Background: The recently proposed recircumscription of the genus Atraphaxis (incl. Atraphaxis section Ovczinnikovia O.V. Yurtseva ex. S. Tavakkoli and Polygonum sect. Spinescentia Boissier (=A. sect. Polygonoides S. Tavakkoli, Kaz. Osaloo & Mozaff.) makes this genus fairly heterogeneous and therefore almost undefinable based on morphology. A critical comprehensive reappraisal of the group is necessary. Methods: Using the DNA sequence data (ITS1&2 regions of nrDNA and combined trnL intron + trnL–F IGS and rpl32–trnL(UAG) IGS regions of plastid genome), Maximum Likelihood (ML) and Bayesian analyses (BI) were applied for phylogenetic reconstructions of the tribe Polygoneae with special attention to Atraphaxis, and related taxa. Maximum parsimo...
FIGURE 5. Morphology of Polygonum schischkinii: A, B—epidermal cells of the tepal margin; C—papillae...
The subfamily Polygonoideae has a world-wide distribution and is an important component of many coun...
In China, species of Atraphaxis (Polygonaceae) primarily inhabit arid zones across temperate steppe ...
Polygoneae): cryptic taxa and resolved taxonomic complexity instead of the formal lumping and the la...
The Chinese endemic Polygonum schischkinii was studied from both morphological and molecular points ...
FIGURE 1. The results of ML and BI analyses applied to the combined chloroplast data set (trnL(UAA) ...
FIGURE 4. Holotype of Atraphaxis kuvaevii Yurtseva sp. nov.:Published as part of Yurtseva, Olga V., ...
FIGURE 2. Atraphaxis davurica (A), A. davurica var. chikoensis (B), A. pungens (C), A. selengensis (...
FIGURE 4. Ochreas and ochreolas of Atraphaxis davurica (A–F), A. davurica var. chikoensis (G–I), A. ...
FIGURE 6. Epidermal cells of perianth tube (A, C, E), tepals of perianth (B, D, F), fruits (G, L), s...
FIGURE 17. Atraphaxis pungens × A. decipiens (A–C) and A. decipiens × A. pungens (D–F): leaf blades ...
FIGURE 5. Atraphaxis kuvaevii Yurtseva sp. nov.: leaf blades (A), perianth (B, C), styles (D, E), an...
FIGURE 21. Holotype of Atraphaxis ledebourii sp. nov. RUSSIA. Tuva: Tes-Khem Raion, the southern slo...
FIGURE 7. Pollen of A. kuvaevii (A, B), A. pungens (C), A. decipiens (D, E), A. decipiens × A. ledeb...
FIGURE 12. Distributional map for Atraphaxis species from Russian Transbaikalia:Published as part of...
FIGURE 5. Morphology of Polygonum schischkinii: A, B—epidermal cells of the tepal margin; C—papillae...
The subfamily Polygonoideae has a world-wide distribution and is an important component of many coun...
In China, species of Atraphaxis (Polygonaceae) primarily inhabit arid zones across temperate steppe ...
Polygoneae): cryptic taxa and resolved taxonomic complexity instead of the formal lumping and the la...
The Chinese endemic Polygonum schischkinii was studied from both morphological and molecular points ...
FIGURE 1. The results of ML and BI analyses applied to the combined chloroplast data set (trnL(UAA) ...
FIGURE 4. Holotype of Atraphaxis kuvaevii Yurtseva sp. nov.:Published as part of Yurtseva, Olga V., ...
FIGURE 2. Atraphaxis davurica (A), A. davurica var. chikoensis (B), A. pungens (C), A. selengensis (...
FIGURE 4. Ochreas and ochreolas of Atraphaxis davurica (A–F), A. davurica var. chikoensis (G–I), A. ...
FIGURE 6. Epidermal cells of perianth tube (A, C, E), tepals of perianth (B, D, F), fruits (G, L), s...
FIGURE 17. Atraphaxis pungens × A. decipiens (A–C) and A. decipiens × A. pungens (D–F): leaf blades ...
FIGURE 5. Atraphaxis kuvaevii Yurtseva sp. nov.: leaf blades (A), perianth (B, C), styles (D, E), an...
FIGURE 21. Holotype of Atraphaxis ledebourii sp. nov. RUSSIA. Tuva: Tes-Khem Raion, the southern slo...
FIGURE 7. Pollen of A. kuvaevii (A, B), A. pungens (C), A. decipiens (D, E), A. decipiens × A. ledeb...
FIGURE 12. Distributional map for Atraphaxis species from Russian Transbaikalia:Published as part of...
FIGURE 5. Morphology of Polygonum schischkinii: A, B—epidermal cells of the tepal margin; C—papillae...
The subfamily Polygonoideae has a world-wide distribution and is an important component of many coun...
In China, species of Atraphaxis (Polygonaceae) primarily inhabit arid zones across temperate steppe ...