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FIGURES 152–158 in Description of the immature stages and life history of Euselasia (Lepidoptera: Riodinidae) on Miconia (Melastomataceae) in Costa Rica 2466

FIGURES 152–158. SEM of Euselasia sixth instar. 152) Head, frontal view (E. chrysippe); 153) Head, latero-frontal view (E. chrysippe); 154) Head, frontal-ventral view (E. chrysippe); 155) Mouthparts, frontal view (E. chrysippe); 156) Areas between labrum and antenna, frontal view (E. chrysippe); 157) Areas between labrum and antenna, frontal view (E. bettina); 158) Mouthparts, frontal view (E. bettina).

FIGURES 134–135 in Description of the immature stages and life history of Euselasia (Lepidoptera: Riodinidae) on Miconia (Melastomataceae) in Costa Rica 2466

FIGURES 134–135. SEM of Euselasia first instar and FIGURES 136–139. SEM of E. chrysippe second instar. 134) Claw-shaped setae (CS) area between prolegs on A10, ventral view (E. bettina); 135) Claw-shaped setae ventral view (E. chrysippe); 136) Head, frontal view; 137) Head and T1–2, fronto-dorsal view; 138) T1 shield showing setae and circular tablet organs (CTOs), lateral view; 139) T1–2 legs showing arrowhead setae (AHS), bladelike seta (BLS), and spatulatetipped setae (STS), ventro-lateral view.

FIGURES 110–115 in Description of the immature stages and life history of Euselasia (Lepidoptera: Riodinidae) on Miconia (Melastomataceae) in Costa Rica 2466

FIGURES 110–115. SEM of Euselasia first instar. 110) T1, lateral view, (E. chrysippe); 111) Left thoracic legs, bladelike seta (BLS) and spatulate-tipped setae (STS), ventral view (E. chrysippe); 112) Bladelike seta on left T1 leg, ventral view (E. chrysippe); 113) Bladelike seta on left T1 leg, frontal view (E. bettina); 114) Bladelike seta on left T1 leg, ventro-caudal view (E. chrysippe); 115) Spatulate-tipped setae on tarsus and tibia of left T2 leg, posterior view (E. chrysippe).

FIGURES 128–133 in Description of the immature stages and life history of Euselasia (Lepidoptera: Riodinidae) on Miconia (Melastomataceae) in Costa Rica 2466

FIGURES 128–133. SEM of Euselasia first instar. 128) Spherical organs (SO) and cupola organ (CO) on A8–10, lateral view (E. chrysippe); 129) Spherical organs (SO) and cupola organ (CO) on left side of A8–10, lateral view (E. chrysippe); 130) Flat seta (FS), SV- and V-group, spherical organ (SO), and claw-shaped setae (CS) on A8–10, ventro-lateral view (E. chrysippe); 131) Flat seta (FS) on right side of A9 (E. chrysippe); 132) A9–10 and arrangement of setae on anal plate, caudal view (E. chrysippe); 133) Cupola organ (CO) in D2 triangular setal group on A10, caudo-lateral view (E. bettina).

FIGURES 98–103 in Description of the immature stages and life history of Euselasia (Lepidoptera: Riodinidae) on Miconia (Melastomataceae) in Costa Rica 2466

FIGURES 98–103. SEM of Euselasia first instar (E. chrysippe). 98) Left antenna showing arrangement of sensilla, frontal view; 99) Left galea showing lobe of galea and maxillary palpus, dorso-frontal view; 100) Maxillary palpus and sensilla arrangement, dorso-frontal view; 101) Head and T1–3, dorso-frontal view; 102) T1 shield, dorsal view; 103) T1–3, dorso-lateral view.

opencc-zeroNov 2023View details →

dryad32/100

Data from: Floral color variation across life history and geography in Mimulus ringens (Phrymaceae)

<p>With these data, we explore the possibility that both floral color and life history have shifted together in a recently described, genetically distinct group within the species <em>Mimulus ringens</em>. Using a large, range-wide citizen science dataset, we test for geographic trends in flower color and flowering time. We combine this with greenhouse studies in populations of known life history to test for differences in flower color with life history. We show that darker-flowered plants are more common at higher latitudes, that annual-like populations have darker flowers, and that flowering time varies with latitude only in the subset of populations that have lighter flowers. This suggests that annual-like populations (with the earlier flowering time typical of this life history) are restricted to the northern part of the species range, and likely arose there. </p>

Fig. 7 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 7. Spatial configuration of traps in the mark–release–recapture experiments in December 2005–January 2006. The length of the trapping transect is 150 m. The daily schedule had three parts: 1) the 42 pitfall traps (black dots) were checked, recaptures recorded, new beetles marked, and placed in the boxes in the lab with or without food, 2) the 12 release boxes in the experimental area (white and black squares) were checked for beetles released in previous days, and 3) the individuals trapped in the previous day and kept overnight in the lab with (white boxes) or without (black boxes) food were released in the experimental area. Dashed lines represent the observed movements between the release boxes and the transect for individuals caught and released during the first four trapping days. Numbers are days spent by a male (m) or a female (f) moving.

Fig. 6 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 6. Frequency distributions of the number of days between marking and last recapture within the same trapping square (a) and between the last capture within one trapping square and the first recapture in another square (b) in the experiment conducted in 2004.

Fig. 8 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 8. Frequency distribution of mating duration in the pooled data. Note the logarithmic scale in the horizontal axis. For statistics, see Table 4.

Fig. 5 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 5. Spatial configuration of traps in the mark–release–recapture experiments in December 2004 and the model-predicted data. The distance between neighboring trapping squares with four traps is 100 to 150 m, while the size of the entire trapping area was 450 by 450 m. The arrows represent the observed individual movements between trapping squares.

Fig. 4 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 4. Diel activity of Nanos viettei in the field based on trapping (grey) and in terraria (black). Frequency gives individuals/trap/hour for field based trapping and the proportion of active individuals each hour in the terraria.

Fig. 1 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 1. (a) Recorded localities for Nanos, and (b) geographical ranges of the species in the Nanos viettei group: N. viettei (black circle; numbers refer to localities that are mentioned in the text), N. dubitatus (white triangle), N. clypeatus (white square), N. nitens (black triangle), N. pseudonitens (black square), and N. ankaranae (white circle).

Fig. 2 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 2. Seasonal changes in abundance (a), frequency of immature and mature individuals (b), the occurrence of females with eggs (enlarged first oocyte (c), and the minimum, average and maximum egg sizes (d).

Fig. 3 in Life History of Nanos viettei(Paulian, 1976) (Coleoptera: Scarabaeidae: Canthonini), a Representative of an Endemic Clade of Dung Beetles in Madagascar

Fig. 3. Frequency distribution of the largest oocyte in mature females during the breeding season. The February data include data only for the first two weeks of the month. The panels give pooled data for several years (years indicated in the panels). Pooled sample size is also indicated.

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FIGURE 3 in Description of the final-instarlarva and pupa of Acanthacorydalis orientalis (McLachlan, 1899) (Megaloptera: Corydalidae) with some life history notes

FIGURE 3. Pupa of Acanthacorydalis orientalis (McLachlan). A, Male pupa, lateral view; B, Female pupa, lateral view; C, Male pupa, dorsal (left) and ventral (right) view; D, Female pupa, dorsal (left) and ventral (right) view. Scale bar = 5.0 mm.

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FIGURE 1 in Description of the final-instarlarva and pupa of Acanthacorydalis orientalis (McLachlan, 1899) (Megaloptera: Corydalidae) with some life history notes

FIGURE 1. Collecting sites for Acanthacorydalis orientalis (McLachlan). A. Map of the collecting sites, asterisk represents Leshan City, black circle represents Panzhihua City; B. Qingying River, Jiajiang County, Leshan City; C. Anning River, Miyi County, Panzhihua City, China.

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FIGURE 2 in Description of the final-instarlarva and pupa of Acanthacorydalis orientalis (McLachlan, 1899) (Megaloptera: Corydalidae) with some life history notes

FIGURE 2. Last-instar larva of Acanthacorydalis orientalis (McLachlan). A, Dorsal view; B, Ventral view; C, The 3rd to 5th segment of antennae, photographed by SEM; D, Hair brush on abdominal segment 9, photographed by SEM. Scale bar = 5.0 mm.

opennotspecifiedSep 2012View details →

Fig. 3. Enema pan adult and larva. a in Observations on the Life History ofEnema pan(F.) (Coleoptera: Scarabaeidae: Dynastinae) and Its Association with Bamboo,GuaduaKunth (Poaceae: Bambusoideae), in Southwestern Amazonia

Fig. 3. Enema pan adult and larva. a) Male inside mound, b) Male perching on top of mound, c) Larva (inset) collected inside burrow along with wet, crushed leaves and sticks (main image), d) Male near burrow after excavation of burrow; this individual was found at the end of the main tunnel after excavation.

opennotspecifiedSep 2012View details →

Fig. 1 in Observations on the Life History ofEnema pan(F.) (Coleoptera: Scarabaeidae: Dynastinae) and Its Association with Bamboo,GuaduaKunth (Poaceae: Bambusoideae), in Southwestern Amazonia

Fig. 1. Sketches of the burrow structure made by Enema pan. a) Profile view of entire burrow with offshoots; in this burrow, the end of the main tunnel was approximately 1 m underground, b) Close-up view of the top of the burrow, mound, and shredded portion of bamboo. The top of the mound (hatched marks) illustrates the portion of the soil that is removed at night when the beetle emerges and perches on the top of the mound.