cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5441/001/1.385gk270/1
title: Egyptian vultures in the Middle East and East Africa_2012-2019-accessory

description: Buechley ER, McGrady MJ, Çoban E, Şekercioğlu ÇH (2018) Satellite tracking a wide‐ranging endangered vulture species to target conservation actions in the Middle East and East Africa. Biodiversity and Conservation 27(9): 2293-2310. doi:10.1007/s10531-018-1538-6
description: Vultures comprise the most endangered avian foraging guild (obligate scavengers) and their loss from ecosystems can trigger trophic cascades, mesopredator release, and human rabies epidemics, indicating their keystone species status. Vultures’ extremely large home ranges, which often cross international borders of countries that have differing laws and capacity for wildlife conservation, makes conserving them challenging. However, satellite-tracking data can be used to identify habitat preferences and critical sites to target conservation actions. We tracked 16 Egyptian Vultures, Neophron percnopterus, in the Middle East and East Africa. We used dynamic Brownian bridge movement models to calculate home ranges and core-use areas, and we analyzed habitat use in a resource selection framework. Combined summer and winter ranges (99% utilization distributions) of all birds covered 209,800 and 274,300 km2, respectively. However, the core-use areas (50% utilization distributions) in the summer and winter ranges, accounted for only 0.4–1.1% of this area (900 and 3100 km2, respectively). These core-use areas are where the home ranges of multiple individuals overlapped and/or where individuals spent a lot of time, such as feeding and roosting sites, and are places where conservation actions could focus. Resource selection models predicted Egyptian Vulture occurrence throughout little-studied parts of the species’ range in the Middle East and East Africa, and revealed strong selection for proximity to highways, power distribution lines, and towns. While providing roosts (e.g. power pylons) and food (e.g. garbage dumps), anthropogenic features may also function as ecological traps by increasing exposure to electrocution and dietary toxins.
DOI: 10.5441/001/1.385gk270/2
title: Egyptian vultures in the Middle East and East Africa_2012-2019-argos

description: Buechley ER, McGrady MJ, Çoban E, Şekercioğlu ÇH (2018) Satellite tracking a wide‐ranging endangered vulture species to target conservation actions in the Middle East and East Africa. Biodiversity and Conservation 27(9): 2293-2310. doi:10.1007/s10531-018-1538-6
description: Vultures comprise the most endangered avian foraging guild (obligate scavengers) and their loss from ecosystems can trigger trophic cascades, mesopredator release, and human rabies epidemics, indicating their keystone species status. Vultures’ extremely large home ranges, which often cross international borders of countries that have differing laws and capacity for wildlife conservation, makes conserving them challenging. However, satellite-tracking data can be used to identify habitat preferences and critical sites to target conservation actions. We tracked 16 Egyptian Vultures, Neophron percnopterus, in the Middle East and East Africa. We used dynamic Brownian bridge movement models to calculate home ranges and core-use areas, and we analyzed habitat use in a resource selection framework. Combined summer and winter ranges (99% utilization distributions) of all birds covered 209,800 and 274,300 km2, respectively. However, the core-use areas (50% utilization distributions) in the summer and winter ranges, accounted for only 0.4–1.1% of this area (900 and 3100 km2, respectively). These core-use areas are where the home ranges of multiple individuals overlapped and/or where individuals spent a lot of time, such as feeding and roosting sites, and are places where conservation actions could focus. Resource selection models predicted Egyptian Vulture occurrence throughout little-studied parts of the species’ range in the Middle East and East Africa, and revealed strong selection for proximity to highways, power distribution lines, and towns. While providing roosts (e.g. power pylons) and food (e.g. garbage dumps), anthropogenic features may also function as ecological traps by increasing exposure to electrocution and dietary toxins.
DOI: 10.5441/001/1.385gk270/3
title: Egyptian vultures in the Middle East and East Africa_2012-2019-gps

description: Buechley ER, McGrady MJ, Çoban E, Şekercioğlu ÇH (2018) Satellite tracking a wide‐ranging endangered vulture species to target conservation actions in the Middle East and East Africa. Biodiversity and Conservation 27(9): 2293-2310. doi:10.1007/s10531-018-1538-6
description: Vultures comprise the most endangered avian foraging guild (obligate scavengers) and their loss from ecosystems can trigger trophic cascades, mesopredator release, and human rabies epidemics, indicating their keystone species status. Vultures’ extremely large home ranges, which often cross international borders of countries that have differing laws and capacity for wildlife conservation, makes conserving them challenging. However, satellite-tracking data can be used to identify habitat preferences and critical sites to target conservation actions. We tracked 16 Egyptian Vultures, Neophron percnopterus, in the Middle East and East Africa. We used dynamic Brownian bridge movement models to calculate home ranges and core-use areas, and we analyzed habitat use in a resource selection framework. Combined summer and winter ranges (99% utilization distributions) of all birds covered 209,800 and 274,300 km2, respectively. However, the core-use areas (50% utilization distributions) in the summer and winter ranges, accounted for only 0.4–1.1% of this area (900 and 3100 km2, respectively). These core-use areas are where the home ranges of multiple individuals overlapped and/or where individuals spent a lot of time, such as feeding and roosting sites, and are places where conservation actions could focus. Resource selection models predicted Egyptian Vulture occurrence throughout little-studied parts of the species’ range in the Middle East and East Africa, and revealed strong selection for proximity to highways, power distribution lines, and towns. While providing roosts (e.g. power pylons) and food (e.g. garbage dumps), anthropogenic features may also function as ecological traps by increasing exposure to electrocution and dietary toxins.
DOI: 10.5441/001/1.385gk270/4
title: Egyptian vultures in the Middle East and East Africa_2012-2019-reference-data

description: Buechley ER, McGrady MJ, Çoban E, Şekercioğlu ÇH (2018) Satellite tracking a wide‐ranging endangered vulture species to target conservation actions in the Middle East and East Africa. Biodiversity and Conservation 27(9): 2293-2310. doi:10.1007/s10531-018-1538-6
description: Vultures comprise the most endangered avian foraging guild (obligate scavengers) and their loss from ecosystems can trigger trophic cascades, mesopredator release, and human rabies epidemics, indicating their keystone species status. Vultures’ extremely large home ranges, which often cross international borders of countries that have differing laws and capacity for wildlife conservation, makes conserving them challenging. However, satellite-tracking data can be used to identify habitat preferences and critical sites to target conservation actions. We tracked 16 Egyptian Vultures, Neophron percnopterus, in the Middle East and East Africa. We used dynamic Brownian bridge movement models to calculate home ranges and core-use areas, and we analyzed habitat use in a resource selection framework. Combined summer and winter ranges (99% utilization distributions) of all birds covered 209,800 and 274,300 km2, respectively. However, the core-use areas (50% utilization distributions) in the summer and winter ranges, accounted for only 0.4–1.1% of this area (900 and 3100 km2, respectively). These core-use areas are where the home ranges of multiple individuals overlapped and/or where individuals spent a lot of time, such as feeding and roosting sites, and are places where conservation actions could focus. Resource selection models predicted Egyptian Vulture occurrence throughout little-studied parts of the species’ range in the Middle East and East Africa, and revealed strong selection for proximity to highways, power distribution lines, and towns. While providing roosts (e.g. power pylons) and food (e.g. garbage dumps), anthropogenic features may also function as ecological traps by increasing exposure to electrocution and dietary toxins.
DOI: 10.5441/001/1.n0m7gd47
title: Data from: Seasonal movements of Gyrfalcons Falco rusticolus include extensive periods at sea [East Greenland]

description: Burnham KK, Newton I (2011) Seasonal movements of Gyrfalcons Falco rusticolus include extensive periods at sea. Ibis 153(3): 468-484. doi:10.1111/j.1474-919X.2011.01141.x
description: Little information exists on the movements of Gyrfalcons Falco rusticolus outside the breeding season, particularly amongst High Arctic populations, with almost all current knowledge based on Low Arctic populations. This study is the first to provide data on summer and winter ranges and migration distances. We highlight a behaviour previously unknown in Gyrfalcons, in which birds winter on sea ice far from land. During 2000–2004, data were collected from 48 Gyrfalcons tagged with satellite transmitters in three parts of Greenland: Thule (northwest), Kangerlussuaq (central-west) and Scoresbysund (central-east). Breeding home-range size for seven adult females varied from 140 to 1197 km2 and was 489 and 503 km2 for two adult males. Complete outward migrations from breeding to wintering areas were recorded for three individuals: an adult male which travelled 3137 km over a 38-day period (83 km⁄day) from northern Ellesmere Island to southern Greenland, an adult female which travelled 4234 km from Thule to southern Greenland (via eastern Canada) over an 83-day period (51 km⁄day), and an adult female which travelled 391 km from Kangerlussuaq to southern Greenland over a 13-day period (30 km ⁄ day). Significant differences were found in winter home-range size between Falcons tagged on the west coast (383–6657 km2) and east coast (26 810– 63 647 km2). Several Falcons had no obvious winter home-ranges and travelled continually during the non-breeding period, at times spending up to 40 consecutive days at sea, presumably resting on icebergs and feeding on seabirds. During the winter, one juvenile female travelled over 4548 km over an approximately 200-day period, spending over half that time over the ocean between Greenland and Iceland. These are some of the largest winter home-ranges ever documented in raptors and provide the first documentation of the long-term use of pelagic habitats by any falcon. In general, return migrations were faster than outward ones. This study highlights the importance of sea ice and fjord regions in southwest Greenland as winter habitat for Gyrfalcons, and provides the first detailed insights into the complex and highly variable movement patterns of the species.
DOI: 10.5441/001/1.n0m7gd47/1
title: Gyrfalcon, High Arctic Institute, east Greenland trapping station

description: Burnham KK, Newton I (2011) Seasonal movements of Gyrfalcons Falco rusticolus include extensive periods at sea. Ibis 153(3): 468-484. doi:10.1111/j.1474-919X.2011.01141.x
description: Little information exists on the movements of Gyrfalcons Falco rusticolus outside the breeding season, particularly amongst High Arctic populations, with almost all current knowledge based on Low Arctic populations. This study is the first to provide data on summer and winter ranges and migration distances. We highlight a behaviour previously unknown in Gyrfalcons, in which birds winter on sea ice far from land. During 2000–2004, data were collected from 48 Gyrfalcons tagged with satellite transmitters in three parts of Greenland: Thule (northwest), Kangerlussuaq (central-west) and Scoresbysund (central-east). Breeding home-range size for seven adult females varied from 140 to 1197 km2 and was 489 and 503 km2 for two adult males. Complete outward migrations from breeding to wintering areas were recorded for three individuals: an adult male which travelled 3137 km over a 38-day period (83 km⁄day) from northern Ellesmere Island to southern Greenland, an adult female which travelled 4234 km from Thule to southern Greenland (via eastern Canada) over an 83-day period (51 km⁄day), and an adult female which travelled 391 km from Kangerlussuaq to southern Greenland over a 13-day period (30 km ⁄ day). Significant differences were found in winter home-range size between Falcons tagged on the west coast (383–6657 km2) and east coast (26 810– 63 647 km2). Several Falcons had no obvious winter home-ranges and travelled continually during the non-breeding period, at times spending up to 40 consecutive days at sea, presumably resting on icebergs and feeding on seabirds. During the winter, one juvenile female travelled over 4548 km over an approximately 200-day period, spending over half that time over the ocean between Greenland and Iceland. These are some of the largest winter home-ranges ever documented in raptors and provide the first documentation of the long-term use of pelagic habitats by any falcon. In general, return migrations were faster than outward ones. This study highlights the importance of sea ice and fjord regions in southwest Greenland as winter habitat for Gyrfalcons, and provides the first detailed insights into the complex and highly variable movement patterns of the species.
DOI: 10.5441/001/1.n0m7gd47/2
title: Gyrfalcon, High Arctic Institute, east Greenland trapping station-reference-data

description: Burnham KK, Newton I (2011) Seasonal movements of Gyrfalcons Falco rusticolus include extensive periods at sea. Ibis 153(3): 468-484. doi:10.1111/j.1474-919X.2011.01141.x
description: Little information exists on the movements of Gyrfalcons Falco rusticolus outside the breeding season, particularly amongst High Arctic populations, with almost all current knowledge based on Low Arctic populations. This study is the first to provide data on summer and winter ranges and migration distances. We highlight a behaviour previously unknown in Gyrfalcons, in which birds winter on sea ice far from land. During 2000–2004, data were collected from 48 Gyrfalcons tagged with satellite transmitters in three parts of Greenland: Thule (northwest), Kangerlussuaq (central-west) and Scoresbysund (central-east). Breeding home-range size for seven adult females varied from 140 to 1197 km2 and was 489 and 503 km2 for two adult males. Complete outward migrations from breeding to wintering areas were recorded for three individuals: an adult male which travelled 3137 km over a 38-day period (83 km⁄day) from northern Ellesmere Island to southern Greenland, an adult female which travelled 4234 km from Thule to southern Greenland (via eastern Canada) over an 83-day period (51 km⁄day), and an adult female which travelled 391 km from Kangerlussuaq to southern Greenland over a 13-day period (30 km ⁄ day). Significant differences were found in winter home-range size between Falcons tagged on the west coast (383–6657 km2) and east coast (26 810– 63 647 km2). Several Falcons had no obvious winter home-ranges and travelled continually during the non-breeding period, at times spending up to 40 consecutive days at sea, presumably resting on icebergs and feeding on seabirds. During the winter, one juvenile female travelled over 4548 km over an approximately 200-day period, spending over half that time over the ocean between Greenland and Iceland. These are some of the largest winter home-ranges ever documented in raptors and provide the first documentation of the long-term use of pelagic habitats by any falcon. In general, return migrations were faster than outward ones. This study highlights the importance of sea ice and fjord regions in southwest Greenland as winter habitat for Gyrfalcons, and provides the first detailed insights into the complex and highly variable movement patterns of the species.
DOI: 10.5441/001/1.v81b20p9/1
title: Gyrfalcon, High Arctic Institute, central-west Greenland

description: Burnham KK, Newton I (2011) Seasonal movements of Gyrfalcons Falco rusticolus include extensive periods at sea. Ibis 153(3): 468-484. doi:10.1111/j.1474-919X.2011.01141.x
description: Little information exists on the movements of Gyrfalcons Falco rusticolus outside the breeding season, particularly amongst High Arctic populations, with almost all current knowledge based on Low Arctic populations. This study is the first to provide data on summer and winter ranges and migration distances. We highlight a behaviour previously unknown in Gyrfalcons, in which birds winter on sea ice far from land. During 2000–2004, data were collected from 48 Gyrfalcons tagged with satellite transmitters in three parts of Greenland: Thule (northwest), Kangerlussuaq (central-west) and Scoresbysund (central-east). Breeding home-range size for seven adult females varied from 140 to 1197 km2 and was 489 and 503 km2 for two adult males. Complete outward migrations from breeding to wintering areas were recorded for three individuals: an adult male which travelled 3137 km over a 38-day period (83 km⁄day) from northern Ellesmere Island to southern Greenland, an adult female which travelled 4234 km from Thule to southern Greenland (via eastern Canada) over an 83-day period (51 km⁄day), and an adult female which travelled 391 km from Kangerlussuaq to southern Greenland over a 13-day period (30 km ⁄ day). Significant differences were found in winter home-range size between Falcons tagged on the west coast (383–6657 km2) and east coast (26 810– 63 647 km2). Several Falcons had no obvious winter home-ranges and travelled continually during the non-breeding period, at times spending up to 40 consecutive days at sea, presumably resting on icebergs and feeding on seabirds. During the winter, one juvenile female travelled over 4548 km over an approximately 200-day period, spending over half that time over the ocean between Greenland and Iceland. These are some of the largest winter home-ranges ever documented in raptors and provide the first documentation of the long-term use of pelagic habitats by any falcon. In general, return migrations were faster than outward ones. This study highlights the importance of sea ice and fjord regions in southwest Greenland as winter habitat for Gyrfalcons, and provides the first detailed insights into the complex and highly variable movement patterns of the species.
DOI: 10.17632/4bk8tgngrh.1
title: Data for: Robust Kernels for Kernel Density Estimation

description: Income data for the United States from the 2014 March Supplement of the Current Population Survey
DOI: 10.17632/7j8wgfg36p.3
title: Data for: Predictive Factors for the Efficiency of Erb:YAG Laser Treatment in Urinary Incontinence.

description: Erb: YAG laser treatment may be an alternative option for stress urinary incontinence. However, the limits and efficacy of this particular treatment should be evaluated in different study settings further.
DOI: 10.17632/kvdzcvy8xr.1
title: Data for: A low distortion conformal projection of a tri-axial ellipsoid and its application for mapping of extra-terrestrial objects

description: There are 4 *.m files with computer program for creation of Chebyshev projection of a triaxial ellipsoid and one text file with data (boundary points of Stickney crater). Longitude is substracted from 360 degrees.
DOI: 10.17632/rzrndyrsy3.3
title: Data for: Privacy preserving integrity checking of shared dynamic cloud data with user revocation

description: Data block stored in cloud storage
DOI: 10.17632/v63758szmw.1
title: Data for: Proterozoic amphibolite facies retrogression of metapelitic granulites in the Southern Marginal Zone of the Limpopo Belt, South Africa.

description: This file contains representative major element compositions (wt.%),Zr-in-rutile, zircon and rutile U-Pb data and the metadata as well as additional figures.
DOI: 10.17632/xp34dcb563.1
title: Data for: Industrial Human Resource Management Optimization based on Skills and Characteristics

description: Input files for industrial human resource management design optimization. - Original data : com54, stu84 - Extended data : com700, stu1000
DOI: 10.5061/dryad.0p67v8g/4
title: Seedling pedigree

description: Input file for MCMCglmm containing pedigree information for individuals planted as seeds in the seedling traits dataset. The first column indicates an individual, and the second and third columns indicate the father and mother of the individual (which are identical in a selfing species).
DOI: 10.5061/dryad.0p67v8g/5
title: R code for calculating genetic variation in rosette traits

description: Example R code for estimating variance in rosette traits using the package MCMCglmm, with the priors and settings used in the main analyses.
DOI: 10.5061/dryad.0p67v8g/6
title: R code for calculating genetic variation in seedling traits

description: Example R code for estimating variance in seedling traits using the package MCMCglmm, with the priors and settings used in the main analyses.
DOI: 10.5061/dryad.0p67v8g/7
title: R code for calculating Robertson-Price identities in rosette leaf traits

description: Example R code for estimating genetic variance-covariances (Roberston-Price identities) in leaf traits from the rosette dataset using the package MCMCglmm, with the priors and settings used in the main analyses.
DOI: 10.5061/dryad.0p67v8g/8
title: R code for calculating Robertson-Price identities in rosette flowering traits and leaf herbivory

description: Example R code for estimating genetic variance-covariances (Roberston-Price identities) in flowering traits and leaf herbivory from the rosette dataset using the package MCMCglmm, with the priors and settings used in the main analyses.
DOI: 10.5061/dryad.26k70d6/1
title: Table S1

description: Presence/absence data for the semi-natural grasslands, from the large 0.8 x 0.8 m plots used to determine community composition. Data are from Buchmann et al. (2018). Species abbreviations match those used in the Jena Experiment by Weigelt et al. (2016). See article for details.
DOI: 10.5061/dryad.26k70d6/2
title: Table S2

description: Aboveground biomass data for the semi-natural grasslands, from the smaller 0.4 x 0.4 m plots used to determine species abundance in mixture. Reported in gm-2 dried mass. Data are from Buchmann et al. (2018). Species abbreviations match those used in the Jena Experiment by Weigelt et al. (2016). See article for details.
DOI: 10.5061/dryad.4nn6dv0/1
title: Patriquin et al raw capture data
DOI: 10.5061/dryad.4nn6dv0/2
title: Patriquin et al prey
DOI: 10.5061/dryad.4nn6dv0/3
title: Patriquin et al diet
DOI: 10.5061/dryad.53pp6tt/2
title: chlorophyll measurements

description: Determination of photosynthetic activity by duckweed (Spirodela polyrhiza) exposed to 50nm and 500nm plastic particles in concentrations of 102, 104 and 106 particles mL-1 for 120 hours. The photosynthetic activity, which was measured through chlorophyll contents, of the exposed duckweed was compared to non-exposed control organisms, with 3 replicates per treatment. The experiment measured the endpoints of chlorophyll a, chlorophyll b and total chlorophyll contents after 120 hours, employing spectrophotometrical determination of absorbance.
DOI: 10.5061/dryad.53pp6tt/3
title: data_dictionary

description: Data dictionary for all endpoints
DOI: 10.5061/dryad.53pp6tt/4
title: freshweight

description: Growth inhibition study that experimentally exposed duckweed (Spirodela polyrhiza) to 50nm and 500nm plastic particles in concentrations ranging from 102 to 106 particles mL-1 for 120 hours and compared these to non-exposed control organisms, with 8 replicates per exposure treatment. The fresh weight was determined 0 hours and 120 hours of exposure to plastic particles by carefully patting the individual plants dry and subsequently transferring them to an analytical balance with a precision of four decimals.