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205 results for “Ethiopian”
FIGURES 38–50. Abdomen structures. 38 in An analysis of speciesgroups of the genus Plinthisus Stephens (Hemiptera: Rhyparochromidae) in the Ethiopian Region with the description of eight new species
FIGURES 38–50. Abdomen structures. 38 (p. 48), lateral view, male, P. e r ic a e. 39–48, left dorsal view, male. 39, P. rudebecki. 40, P. hirsutus. 41, P. brachyoccus. 42, P. pulchellus. 43, P. e r i c a e. 44, P. fynbosi. 45, P. peninsularis. 46, P. lamprus. 47, P. zuurbergi. 48, P. drakensbergensis. 49–50, dorsal abdominal segments 5–8, female. 49, P. pulchellus. 50, P. fynbosi. Abbreviations: e—epipleurite of connexivum, h—hypopleurite of connexivum, oj— oblique juncture of hypopleurites 4&5, pl—plectrum on tergum one, sg—scent gland scar, sp–spiracle, spl—secondary plectrum, St3—sternum 3, St7— sternum 7, Tg2—tergum 2, Tg6—tergum 6, Tg7—tergum 7, tr—trichobothrium. Figures 44 to 50 on the next page.
FIGURES 1–7. Plinthisus spp., dorsal view. 1, P in An analysis of speciesgroups of the genus Plinthisus Stephens (Hemiptera: Rhyparochromidae) in the Ethiopian Region with the description of eight new species
FIGURES 1–7. Plinthisus spp., dorsal view. 1, P. (Isioscytus) pulchellus n. sp., macropter. 2, P. pulchellus, brachypter. 3, P. (Nanoplinthisus) ericae n. sp., macropter. 4, P. e r i c a e, brachypter. 5, P. (Nanoplinthisus) fynbosi n. sp. 6, P. (Nanoplinthisus) peninsularis n. sp. 7, P. (Nanoplinthisus) lamprus n. sp. Figures 6 to 7 on the next two pages.
FIGURES 51–65 in An analysis of speciesgroups of the genus Plinthisus Stephens (Hemiptera: Rhyparochromidae) in the Ethiopian Region with the description of eight new species
FIGURES 51–65. Genital capsule, dorsal view (d.v.), lateral view (l.v.). 51, P. hirsutus, d.v. 52, P. hirsutus, l.v. 53, P. pulchellus, d.v. 54, P. brachyoccus, d.v. 55, P. brachyoccus, l.v. 56, P. lamprus, d.v. 57, P. e r i c a e, d.v. 58, P. e r i c a e, l.v. 59, P. drakensbergensis, d.v. 60, P. fynbosi, d.v. 61, P. fynbosi, l.v. 61a, P. rudebecki, d.v. 62, P. peninsularis, d.v. 63, P. peninsularis, l.v. 64, P. z u u r b e rg i, d.v. 65, P. zuurberg, l.v. Abbreviations: ap—accessory sperm pump, as—anal sclerites, cl—clasper in place, co—clasper opening, do—dorsal opening, epepiproct, p—parandria, pa—paraprocts, pr—posterior rim. Figures 62 to 65 on the next page.
FIGURES 66–79 in An analysis of speciesgroups of the genus Plinthisus Stephens (Hemiptera: Rhyparochromidae) in the Ethiopian Region with the description of eight new species
FIGURES 66–79. Left clasper, area of attachment down, frontal view, except 70 and 76, lateral view (l.v.). 66, P. rudebecki. 67, P. hirsutus. 68, P. brachycoccus. 69, P. pulchellus. 70, P. pulchellus l.v. 71, P. (Isioscytus) himyaritus Linnavuori, 1978. 72, P. eri ca e. 73, P. fynbos. 74, P. fynbos, l.v. 75, P. (Nanoplinthisus) muticus Slater, 1964. 76, P. peninsularis. 77, P. lamprus. 78, P. z u u r b e rg i. 79, P. drakensbergensis. Abbeviations: aarea of attachment, b—blade, i—inner projection, o—outer projection, s—shank, tp—tip.
FIGURES 25–28. Figures 25–27 in Taxonomic revision of the type specimens of Ethiopian Nippostrongylinae (Nematoda) deposited at the Natural History Museum of London
FIGURES 25–28. Figures 25–27. Neoheligmonella sp. 3. 25, male, anterior extremity, left lateral view. 26, caudal bursa, A, right lobe, right laterodorsal view, B, left lobe, ventral view, through right lobe. Figure 28. Neoheligmonella sp. 4. Male, caudal bursa, right laterodorsal view.
FIGURES 10–14. Figures 10–13. Heligmonina cricetomyos Baylis, 1928. 10, 11, lectotype male. 10 in Taxonomic revision of the type specimens of Ethiopian Nippostrongylinae (Nematoda) deposited at the Natural History Museum of London
FIGURES 10–14. Figures 10–13. Heligmonina cricetomyos Baylis, 1928. 10, 11, lectotype male. 10, anterior extremity, left lateral view. 11, caudal bursa, dorsal view. 12, female, posterior extremity, ventral view. 13, male, spicules and gubernaculum in situ, ventral view. Figure 14. Heligmonina sp. 1, female, posterior extremity (orientation unclear). Figures 10, 11, slide 131 from Cricetomys emini n° 14. Figure 12, slide 136 from C. emini n° 197. Figure 13, slide 140 from C. emini n° 359. Figure 14, slide 134 from C. emini n° 363. Arrows indicate the position of right ray 3 and left ray 2, not visible on the preparation.
FIGURES 20–24. Figures 20–21 in Taxonomic revision of the type specimens of Ethiopian Nippostrongylinae (Nematoda) deposited at the Natural History Museum of London
FIGURES 20–24. Figures 20–21. Neoheligmonella gracilis (Baylis, 1928). 20, lectotype male, anterior extremity, orientation uncertain. 21, paralectotype female, posterior extremity, left lateral view. Figures 22–24. Neoheligmonella impudica (Baylis, 1928). 22, male, silhouette of closed caudal bursa, disappearance of cuticular ridges. 23, paralectotype female, posterior extremity, right lateral view. 24, male, one spicule and gubernaculum in situ, ventral view. Figure 20, slide 105, Figure 21, slide 104 from Mus (Nannomys) musculoides nº 411. Figure 22, slide 78 from Gerbilliscus (Taterona) kempi n° 455. Figure 23, slide 77 from G. (T.) kempi n° 404. Figure 24, slide 98 from Arvicanthis mordax nº 505.
FIGURES 1, 2. Figure 1. Heligmonina praomyos Baylis, 1928 in Taxonomic revision of the type specimens of Ethiopian Nippostrongylinae (Nematoda) deposited at the Natural History Museum of London
FIGURES 1, 2. Figure 1. Heligmonina praomyos Baylis, 1928, spicules in situ, right lateral view. Figure 2. Neoheligmonella moennigi (Baylis, 1928), spicules in situ. Figures 1, 2, slide 130 from Praomys tullbergi n° 175.
FIGURES 15–19. Figures 15, 16 in Taxonomic revision of the type specimens of Ethiopian Nippostrongylinae (Nematoda) deposited at the Natural History Museum of London
FIGURES 15–19. Figures 15, 16. Heligmonina intermedia (Baylis, 1928). 15, lectotype male, caudal bursa, right laterodorsal view. 16, paralectotype female, posterior extremity, left lateral view. Figures 17–19. Heligmonina sp. 2. 17, male, silhouette of posterior part of body showing the left ala, ventral then dorsal views. 18, anterior extremity, right lateral view. 19, one spicule in situ, dorsal view.
FIGURES 29–35. Figures 29–32 in Taxonomic revision of the type specimens of Ethiopian Nippostrongylinae (Nematoda) deposited at the Natural History Museum of London
FIGURES 29–35. Figures 29–32. Neoheligmonella moennigi (Baylis, 1928). 29, male, anterior extremity, ventral view. 30, 31, male, 30, caudal bursa, dorsolateral right view. 31, one spicule and gubernaculum in situ, right lateral view. 32, paralectotype female, posterior extremity, left lateral view. Figures 33–34. Neoheligmonella affinis (Baylis, 1928). 33, paralectotype female, posterior extremity, left lateral view. 34, lectotype male, spicules and gubernaculum in situ, ventral view. Figure 35. Heligmonoides murina Baylis, 1928. Female, posterior extremity, showing the disappearance of cuticular ridges, left lateral view.
FIGURES 3–9. Figures 3–6. Heligmonina oenomyos Baylis, 1928. 3, 4, paralectotype female. 3 in Taxonomic revision of the type specimens of Ethiopian Nippostrongylinae (Nematoda) deposited at the Natural History Museum of London
FIGURES 3–9. Figures 3–6. Heligmonina oenomyos Baylis, 1928. 3, 4, paralectotype female. 3, anterior extremity, right lateral view. 4, posterior extremity, right lateral view. 5, lectotype male, posterior extremity, ventral view. 6, female, transverse section at mid-body. Figures 7–9. Neoheligmonella sp. 2. 7, female, posterior extremity, dorsal view. 8, male, posterior extremity, left lateral view. 9, female, anterior extremity, right lateral view.
FIGURES 23–26. 23 in Contributions to the study of the Ethiopian Lepidoptera. I. The genus Melittia Hübner, 1819 [" 1816 "] (Lepidoptera: Sesiidae) with description of a new species
FIGURES 23–26. 23) Citrullus colocynthis (L.) Schrad. (Cucurbitaceae), a host plant of M. ambo sp. nov.; 24) root collar of the host plant with a gall formed by a group of larvae; 25) cocoons of M. ambo sp. nov.; 26) freshly emerged female of M. ambo sp. nov.
FIGURES 19–21. 19 in Contributions to the study of the Ethiopian Lepidoptera. I. The genus Melittia Hübner, 1819 [" 1816 "] (Lepidoptera: Sesiidae) with description of a new species
FIGURES 19–21. 19) Melittia pyropis Hampson, 1919 male genitalia. Genital preparation № OG–007-2014. Scale bar: 0.5 mm. 20) Melittia ambo sp. nov. male genitalia (paratype). Genital preparation № OG–006-2014. Scale bar: 0.5 mm; 21) Melittia ambo sp. nov. female genitalia (paratype). Genital preparation № OG–009-2014. Scale bar: 1.0 mm.
FIGURES 1–6 in Contributions to the study of the Ethiopian Lepidoptera. I. The genus Melittia Hübner, 1819 [" 1816 "] (Lepidoptera: Sesiidae) with description of a new species
FIGURES 1–6. Melittia spp.: 1) M. abyssiniensis Hampson, 1919, ♀ holotype. Alar expanse 36.0 mm; 2) ditto, labels; 3) M. pyropis Hampson, 1919, ♀ holotype. Alar expanse 42.0 mm; 4) ditto, labels; 5) M. endoxantha Hampson, 1919, ♀ holotype. Alar expanse 34.0 mm; 6) ditto, labels.
FIGURES 11–18 in Contributions to the study of the Ethiopian Lepidoptera. I. The genus Melittia Hübner, 1819 [" 1816 "] (Lepidoptera: Sesiidae) with description of a new species
FIGURES 11–18. Melittia ambo sp. nov.: 11) ♂ holotype, upperside. Sesiidae picture № 0105–2014. Alar expanse 32.5 mm; 12) ditto underside. Sesiidae picture № 0106–2014; 13) ♂ paratype, upperside. Sesiidae picture № 0113–2014. Alar expanse xx.5 mm; 14) ditto underside. Sesiidae picture № 0114–2014; 15) ♀ paratype, upperside. Sesiidae picture № 0107–2014. Alar expanse 34.0 mm; 16) ditto underside. Sesiidae picture № 0108–2014. 17) ♀ paratype, upperside. Sesiidae picture № 0109– 2014. Alar expanse 33.0 mm; 18) ditto underside. Sesiidae picture № 0110–2014.
FIGURES 7–10. Melittia pyropis Hampson, 1919. 7 in Contributions to the study of the Ethiopian Lepidoptera. I. The genus Melittia Hübner, 1819 [" 1816 "] (Lepidoptera: Sesiidae) with description of a new species
FIGURES 7–10. Melittia pyropis Hampson, 1919. 7) ♂ upperside. Sesiidae picture № 0119–2014. Alar expanse 38.5 mm; 8) ditto underside. Sesiidae picture № 0120–2014; 9) ♂ upperside, Sesiidae picture 0123–2014. Alar expanse 39.2 mm; 10) ditto underside, Sesiidae picture № 0124–2014.
Data for: "Rapid crustal transit of magmas beneath the Main Ethiopian Rift"
<p>Datasets for the manuscript 'Rapid crustal transit of magma drives magmatic rifting in Ethiopia'.</p> <p>- Dataset S1: Tabulated analytical standards, secondary standards, and data.<br>- Dataset S2: SEM imagery, model files, and additional figures, sorted by profile.</p>
Uncertainties of monthly discharge data and parameters for the ungauged catchments of the Ethiopian Rift Valley Lake Basin (RVLB)
<p>In this study to quantify the uncertainty of the regionalization procedure, we apply all 14 regionalized models that were created for the leave-one-out evaluation to the ungauged catchments. With this regard, an ensemble of 14 predicted streamflow time series is produced for each ungauged catchment to reflect the regionalization uncertainty. The entire procedures used to create the dataset are provided within the manuscript.</p> <p>We provide the summary of the data below:</p> <p>1) We provided the Uncertainties of Monthly Discharge simulation for the ungauged catchments obtained from the regionalization. The data is provided by excel file as Uncertainties_of_Monthly_Discharge_Ungauged.xlsx. This file contains 35 sheets for the 35 ungauged catchment, and 14 prediction intervals (ensembles) on each sheet. The data ranges from 1995-2007 on a monthly scale and contains 156-row values for the 13-year simulation periods.</p> <p>2) We also provided the Uncertainties of parameters for the ungauged catchments. The data is prepared in the file (Uncertainties_of_parameters_ungauged_catchments.xlsx), which contains 9 parameters for the 14-prediction interval. These parameter values are saved in 35 sheets representing the 35 ungauged catchments in the order 1 to 35. The order of parameters is shown in Table 3 of the manuscript.</p> <p> </p>
FIGURE 2 in A new giant dung midge from Miocene Ethiopian amber (Diptera: Scatopsidae)
FIGURE 2. Afroscatopse haennii gen. et sp. nov., holotype male, head and wing. A—head with antennae, B—vertex and frons, C—antenna, D—wing.
FIGURE 5 in A new giant dung midge from Miocene Ethiopian amber (Diptera: Scatopsidae)
FIGURE 5. Trunks and pieces of willow wood (Salix sp.) with chambers made by Lasius (Dendrolasius) fuliginosus (Latreille, 1798), NE Poland, Wyskok.
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OpenNeuro
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