Pseudophegopteris andringitrensis Rakotondr.

Fawcett, Susan & Smith, Alan R., 2021, A Generic Classification of the Thelypteridaceae, Fort Worth, Texas, USA: BRIT Press : 76

Constituent species.— Pseudophegopteris andringitrensis Rakotondr. ; P. aubertii (Desv.) Holttum ; * P. aurita (Hook.) Ching ; ** P. brevipes Ching & S.K. Wu ; * P. bukoensis (Tagawa) Holttum ; * P. cruciata (Willd.) Holttum ; P. cyclocarpa Holttum ; P.dianae (Hook.) Holttum ; P.fijiensis K.U. Kramer & Zogg ; P. henriquesii (Baker) Holttum ; * P. hirtirachis (C. Chr.) Holttum ; * P. keraudreniana (Gaudich.) Holttum ; P. kinabaluensis Holttum ; * P. levingei (C.B. Clarke) Ching ; ** P. microstegia (Hook.) Ching ; P.pallida Ching ; * P.paludosa (Blume) Ching ; P.persimilis (Baker) Holttum ; * P. pyrrhorhachis (Kunze) Ching ; P. rammelooi (Pic.Serm.) A.R. Sm. & S.E. Fawc. ; * P. rectangularis (Zoll.) Holttum ; ** P. subaurita (Tagawa) Ching ; P. sumatrana Holttum ; P. tenggerensis Holttum ; * P. tibetana Ching & S. K. Wu ; P.yigongensis Ching ; * P. yunkweiensis (Ching) Ching ; ** P. zayuensis Ching.

Schneider et al. (2013) sampled 10 species, and concluded that there has been a higher diversification rate in Pseudophegopteris (largely tropical), as compared with its sister genus Phegopteris (largely temperate), but that a latitudinal difference in the distribution of these genera might be a reflection of a greater extinction rate in the latter, and possibly a consequence of uplift of the Himalayas.