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51 results for “Cork”
Templebreedy graveyard, Crosshaven, Co. Cork
Community Monument Fund 2021 survey of Templebreedy graveyard for The Save Our Steeple Group and Cork County Council. Survey by Dr Paul Naessens of Western Aerial Surveys as part of an architectural and archaeological assessment run by Dr Elena Turk of Bluebrick Heritage and John Tierney of Eachtra. Source: Objaverse 1.0 / Sketchfab
Champagne cork - Champagnekork
A nearly 200-year-old champagne cork from the renowned French champagne house Veuve Cliquot. The cork has been in one of the champagne bottles that were salvaged in 2010 from a galleass that sank sometime during the 1830s in Ålands archipelago in Finland. Amongst the salvaged bottles was some still-drinkable champagne, which is the oldest in the world. More information about "The Champagne Wreck" can be found at https://en.wikipedia.org/wiki/F%C3%B6gl%C3%B6_wreck (ID ÅM 748:160) En nästan 200-årig champagnekork som härstammar från det anrika franska champagnehuset Veuve Clicquot. Korken har suttit i en av champagneflaskorna som bärgades år 2010 från en galeas som sjönk troligen på 1830-talet i den åländska skärgården i Finland. Bland de bärgade champagneflaskorna fanns det ännu drickbar champagne, vilket är det äldsta i världen. För mer information om "Champagnevraket": https://en.wikipedia.org/wiki/F%C3%B6gl%C3%B6_wreck (ID ÅM 748:160) Source: Objaverse 1.0 / Sketchfab
Bringing the concept of ammonia critical levels into managing cork-oak woodland for conservation
<p>Agricultural activities often emit excessive nitrogen concentrations to nearby habitats, impacting ecosystems structure and functioning. To protect them, critical levels were established as the concentration above which direct adverse effects on ecosystems may arise. However, due to lack of tools, critical levels are seldom applied in management strategies for conservation. Our objective was to provide a spatial-explicit tool to incorporate the concept of ammonia critical levels in management practices of atmospheric nitrogen impacts. To do that, lichens diversity was sampled in 19 plots at a cork oak woodland (Montado), a High Nature Value Farmland where multiple agricultural activities, surrounded by high-intensity agricultural activities, coexist. We inferred and selected the best performing trait-based metrics and determined the main environmental drivers of change. The most responsive metric was the abundance of oligotrophic lichen species, which was likely responding to nitrogen incoming from nearby high-intensity agricultural areas. The low intensity agricultural activities, cattle grazing within the study area, had no effect. Using the known ammonia critical levels for that ecosystem, we modelled and mapped the long-term critical levels exceedance for the entire study area. This allowed us to signal high intensity agriculture as the source of impact and to map the areas where management practices need further attention under a conservation perspective: either decreasing fertilization in nearby fields or by considering these as buffer areas, outside the scope of conservation.</p>
Ballydehob Quay, West Cork, Ireland
As part of the Harbourview project, in 2021-22 twelve members of the Ballydehob Community set about documenting their historic eighteenth-century sand quay as well as a number of related quays in Ballydehob Bay and Roaringwater Bay. The model, of a smaller extent than the original, represents Ballydehob Quay and its affiliated store houses (now residential). The model was built by Julianna O'Donoghue of Mizen Archaeology from a drone survey made by Tom Vaughan, both members of the Ballydehob Community group. Source: Objaverse 1.0 / Sketchfab
Data from: Elucidating the role of genetic drift and natural selection in cork oak differentiation regarding drought tolerance
Drought is the main selection agent in Mediterranean ecosystems and it is been suggested as an important evolutionary force responsible for population diversification in these environments. However, population divergence in quantitative traits can be driven by either directional natural selection, genetic drift or both. To investigate the roles of these forces on among-population divergence in ecophysiological traits related to drought tolerance (Δ13C, SLA, leaf size, Nmass), we compared molecular and quantitative genetic differentiation among thirteen cork oak (Quercus suber L.) populations spanning over a gradient of rainfall and temperature. Population differentiation for height, specific leaf area and leaf nitrogen content far exceeded the molecular differentiation measured by six nuclear microsatellites and was associated with the climatic gradient in among-year rainfall variation. These results suggest (1) these traits are subjected to directional selection and (2) the genetic differences among populations are partly due to adaptation to the rainfall unpredictability at the place of origin. By contrast, the low among population divergence found in stem diameter, annual growth and carbon isotopic discrimination (a surrogate for water use efficiency) and the weak association with the environmental gradient suggest low or no directional selection on these traits under dry conditions. Among-population differentiation for neutral markers was not a good predictor for differentiation regarding the quantitative traits studied here, but for leaf size. The observed correlation between the genetic differentiation for leaf size and that for molecular markers was exclusively due to the association between leaf size and microsatellite QpZAG46, which suggests a possible linkage between microsatellite QpZAG46 and genes encoding for leaf size.
FIGURE 1 in A new species of Allecula (Coleoptera: Tenebrionidae: Alleculinae) from cork oak stands of Italy
FIGURE 1. Location of the two areas in central Italy where Allecula suberina Novák sp. nov. was found. The black square indicates the type locality (Pomezia).
FIGURE 5 in A new species of Allecula (Coleoptera: Tenebrionidae: Alleculinae) from cork oak stands of Italy
FIGURE 5. Allecula suberina Novák sp. nov.: a) head and pronotum of holotype (HL 0.96 mm, PL 1.12 mm); b) antenna of holotype (AL 6.07 mm); c) aedeagus of holotype (dorsal and lateral views, AED 1.13 mm).
FIGURES 21–25 in Three new species of Collembola from soils of Mediterranean cork-oak forests of Sicily (Italy)
FIGURES 21–25. Friesea guarinoi sp. nov. SEM microphotographs: 21, habitus dorsal view, bar=90 micrometers; 22, Ant. IV, bar=9 micrometers; 23, eyes, bar=9 micrometers; 24, labium, bar=20 micrometers; 25, female genital plate, bar=10 micrometers.
FIGURES 32–37 in Three new species of Collembola from soils of Mediterranean cork-oak forests of Sicily (Italy)
FIGURES 32–37. Arrhopalites antonioi sp. nov. SEM microphotographs: 32, habitus lateral view; 33, head spine; 34, great Abd posterior spine-like seta; 35, Ant. III; 36, Th II–III spine; 37, Abd VI chaetotaxy.
FIGURES 16–20 in Three new species of Collembola from soils of Mediterranean cork-oak forests of Sicily (Italy)
FIGURES 16–20. Neonaphorura alicatai sp. nov.: 16, dorsal Th chaetotaxy; 17, dorsal Abd chaetotaxy; 18, ventral Abd chaetotaxy; 19, chaetotaxy of Tita III; 20, schematic whorl representation of Tita III.
FIGURES 38–43 in Three new species of Collembola from soils of Mediterranean cork-oak forests of Sicily (Italy)
FIGURES 38–43. Arrhopalites antonioi sp. nov.: 38, head chaetotaxy; 39, Ant. I–III chaetotaxy; 40, dorsal Ant. IV chaetotaxy; 41, ventral Ant. IV chaetotaxy; 42, complete Ant. IV chaetotaxy; 43, labrum.
FIGURES 11–15 in Three new species of Collembola from soils of Mediterranean cork-oak forests of Sicily (Italy)
FIGURES 11–15. Neonaphorura alicatai sp. nov.: 11, dorsal head chaetotaxy; 12, Ant. III organ; 13, ventral head chaetotaxy; 14, schematic representation of PAO; 15, lateral projection of a PAO granule.
FIGURES 1–10 in Three new species of Collembola from soils of Mediterranean cork-oak forests of Sicily (Italy)
FIGURES 1–10. Neonaphorura alicatai sp. nov. SEM microphotographs: 1, habitus dorsal view; 2, Ant. III–IV; 3, Ant. III ventral sensillum; 4, head pseudocellus and PAO; 5,dorsal pseudocellus of Abd V; 6, Abd VI dorsal view; 7, mouth cone; 8,dorsal pseudocellus of Th I; 9, Dorsal and lateral pseudocelli of Th III; 10, dorsal pseudocellus of Abd IV.
FIGURES 44–46 in Three new species of Collembola from soils of Mediterranean cork-oak forests of Sicily (Italy)
FIGURES 44–46. Arrhopalites antonioi sp. nov.: 44, leg I chaetotaxy, anterior view; 45, leg II chaetotaxy, anterior view; 46, leg III chaetotaxy, anterior view.
FIGURES 28–31 in Three new species of Collembola from soils of Mediterranean cork-oak forests of Sicily (Italy)
FIGURES 28–31. Friesea guarinoi sp. nov.: 28, ventral Ant. III–IV chaetotaxy; 29, labrum chaetotaxy; 30, dorsal Th and Abd chaetotaxy; 31, ventral Abd IV–VI chaetotaxy of a male.
FIGURE 2. Polystemma stevensii. A. Stems with yellow cork B. Branch with inflorescences. C. Flowers with some floral visitors. D in Polystemma stevensii (Apocynaceae, Asclepiadoideae), a new species from Michoacán, Mexico
FIGURE 2. Polystemma stevensii. A. Stems with yellow cork B. Branch with inflorescences. C. Flowers with some floral visitors. D. Frontal view of a flower. E. Frontal view of a flower, showing the gynostegium. F. Lateral view of a flower, showing the gynostegium. Photos by Victor W. Steinmann.
Ink bottle with feather and cork
~45 minutes made in maya textured in substance painter Source: Objaverse 1.0 / Sketchfab
The Cork BASELINE Birth Cohort Study
ClinicalTrials.gov study NCT01498965. IPD Sharing: Not stated. Countries: 1. Publications: 9.
Data from: Elucidating the role of genetic drift and natural selection in cork oak differentiation regarding drought tolerance
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Data from: Site- and tree-related factors affecting colonization of cork oaks Quercus suber L. by ambrosia beetles in Tunisia
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Allen Brain Atlas
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OpenNeuro
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