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Figs 7‒12 in Two new species of the subgenus Arqueozodes of Lasionota from Aysén Patagonian steppe Region in Chile (Coleoptera: Buprestidae)
Figs 7‒12. Lasionota (Arqueozodes) aonikenk sp. nov. 7‒9 ‒ male: 7 ‒ dorsal view; 8 ‒ ventral view; 9 ‒ lateral view. 10‒12 ‒ female: 10 ‒ dorsal view; 11 ‒ ventral view; 12 ‒ lateral view. Scale bars = 5 mm.
Figs 17‒26 in Two new species of the subgenus Arqueozodes of Lasionota from Aysén Patagonian steppe Region in Chile (Coleoptera: Buprestidae)
Figs 17‒26. Lasionota (Arqueozodes) spp. 17‒19 ‒ head, frontal view: 17 ‒ L. (A.) cidburmeisteri sp. nov., 18 ‒ L. (A.) aonikenk sp. nov., 19 ‒ L. (A.) sulcata (Moore, 1997). 20‒21 ‒ L. (A.) cidburmeisteri sp. nov., aedeagus: 20 ‒ dorsal view; 21 ‒ ventral view. 22‒23 ‒ L. (A.) aonikenk sp. nov., aedeagus: 22 ‒ dorsal view; 23 ‒ ventral view. 24 ‒ L. (A.) aonikenk sp. nov., last tergites and ovipositor of female. 25‒26 ‒ L. (A.) sulcata, aedeagus: 25 ‒ dorsal view; 26 ‒ ventral view. Scale bars = 1 mm.
Figs 1‒6 in Two new species of the subgenus Arqueozodes of Lasionota from Aysén Patagonian steppe Region in Chile (Coleoptera: Buprestidae)
Figs 1‒6. Lasionota (Arqueozodes) cidburmeisteri sp. nov. 1‒3 ‒ male: 1 ‒ dorsal view; 2 ‒ ventral view; 3 ‒ lateral view; 4‒6 ‒ female: 4 ‒ dorsal view; 5 ‒ ventral view; 6 ‒ lateral view. Scale bars = 5 mm.
Text-fig. 4. Known geographic distribution of Microtscoptini on a modern-day biome map (Arc-GIS feature TNC terrestrial ecoregions). 1 – Ertemte 1 and 2; 2 – Olan Chorea; 3 – Harr Obo 2; 4 – Shala; 5 – Baogeda Ula; 6 – Bilutu; 7 – Kholu (Southern Tuva); 8 – Sarayskoe (Olkhon Island); 9 – Hyargas-nuur; 10 – Petropavlovsk; 11 – Pavlodar; 12 – Akshauli; 13 – Selety 1A; 14 – Kedej 1A; 15 – Makovka; 16 – Cherevychne 3; 17 – Protopopovka 3; 18 – Verkhnya Krynytsa 2; 19 – Vasylivka 1; 20 – Lobkove; 21 – Rome; 22 – Bartlett Mountain; 23 – Bartlett Mountain (General); 24 – Juniper Creek; 25 – Little Valley; 26 – Stroud Claim; 27 – Kelley Road; 28 – Moonstone Formation; 29 – Lemoyne Quarry; 30 – Feltz Ranch; 31 – Cambridge; 32 – Rick Irwin Site; 33 – Rabbit Hole. 1–20, 30–32 – Steppe biomes, 21–29, 33 – xeric shrubland biomes. in Comments On The Age And Dispersal Of Microtoscoptini (Rodentia: Cricetidae)
Text-fig. 4. Known geographic distribution of Microtscoptini on a modern-day biome map (Arc-GIS feature TNC terrestrial ecoregions). 1 – Ertemte 1 and 2; 2 – Olan Chorea; 3 – Harr Obo 2; 4 – Shala; 5 – Baogeda Ula; 6 – Bilutu; 7 – Kholu (Southern Tuva); 8 – Sarayskoe (Olkhon Island); 9 – Hyargas-nuur; 10 – Petropavlovsk; 11 – Pavlodar; 12 – Akshauli; 13 – Selety 1A; 14 – Kedej 1A; 15 – Makovka; 16 – Cherevychne 3; 17 – Protopopovka 3; 18 – Verkhnya Krynytsa 2; 19 – Vasylivka 1; 20 – Lobkove; 21 – Rome; 22 – Bartlett Mountain; 23 – Bartlett Mountain (General); 24 – Juniper Creek; 25 – Little Valley; 26 – Stroud Claim; 27 – Kelley Road; 28 – Moonstone Formation; 29 – Lemoyne Quarry; 30 – Feltz Ranch; 31 – Cambridge; 32 – Rick Irwin Site; 33 – Rabbit Hole. 1–20, 30–32 – Steppe biomes, 21–29, 33 – xeric shrubland biomes.
Fig. 3 in Further And Further East: Steppe Land Snail, Xerolenta Obvia (Gastropoda, Geomitridae), Expands Its Range In Ukraine
Fig. 3. Shells of X. obvia with an atypically dark colored upper part from Western Ukraine: A — Sosulivka, Ternopil Region; B — Romaniv, Lviv Region; C — Lviv. Scale bars 5 mm.
Fig. 1 in Further And Further East: Steppe Land Snail, Xerolenta Obvia (Gastropoda, Geomitridae), Expands Its Range In Ukraine
Fig. 1. Xeropicta derbentina (A, B) and Xerolenta obvia (C–E) from the Slovianskyi Kurort Regional Landscape Park, Donetsk Region: 1 — stylophores, 2 — swollen basal part of stylophore. Scale bars 5 mm for A–D, 1 mm for E.
Figure 5 in Sexual dimorphism in Pseudopus apodus (Reptilia: Sauria: Anguidae) from the Steppe Crimea
Figure 5. Variability of the head shape in Pseudopus apodus from the Kerch Peninsula, view from above: left column – males, right column – females.
Figures 7–8 in Sexual dimorphism in Pseudopus apodus (Reptilia: Sauria: Anguidae) from the Steppe Crimea
Figures 7–8. Scatterplot of canonical scores computed for dimensions of head and body (7) and indices of body and head proportions (8) of Pseudopus apodus males and females (results of discriminant analysis).
Figure 6 in Sexual dimorphism in Pseudopus apodus (Reptilia: Sauria: Anguidae) from the Steppe Crimea
Figure 6. Variability of the head shape in Pseudopus apodus from the Kerch Peninsula, side view: left column – males, right column – females.
Figures 3–4 in Sexual dimorphism in Pseudopus apodus (Reptilia: Sauria: Anguidae) from the Steppe Crimea
Figures 3–4. Topography of Pseudopus apodus head shields: view from above, body length is 390 mm in male and 385 mm in female (im: intermaxillar (rostral), fr: frontal, pr: parietal, ip: interparietal, oc: occipital, so: supraoculars) (3), side view (im: intermaxillar (rostral), sl: supralabials, fr: frontal, so: supraoculars, na: nasal area, ot: ear aperture) (4).
Рис. 8–13. ΔанΑшафты Южного УраΛа (8–11) и Русской равнины (12–13). 8 – разнотравная степь у поΑножия горы ВербΛюжка, местообитание Cionus rossicus; 9 – ксерофитные Λуга в пойме реки УраΛ вбΛизи горы ВербΛюжка, местообитание Cionus rossicus; 10 – южные степи в районе КзыΛаΑырского карстового поΛя, местообитание Cionus gebleri; 11 – степи низкогорий Южного УраΛа бΛиз с. КиΑрясово, местообитание Smicronyx albopictus; 12 – КаменноброΑские меΛовые горы на юго-запаΑе ПривоΛжской возвышенности, местообитание Mecinus janthiniformis, Smicronyx robustus и S. albopictus; 13 – меΛовой останец КобыΛья ГоΛова в прироΑном парке «Àонской», местообитание Mecinus janthiniformis. Figs 8–13. Landscapes of the Southern Urals (8–11) and the Russian Plain (12–13). 8 – forb steppe at the down of Verblyuzhka Mt., habitat of Cionus rossicus; 9 – xerophytic meadows in the floodplain of the Ural River near Verblyuzhka Mt., habitat of Cionus rossicus; 10 – southern steppes in the Kzyladyr karst area, habitat of Cionus gebleri; 11 – steppes of the low mountains of the Southern Urals near Kidryasovo village, habitat of Smicronyx albopictus; 12 – Kamennobrodsky chalk mountains in the southwest of the Volga Upland, habitat of Mecinus janthiniformis, Smicronyx robustus, and S. albopictus; 13 – Cretaceous outlier Kobyl'ya Golova in the Donskoy Nature Park, habitat of Mecinus janthiniformis. in Interesting records of weevils (Coleoptera: Curculionidae: Curculioninae) in the steppe zone of the European part of Russia and the Urals
Рис. 8–13. ΔанΑшафты Южного УраΛа (8–11) и Русской равнины (12–13). 8 – разнотравная степь у поΑножия горы ВербΛюжка, местообитание Cionus rossicus; 9 – ксерофитные Λуга в пойме реки УраΛ вбΛизи горы ВербΛюжка, местообитание Cionus rossicus; 10 – южные степи в районе КзыΛаΑырского карстового поΛя, местообитание Cionus gebleri; 11 – степи низкогорий Южного УраΛа бΛиз с. КиΑрясово, местообитание Smicronyx albopictus; 12 – КаменноброΑские меΛовые горы на юго-запаΑе ПривоΛжской возвышенности, местообитание Mecinus janthiniformis, Smicronyx robustus и S. albopictus; 13 – меΛовой останец КобыΛья ГоΛова в прироΑном парке «Àонской», местообитание Mecinus janthiniformis. Figs 8–13. Landscapes of the Southern Urals (8–11) and the Russian Plain (12–13). 8 – forb steppe at the down of Verblyuzhka Mt., habitat of Cionus rossicus; 9 – xerophytic meadows in the floodplain of the Ural River near Verblyuzhka Mt., habitat of Cionus rossicus; 10 – southern steppes in the Kzyladyr karst area, habitat of Cionus gebleri; 11 – steppes of the low mountains of the Southern Urals near Kidryasovo village, habitat of Smicronyx albopictus; 12 – Kamennobrodsky chalk mountains in the southwest of the Volga Upland, habitat of Mecinus janthiniformis, Smicronyx robustus, and S. albopictus; 13 – Cretaceous outlier Kobyl'ya Golova in the Donskoy Nature Park, habitat of Mecinus janthiniformis.
Рис. 1–7. Новые ΑΛя фауны России и маΛоизвестные виΑы жуков-ΑоΛгоносиков. 1–3 – Cionus rossicus: 1 – самец, 2 – эΑеагус, 3 – самка; 4 – Cionus gebleri; 5 – Mecinus janthiniformis; 6 – Smicronyx robustus; 7 – Smicronyx albopictus. Figs 1–7. New to the fauna of Russia and little known species of weevils. 1–3 – Cionus rossicus: 1 – male, 2 – aedeagus, 3 – female; 4 – Cionus gebleri; 5 – Mecinus janthiniformis; 6 – Smicronyx robustus; 7 – Smicronyx albopictus. in Interesting records of weevils (Coleoptera: Curculionidae: Curculioninae) in the steppe zone of the European part of Russia and the Urals
Рис. 1–7. Новые ΑΛя фауны России и маΛоизвестные виΑы жуков-ΑоΛгоносиков. 1–3 – Cionus rossicus: 1 – самец, 2 – эΑеагус, 3 – самка; 4 – Cionus gebleri; 5 – Mecinus janthiniformis; 6 – Smicronyx robustus; 7 – Smicronyx albopictus. Figs 1–7. New to the fauna of Russia and little known species of weevils. 1–3 – Cionus rossicus: 1 – male, 2 – aedeagus, 3 – female; 4 – Cionus gebleri; 5 – Mecinus janthiniformis; 6 – Smicronyx robustus; 7 – Smicronyx albopictus.
Metadata for prey choice in insectivorous steppe passerines Paper
<p>This dataset comprises metadata which corresponds to a paper prepared for submission entitled "Prey choice in insectivorous steppe passerines: new insights from DNA metabarcoding".</p> <p>Sample identifiers are given for faecal samples collected from shrub-steppe passerines at the province of Soria, Spain. Information such as location, date of collection, sex and other data are supplied.</p>
Soil erosion by water in the 1980s-2020s in the steppe region of the southeast of the East European Plain (Volgograd region, Russia)
<p>The dataset contains rasters with a 30m resolution of the distribution of soil erosion by water. Raster "Soil Losses 1980s" has shown the average soil losses by water erosion in the 1980-1990s, and raster "Soil Losses 2020s" has shown average soil losses by water erosion in the 2010-2020s.</p>
Data from: Diversity among rare and common congeneric plant species from the Garry oak and Okanagan shrub-steppe ecosystems in British Columbia: implications for conservation
Open the record for dataset details and reuse information.
Grazing-N addition interactions drive soil carbon priming and balance via bacterial assimilation in a meadow steppe
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Extending Grime’s CSR model to predict plant demographic responses across resource availability gradients: evidence from the Patagonian steppes
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SGS-LTER Ecosystem Stress Area - Aboveground Biomass: Interactions between individual plant species and soil nutrient status in shortgrass steppe on the Central Plains Experimental Range in Nunn, Colorado, USA 1991
This data package was produced by researchers working on the Shortgrass Steppe Long Term Ecological Research (SGS-LTER) Project, administered at Colorado State University. Long-term datasets and background information (proposals, reports, photographs, etc.) on the SGS-LTER project are contained in a comprehensive project collection within the Digital Collections of Colorado (http://digitool.library.colostate.edu/R/?func=collections&collection_id=3429). The data table and associated metadata document, which is generated in Ecological Metadata Language, may be available through other repositories serving the ecological research community and represent components of the larger SGS-LTER project collection. The effect of plant community structure on nutrient cycling is fundamental to our understanding of ecosystem function. We examined the importance of plant species and plant cover (i.e. plant covered microsites vs bare soil) on nutrient cycling in shortgrass steppe of northeastern Colorado. We tested the effects of both plant species and cover on soils in an area of undisturbed shortgrass steppe and an area that had undergone nitrogen and water additions from 1971 to 1974, resulting in significant shifts in plant species composition.
SGS-LTER Ecosystem Stress Area - Belowground Biomass: Interactions between individual plant species and soil nutrient status in shortgrass steppe on the Central Plains Experimental Range in Nunn, Colorado, USA 1991
This data package was produced by researchers working on the Shortgrass Steppe Long Term Ecological Research (SGS-LTER) Project, administered at Colorado State University. Long-term datasets and background information (proposals, reports, photographs, etc.) on the SGS-LTER project are contained in a comprehensive project collection within the Digital Collections of Colorado (http://digitool.library.colostate.edu/R/?func=collections&collection_id=3429). The data table and associated metadata document, which is generated in Ecological Metadata Language, may be available through other repositories serving the ecological research community and represent components of the larger SGS-LTER project collection. The effect of plant community structure on nutrient cycling is fundamental to our understanding of ecosystem function. We examined the importance of plant species and plant cover (i.e. plant covered microsites vs bare soil) on nutrient cycling in shortgrass steppe of northeastern Colorado. We tested the effects of both plant species and cover on soils in an area of undisturbed shortgrass steppe and an area that had undergone nitrogen and water additions from 1971 to 1974, resulting in significant shifts in plant species composition. Additional information and referenced materials can be found: http://hdl.handle.net/10217/83317.
SGS-LTER Disturbance intensity and above- and belowground herbivory effects on long-term recovery of shortgrass steppe on the Central Plains Experimental Range, Nunn, Colorado, USA 1977-1990
This data package was produced by researchers working on the Shortgrass Steppe Long Term Ecological Research (SGS-LTER) Project, administered at Colorado State University. Long-term datasets and background information (proposals, reports, photographs, etc.) on the SGS-LTER project are contained in a comprehensive project collection within the Digital Collections of Colorado (http://digitool.library.colostate.edu/R/?func=collections&collection_id=3429). The data table and associated metadata document, which is generated in Ecological Metadata Language, may be available through other repositories serving the ecological research community and represent components of the larger SGS-LTER project collection. Additional information and referenced materials can be found: http://hdl.handle.net/10217/83444 The importance of disturbance intensity and herbivory by cattle and white grubs, or the larvae of June beetles to recovery of shortgrass steppe ecosystems in Colorado, USA were evaluated over a 14 year time period. Disturbance intensity was defined by survival of the dominant grass species (Bouteloua gracilis) after an outbreak of root feeding activity by white grubs. 16 patches of vegetation consisting of four pairs of adjacent ungrazed-grazed by cattle locations with 2 replicates that were recently affected by white grubs were selected in 1977. Disturbance intensity was determined in 1977 by the area in each patch that contained live tillers of B. gracilis. Permanent plots were lcoated both within and outside of each patch. Plant basal cover and density by species were estimated at time of peak aboveground biomass in 6 different years on each plot. Successional dynamics on patches was similar to areas affected by other types of disturbances, however, rate of recovery was faster for patches affected by grubs. Grazing by cattle was infrequently important to plant recovery, a result similar to effects of grazing on other aspects of shortgrass steppe. Disturbance intensity wa
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