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12 results for “WEGE”
Die Autobahnbrücke über die Limmat durchschneidet die Dietiker Auen, die zu Fuss erkundet werden können (links). Auf Informationstafeln (oben), die Auskunft über Entwicklung und Schutz- ziele des Auengebiets geben, sind die für das Publikum offenen Wege eingezeichnet. (Fotos Hansruedi Wildermuth) in SAGLS-Exkursion 2018 in die Limmat-Auen
Die Autobahnbrücke über die Limmat durchschneidet die Dietiker Auen, die zu Fuss erkundet werden können (links). Auf Informationstafeln (oben), die Auskunft über Entwicklung und Schutz- ziele des Auengebiets geben, sind die für das Publikum offenen Wege eingezeichnet. (Fotos Hansruedi Wildermuth)
WEGE: A new metric for ranking locations for biodiversity conservation
<p>Aim Effective policy making for biological conservation requires the identification and ranking of the most important areas for protection or management. One of the most frequently used systems for selecting priority areas is Key Biodiversity Areas (hereafter KBAs), developed by the International Union for Conservation of Nature (IUCN). However, KBAs cannot be used to rank areas, potentially limiting their use when limited funding is available. To tackle this shortcoming and facilitate spatial prioritization, here we develop and validate the "WEGE index" (Weighted Endemism including Global Endangerment index), consisting of an adaptation of the EDGE score (Evolutionarily Distinct and Globally Endangered). WEGE allows the ranking of any set of locations according to the KBA guidelines and on a continuous scale. Location Global. Methods We calculated the EDGE score, Weighted Endemism, Evolutionary distinctiveness, Extinction risk and our newly developed WEGE index for all terrestrial species of amphibians, mammals and birds accessed by IUCN. We then compared the performance of each of those five indices at prioritizing areas according to the KBA guidelines. Results We found that for all taxa surveyed, WEGE was consistently better at identifying areas that trigger KBA status. Main conclusions In our analyses, WEGE outperformed all other methods and metrics designed for similar purposes. It can therefore serve as a robust evidence-based methodology to prioritize among otherwise equally qualified sites according to the KBA categories. WEGE can therefore support transparent, evidence-based and biologically meaningful decision-making for conservation priorities.</p>
Prioriteringsscore op basis van weging aantal stemmen - bijlage bij: Landelijk Coördinatiepunt Research Data Management (LCRDM) Positioning paper voor 2019 en verder
<p>Bijlage bij Positinioningpaper (juni 2019) https://doi.org/10.5281/zenodo.3266833</p>
WEGE: A new metric for ranking locations for biodiversity conservation
Open the record for dataset details and reuse information.
Figure 4 from: Wege JA (2020) Styleworts under the microscope: a taxonomic account of Levenhookia (Stylidiaceae). PhytoKeys 151: 1-47. https://doi.org/10.3897/phytokeys.151.51909
Figure 4 Comparative distributions and floral morphologies A, BLevenhookia dubia, with a widespread distribution across southern Australia and flowers with acute calyx lobes and a simple, sessile labellum (K.R. Thiele 3360) C, DL. leptantha, a widespread Western Australian endemic with an exserted corolla tube and fleshy bracts (J.A. Wege 1828) E, FL. pulcherrima, a poorly-known Western Australian endemic with an exserted corolla tube and distinctive corolla lobe shape and markings (J.A. Wege 1937). Photos by K.R. Thiele (B, D) and J.A. Wege (F). Scale bar on maps 1000 km.
Figure 5 from: Wege JA (2020) Styleworts under the microscope: a taxonomic account of Levenhookia (Stylidiaceae). PhytoKeys 151: 1-47. https://doi.org/10.3897/phytokeys.151.51909
Figure 5 Comparative distributions and floral morphologies A, BLevenhookia pauciflora, a Western Australian endemic with a brush-tipped labellum and distinctive corolla shape (J.A. Wege 1071 & C. Wilkins) C, DL. preissii, a poorly-known Western Australian endemic with distinctive corolla makings, rounded basal labellum appendages and a white, lopsided column sheath (unvouchered, from NW of Cooljarloo) E, FL. aestiva, a Western Australian endemic with oblong-subulate basal labellum appendages and a pink column sheath (J.A. Wege 2090). Photos by J.A. Wege (B), M. Matsuki (D) and R.W. Davis (F). Scale bar on maps 1000 km.
Figure 7 from: Wege JA (2020) Styleworts under the microscope: a taxonomic account of Levenhookia (Stylidiaceae). PhytoKeys 151: 1-47. https://doi.org/10.3897/phytokeys.151.51909
Figure 7 Comparative distributions and floral morphologies A, BL. stipitata, with a disjunct distribution in Western Australia and South Australia and flowers on long pedicels and with a prominent column sheath (J.A. Wege 1874). Inset showing coloured markings at the base of the corolla lobes that have been recorded for many populations (J.A. Wege 1873) C, DL. octomaculata, a Western Australian endemic with prominent corolla markings and a densely papillate labellum (J.A. Wege 2074) E, FL. chippendalei, widespread in arid areas of Western Australia and the Northern Territory, with the incised apical labellum appendage visible in the lower right flower (N. Gibson 6559, S. van Leeuwen, M.A. Langley & K. Brown). Photos by J.A. Wege (B, D) and K. Brown (F). Scale bar on maps 1000 km.
Figure 2 from: Wege JA (2020) Styleworts under the microscope: a taxonomic account of Levenhookia (Stylidiaceae). PhytoKeys 151: 1-47. https://doi.org/10.3897/phytokeys.151.51909
Figure 2 Labellum and column movement in Levenhookia. Black arrow = labellum hooded over column; white arrow = labellum 'triggered' to release column; yellow arrow = labellum repositioned following column release; blue arrow = column position immediately following release from labellum AL. stipitata (unvouchered, Augusta area, Western Australia) BL. aestiva (J.A. Wege 2090) C–EL. leptantha (J.A. Wege 2063), with labellum enclosing the column (C), triggered to release the column which moves to the opposite side of the flower (D) and subsequently repositioned (E) with the stigmatic lobes developed FL. aestiva (J.A. Wege 2090), labellum triggered with column momentum stopped by the sheath at the base of the corolla lobes G, HL. pauciflora (at J.A. Wege 1071 & C. Wilkins): note the unusual, distally-angled column and brush-tipped labellum IL. murfetii (J.A. Wege 2060): note the dorsal position of the labellum; J, KL. dubia, with the labellum opening (but not otherwise moving) to release the column (K). Photos by R.W. Davis (A, B) and J.A. Wege (C–K).
Figure 6 from: Wege JA (2020) Styleworts under the microscope: a taxonomic account of Levenhookia (Stylidiaceae). PhytoKeys 151: 1-47. https://doi.org/10.3897/phytokeys.151.51909
Figure 6 Levenhookia aestiva (J.A. Wege 2090) A annual habit showing the ascending lateral branches; B inflorescence as viewed from above, showing flowers with a long corolla tube and column and a pink, entire column sheath. Photos by J.A. Wege (A) and R.W. Davis (B).
Figure 1 from: Wege JA (2020) Styleworts under the microscope: a taxonomic account of Levenhookia (Stylidiaceae). PhytoKeys 151: 1-47. https://doi.org/10.3897/phytokeys.151.51909
Figure 1 Levenhookia is a genus of annual herbs endemic to Australia A distribution in temperate and semi-arid regions of Australia, scale bar 1000 km BL. leptantha (J.A. Wege 2063) CL. pusilla (J.A. Wege 1749 & W.S. Armbruster) DL. octomaculata (J.A. Wege 2074) EL. pulcherrima (J.A. Wege 1937). Photos by J.A. Wege.
Figure 3 from: Wege JA (2020) Styleworts under the microscope: a taxonomic account of Levenhookia (Stylidiaceae). PhytoKeys 151: 1-47. https://doi.org/10.3897/phytokeys.151.51909
Figure 3 Comparative distributions and floral morphologies A, BLevenhookia pusilla, with a disjunct distribution in Western Australia and South Australia and a dense inflorescence of pint-sized flowers (unvouchered, Mt Clarence, Albany, Western Australia) C, DL. murfetii, a Western Australian endemic with discrete markings at the base of the corolla lobes (J.A. Wege 1829) E, FL. sonderi, a rarity from South Australia and Victoria with red-purple markings on the labellum that are especially prominent in pressed material (unvouchered, from near St Andrews, Victoria). Photos by J.A. Wege (B), K.R. Thiele (D) and C. Lindorff (F). Scale bar on maps 1000 km.
WEGE: A NEW METRIC FOR RANKING LOCATIONS FOR BIODIVERSITY CONSERVATION
<p>Here you will find all the maps produced in the paper "WEGE: A NEW METRIC FOR RANKING LOCATIONS FOR BIODIVERSITY CONSERVATION" that didn't make it into the main MS.</p> <p>It includes global grided maps at 100km x 100km and 20km x 20km of KBA triggering cells, EDGE, ED, WE, ER and our newly developed WEGE index for all amphibians, mammals and birds assessed by IUCN.</p>
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