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FIGURE 1 in Synopsis of the spurred species of Lobelia section Stenotium (Campanulaceae) in Sierra Madre Occidental, Mexico, and the description of two new species

FIGURE 1. Distribution map of spurred species of Lobelia along the Sierra Madre Occidental, Mexico. A. L. ayersiae (■), L. flexuosa (○), L. goldmanii (□), L. knoblochii (∆) and L. mcvaughii (♦). B. L. cordifolia (▲), L. endlichii (●), L. macrocentron (*), L. rzedowskii () and L. saturnini (▼).

FIGURE 7 in Endemic vascular plants of the Sierra Madre Oriental, Mexico

FIGURE 7. The main difference between the polygon of Cervantes-Zamora et al. (1990) and Rzedowski (2015) of the Sierra Madre Oriental is the amount of sedimentary substrate they cover.

FIGURE 6 in Endemic vascular plants of the Sierra Madre Oriental, Mexico

FIGURE 6. The vegetation with the most endemic plant species are temperate forest (417 species) (A), follow by xeric shrubland (309 species) (B), cloud forest (116 species) (C), oak shrubland also named chaparral (111 species) (D), gypsophyllous vegetation (65 species) (E), tropical forest (44 species) (F), submontane shrubland (38 species) (G), alpine meadow (25 species) (H), and grassland (including halophytic grassland) (I) (10 species). (All photographs by the first author.)

FIGURE 5 in Endemic vascular plants of the Sierra Madre Oriental, Mexico

FIGURE 5. Families with the most endemic species in some risk category in the IUCN Red List (2004), and NOM-059-SEMARNAT- 2010 (SEMARNAT 2010).

FIGURE 1 in Endemic vascular plants of the Sierra Madre Oriental, Mexico

FIGURE 1. Map of the Physiographic Provinces of México (A), and Sierra Madre Oriental physiographic province (B) of CervantesZamora et al. (1990).

FIGURE 4 in The bryophytes of Madre de Dios Archipelago, Magallanes Region, Chile

FIGURE 4. Percentage of the diversity of moss, liverwort and hornwort taxa in three different habitats within limestone-influenced environments. NCH = species growing on non-calcareous substrata; DSCS = species growing directly, or on a soil layer, on calcareous substrata; DCS = species growing directly on calcareous substrata.

FIGURE 1 in The bryophytes of Madre de Dios Archipelago, Magallanes Region, Chile

FIGURE 1. Madre de Dios Archipelago location and prospected sites. A. Map of Chile highlighting Magallanes Region. B. Map of Magallanes Region showing Madre de Dios Archipelago in a box. C. Map of Madre de Dios Archipelago indicating the study sites. 1. Refuge surroundings; 2. Sumidero camp; 3. "Enchanted forest"; 4. Ramon Island shore; 5. Sepulchral caves; 6. San Pedro Cove; 7. Altitude Camp; 8. "3 Entries + 1" cave; 9. Grand Cirque camp.

FIGURE 3 in The bryophytes of Madre de Dios Archipelago, Magallanes Region, Chile

FIGURE 3. Elevated "lapiés" landscape on "Altitude camp" area (7 on Fig. 1). A–B. Landscape and Vegetation. C. Sandstone dyke emerging among "lapiés". D. Mosses growing on a sandstone dyke.

FIGURE 2 in The bryophytes of Madre de Dios Archipelago, Magallanes Region, Chile

FIGURE 2. Vegetation of Madre de Dios Archipelago (A–C: limestone environments, D: sandstone environments). A. Elevated "lapiés" vegetation, showing sparse bryophyte cushions and small Nothofagus antarctica copses in the back (photograph by Bernard Tourte). B. Coastal forests located on depressions and along fractures on limestone (photograph by Richard Maire). C. Forest on elevated glacialkarstic depression (photograph by Richard Maire). D. Sandstone Astelia pumila-Donatia fascicularis tundra (photograph by Richard Maire).

FIGURE 2 in Salvia rhizomatosa (Lamiaceae) a new species from Sierra Madre Occidental in Durango, Mexico, with a synopsis of Salvia sect. Brandegeia

FIGURE 2. Photographs of the species of Salvia sect. Brandegeia showing different views of the flower and habit. A–C S. angustiarum. D–F S. blepharophylla. G–I S. buchananii. J–L S. oresbia. M–O S. rhizomatosa. Photographs: Arturo Castro-Castro (A–C); Leccinum J. García-Morales (D–F); Rolando Uria (G–I); Jesús G. González-Gallegos (J); Marcos B. Núñez-Oberg (K & L); Heriberto Ávila-González (M–O).

FIGURE 1 in Salvia rhizomatosa (Lamiaceae) a new species from Sierra Madre Occidental in Durango, Mexico, with a synopsis of Salvia sect. Brandegeia

FIGURE 1. Distribution of Salvia angustiarum (triangles), S. blepharophylla (diamonds), S. buchananii (squares), S. oresbia (asterisks) and Salvia rhizomatosa (stars).

FIGURE 4. Salvia rhizomatosa J.G in Salvia rhizomatosa (Lamiaceae) a new species from Sierra Madre Occidental in Durango, Mexico, with a synopsis of Salvia sect. Brandegeia

FIGURE 4. Salvia rhizomatosa J.G.González, Art.Castro & H.Ávila. A habit. B floral bract. C calyx. D corolla. E connective and theca. F upper portion of the style. G mericarp (Drawn by Jesús G. González-Gallegos).

FIGURE 3. Salvia rhizomatosa J.G in Salvia rhizomatosa (Lamiaceae) a new species from Sierra Madre Occidental in Durango, Mexico, with a synopsis of Salvia sect. Brandegeia

FIGURE 3. Salvia rhizomatosa J.G.González, Art.Castro & H.Ávila. A habit. B leaves. C calyx and floral bracts. D & E lateral and frontal view the flower. Photographs: Heriberto Ávila-González (A, E) and Arturo Castro-Castro (B, C, D).

FIGURE 1 in Magnolia zotictla (Magnolia sect. Macrophylla, Magnoliaceae): a new species from the southern Sierra Madre Oriental, México

FIGURE 1. Allopatric distribution of Magnolia section Macrophylla within the Mexican biogeographic provinces (Morrone et al. 2017).

FIGURE 4 in Magnolia zotictla (Magnolia sect. Macrophylla, Magnoliaceae): a new species from the southern Sierra Madre Oriental, México

FIGURE 4. Magnolia zotictla. Trees with dehiscing fruits from Zotictla, Hidalgo. Photographs: Arturo Sánchez

FIGURE 3 in Magnolia zotictla (Magnolia sect. Macrophylla, Magnoliaceae): a new species from the southern Sierra Madre Oriental, México

FIGURE 3. Magnolia zotictla (A–C): A. Mature fruit, B–C. During and after dehiscence. Magnolia dealbata (D–F): D. mature fruit, E–F. During and after dehiscence. A–C Photographs by Arturo Sánchez. D–F Photographs by Reyna Domínguez.

FIGURE 5 in Magnolia zotictla (Magnolia sect. Macrophylla, Magnoliaceae): a new species from the southern Sierra Madre Oriental, México

FIGURE 5. Magnolia zotictla in Zotictla, Acaxochitlán. A. Habitat. B. Fragmented and steep landscape. C. Roadside. D. Adriana Gisela & Sra. Esther Santos, neighborhood of Zotictla. E. Arturo Sánchez and Marisol Gutiérrez. F. Trees near the Church at Zotictla. Photographs (A–D & F) by Arturo Sánchez. E. by Adriana Hernández.

FIGURE 2 in Magnolia zotictla (Magnolia sect. Macrophylla, Magnoliaceae): a new species from the southern Sierra Madre Oriental, México

FIGURE 2. Magnolia zotictla (A–D): A. Flower bud in female phase. B. Stamens and stigmas. C. Flower in female phase. D. Flower in male phase. Magnolia dealbata (E–H): E. Flower bud in female phase, F. Stamens and stigmas. G. Flower in female phase. H. Flower in male phase. Photographs A–D by Arturo Sánchez. Photographs E–H by Reyna Domínguez.

Figs. 1–3 in First Record of the Entimine Weevil Genus Rhigus Schoenherr, 1823 (Coleoptera: Curculionidae: Entiminae: Entimini) in Peru: Rhigus speciosus (Linnaeus, 1758) in Madre de Dios

Figs. 1–3. Rhigus speciosus in Peru. 1) Approximate location (black circle) of the present new record of R. speciosus in the Department of Madre de Dios; 2–3) Adult R. speciosus from the environs of Puerto Maldonado, Madre de Dios, Peru, 14 April 2019. Photographs by Conrad P. D. T. Gillett.