin arrows). B - Leaflet (lower surface) showing main vein situated towards upper margin near base of leaflet. C - Stipule. D - Pod. E - Seed. F - Inflorescence (young) showing dark-colouring of inflorescence axis (i) and peduncle (p) due to dense layer of glandular hairs. G - Rachis gland (lateral view), sub-stipitate. H - Rachis gland (plane view). I - Petiole gland asymmetric being elevated from base at distal end. J - Node showing glabrous branchlet and petiole gland relatively close to leaf base. Vouchers: F.W. Xing (A, F & H); S.K. Lau 27182 (B); H.Y. Liang 65144 (C, G, I & J); W.T. Tsang 649 (D & E). Drawn by Waiwai Hove. [Published as Fig. 17 in Maslin et al. (2019), Plant Diversity vol. 41]](images/s-5543watid6.jpg "A - Leaf showing position of petiole gland (thick arrow) and the numerous rachis glands (thin arrows). B - Leaflet (lower surface) showing main vein situated towards upper margin near base of leaflet. C - Stipule. D - Pod. E - Seed. F - Inflorescence (young) showing dark-colouring of inflorescence axis (i) and peduncle (p) due to dense layer of glandular hairs. G - Rachis gland (lateral view), sub-stipitate. H - Rachis gland (plane view). I - Petiole gland asymmetric being elevated from base at distal end. J - Node showing glabrous branchlet and petiole gland relatively close to leaf base. Vouchers: F.W. Xing (A, F & H); S.K. Lau 27182 (B); H.Y. Liang 65144 (C, G, I & J); W.T. Tsang 649 (D & E). Drawn by Waiwai Hove. [Published as Fig. 17 in Maslin et al. (2019), Plant Diversity vol. 41]")
Photographer:
A - Leaf showing position of petiole gland (thick arrow) and the numerous rachis glands (thin arrows). B - Leaflet (lower surface) showing main vein situated towards upper margin near base of leaflet. C - Stipule. D - Pod. E - Seed. F - Inflorescence (young) showing dark-colouring of inflorescence axis (i) and peduncle (p) due to dense layer of glandular hairs. G - Rachis gland (lateral view), sub-stipitate. H - Rachis gland (plane view). I - Petiole gland asymmetric being elevated from base at distal end. J - Node showing glabrous branchlet and petiole gland relatively close to leaf base. Vouchers: F.W. Xing (A, F & H); S.K. Lau 27182 (B); H.Y. Liang 65144 (C, G, I & J); W.T. Tsang 649 (D & E). Drawn by Waiwai Hove. [Published as Fig. 17 in Maslin et al. (2019), Plant Diversity vol. 41]
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