-
...usters of two to five, appearing as bulging areoles but darker under light microscopy. Tubercle areoles (Fig. 6C) scattered among simple areoles, each similarly
...ame="B5">{{aut|De Villalobos C}}, {{aut|Zanca F}} (2001) Scanning electron microscopy and intraspecific variation of ''Chordodes festae'' Camerano, 1897 and ''C.
20 KB (2,885 words) - 10:26, 29 December 2011
-
....</ref >: 171–172). Habitus of male and female in Figs 22A–F, scanning electron micrographs of male genitalia in Figs 43A–F and female genitalia in Fig.
...adult male specimen was collected for DNA extraction and scanning electron microscopy in November 2009. Although only a single male was found, immature and femal
13 KB (1,772 words) - 10:02, 23 January 2012
-
...apparent lack of labral pores may be a result of specimen preparation for microscopy. Labral pores are present in ''{{Taxon name|I. plenipes}}'' and ''{{Taxon n
..., MPE04621, and ♀ paratype, MPE04622 (with head at top) '''B''' scanning electron micrograph of the head of ♀, MPE04625 '''C''' micrograph of midbody rings
44 KB (5,615 words) - 14:11, 21 June 2023
-
|3= File:ZooKeys-252-001-g010.jpg|4= '''Figures 31–38.''' Standard light microscopy views of female an ''{{Taxon name|Aptostichus simus}}'' specimen (MY3432).
|5= File:ZooKeys-252-001-g011.jpg|6= '''Figures 39–50.''' Scanning electron micrographs of ''{{Taxon name|Aptostichus simus}}'' specimens (female AP097
44 KB (5,997 words) - 10:53, 20 December 2012
-
...ated on anterior surface but opening laterally and thus invisible by light microscopy (Fig. 26C); endopod with second segment longer than in first leg and armed
34 KB (5,142 words) - 10:53, 7 February 2013
-
...''' Genital morphology of ''{{Taxon name|Spinivalva gaucha}}'' under light microscopy:'''A''' male genitalia, ventral view (aedeagus omitted; open arrow indicate
...morphology of ''{{Taxon name|Spinivalva gaucha}}'' under scanning electron microscopy:'''A''' male valvae (scales partly removed), showing saccular processes in
11 KB (1,561 words) - 14:09, 17 April 2013
-
...''' Genital morphology of ''{{Taxon name|Spinivalva gaucha}}'' under light microscopy:'''A''' male genitalia, ventral view (aedeagus omitted; open arrow indicate
...morphology of ''{{Taxon name|Spinivalva gaucha}}'' under scanning electron microscopy:'''A''' male valvae (scales partly removed), showing saccular processes in
29 KB (4,296 words) - 14:41, 17 April 2013
-
'''''Measurements''''': SEM: 325 (312–351) × 160 (152–173) Light microscopy: 336 (331–339) × 168 (166–174) (n<nowiki>=</nowiki>10).<br />
...enital and genitals (''g'', ''ps1'', ''ps2'') appear transparent. Scanning Electron Micrographs depicted in Figure 3.<br />
18 KB (2,535 words) - 13:40, 26 June 2013
-
...(carapace broken) and MZUSP 29082), dried and coated for scanning electron microscopy stored in micropaleontological slides; 25 males and 8 females kept whole in
17 KB (2,518 words) - 16:23, 1 July 2013
-
...ral features (i.e., principally sensillar) observed with scanning electron microscopy by Pellegrini and Ferreria (2011a<ref name="B65">{{aut|Pellegrini T}}, {{au
22 KB (3,042 words) - 09:35, 4 July 2013
-
...go undetected under light microscopy (DIC); when observed with a scanning electron microscope, they appear roughly triangular in shape and their keel continue
...146.</ref > under differential interference contrast and scanning electron microscopy show: 1) the hypostomion and 2) the mouth units as unsegmented. Considering
17 KB (2,560 words) - 14:38, 10 July 2013
-
...axon name|Clausidium rodriguesi}}'' sp. n. Female: Confocal laser scanning microscopy maximum projections'''33''' habitus, dorsal '''34''' habitus, ventral. Scal
...axon name|Clausidium rodriguesi}}'' sp. n. Female: Confocal laser scanning microscopy maximum projections '''34''' urosome, dorsal '''35''' urosome lacking somit
16 KB (2,348 words) - 15:35, 24 September 2013
-
...bably referred to fused sclerites, which were not identifiable under light microscopy. The original description of ''{{Taxon name|Ovabunda obscuronata}}'' indica
|1= File:ZooKeys-373-001-g008.jpg|2= '''Figure 8.''' Scanning electron micrographs of polyp sclerites of ''{{Taxon name|Ovabunda biseriata}}'' (Ve
11 KB (1,546 words) - 16:19, 23 January 2014
-
...Wajane|''Wajane''}} based on its reported lack of a cribellum but electron microscopy of {{Taxon name|Wajane stilleri|''W. stilleri''}} non-type material clearly
...rm [[type|types]] of setae; F, prosoma, ventral view. A, C, E- F, scanning electron micrographs; B, field photograph; D, light micrograph of specimen under ste
12 KB (1,818 words) - 07:05, 18 July 2014
-
...ble with magnification of 125×, clearly visualized with scanning electron microscopy (Fig. 10d). ''Genitalia, male''. Median lobe curved sharply, between forty-
|5= File:zookeys-416-077-g010.jpg|6= '''Figure 10.''' Scanning electron micrographs of left protibia for: '''a''' ''{{Taxon name|Cratocerus sineset
16 KB (2,474 words) - 14:46, 17 June 2014
-
Scanning Electron Microscopy and optic observation: 6 specimens; Madagascar R.C.P 2010. «Région Fort-D
22 KB (2,879 words) - 12:41, 15 August 2014
-
...ole-mounted specimens (immature), 1 specimen is used for scanning electron microscopy. 30 June 2013, collected from the type locality.
14 KB (1,759 words) - 16:31, 7 October 2014
-
...hat can be observed and measured, 1 specimen is used for scanning electron microscopy. Wetland in Cuomujiri Mountain ([http://ptp.pensoft.eu/redirect_to_googlema
10 KB (1,261 words) - 16:31, 7 October 2014
-
...fferential interference contrast '''C''' low temperature scanning electron microscopy.
...fferential interference contrast '''C''' low temperature scanning electron microscopy.
15 KB (1,980 words) - 16:32, 22 January 2015
-
...ulation of the cerotegument between the tergites was easily noticed in all microscopy techniques used (Fig. 16), and it is being considered a taxonomic feature,
...fferential interference contrast '''C''' low temperature scanning electron microscopy.
9 KB (1,260 words) - 16:32, 22 January 2015
