cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5061/dryad.887
title: Data from: Speciation has a spatial scale that depends on levels of gene flow

description: Area is generally assumed to affect speciation rates, but work on the
 spatial context of speciation has focused mostly on patterns of range
 overlap between emerging species rather than on questions of geographical
 scale. A variety of geographical theories of speciation predict that the
 probability of speciation occurring within a given region should (1)
 increase with the size of the region and (2) increase as the spatial
 extent of intraspecific gene flow becomes smaller. Using a survey of
 speciation events on isolated oceanic islands for a broad range of taxa,
 we find evidence for both predictions. The probability of in situ
 speciation scales with island area in bats, carnivorous mammals, birds,
 flowering plants, lizards, butterflies and moths, and snails. Ferns are an
 exception to these findings, but they exhibit high frequencies of
 polyploid and hybrid speciation, which are expected to be scale
 independent. Furthermore, the minimum island size for speciation
 correlates across groups with the strength of intraspecific gene flow, as
 is estimated from a meta‐analysis of published population genetic studies.
 These results indicate a general geographical model of speciation rates
 that are dependent on both area and gene flow. The spatial scale of
 population divergence is an important but neglected determinant of
 broad‐scale diversity patterns.
description: Table A1 - Physical
 characteristics of oceanic islands included in the studyTable.A1.fordryad.xlsTable A2 - Genera that have speciated on oceanic islandsTable.A2.fordryad.xlsTable A3 - Endemism and speciation data by taxon and islandTable.A3.fordryad.xlsTable A4 - Results of phylogeny search to check putative speciation eventsTable.A4.fordryad.xlsTable A5 - Best multiple regression models for the effects of island characteristics on speciationTable.A5.fordryad.xlsTable A6 - Gene flow data for all study taxaTable.A6.fordryad.xls
DOI: 10.15493/obsdb.0000.030e
title: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 10 between 3.40m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 10 between 3.40m and 0.00m below sea level from 2021-02-05T11:52:21+02:00 to 2026-01-13T11:20:21+02:00 at -33.632570,26.639050 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.0354
title: Inorganic Carbon - pH, Actual, Potential of Hydrogen for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 20 between 1.68m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Inorganic Carbon - pH, Actual, Potential of Hydrogen for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 20 between 1.68m and 0.00m below sea level from 2021-02-05T10:51:03+02:00 to 2026-01-13T10:53:39+02:00 at -33.611800,26.655280 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02a9
title: Conductivity, Actual, MicroSiemens per centimetre for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 01 between 7.39m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Conductivity, Actual, MicroSiemens per centimetre for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 01 between 7.39m and 0.00m below sea level from 2021-02-05T08:34:39+02:00 to 2026-01-13T08:49:42+02:00 at -33.675040,26.675640 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.034f
title: Turbidity, Actual, Formazin Nephelometric Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 19 between 2.34m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Turbidity, Actual, Formazin Nephelometric Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 19 between 2.34m and 0.00m below sea level from 2021-02-05T10:53:39+02:00 to 2026-01-13T10:56:21+02:00 at -33.616510,26.650560 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.032d
title: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 14 between 2.83m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 14 between 2.83m and 0.00m below sea level from 2021-02-05T11:35:02+02:00 to 2026-01-13T11:10:36+02:00 at -33.629870,26.637990 (+N-S,-W+E)
DOI: 10.5061/dryad.791
title: Data from: Phylogenetic Analyses of DNA and Allozyme Data Suggest that Gonioctena Leaf Beetles (Coleoptera; Chrysomelidae) Experienced Convergent Evolution in their History of Host-Plant Family Shifts

description: A phylogenetic analysis of the genus Gonioctena (Coleoptera,
 Chrysomelidae) based on allozyme data (17 loci) and mitochondrial DNA
 sequence data (three gene fragments, 1,391 sites) was performed to study
 the evolutionary history of host-plant shifts among these leaf beetles.
 This chrysomelid genus is characteristically associated with a high number
 of different plant families. The diverse molecular data gathered in this
 study are to a large extent congruent, and the analyses provide a
 well-supported phylogenetic hypothesis to address questions about the
 evolution of host-plant shifts in the genus Gonioctena. The
 most-parsimonious reconstruction of the ancestral host-plant associations,
 based on the estimated phylogeny, suggests that the Fabaceae was the
 ancestral host-plant family of the genus. Although most of the host-plant
 shifts (between different host species) in Gonioctena have occurred within
 the same plant family or within the same plant genus, at least eight
 shifts have occurred between hosts belonging to distantly related and
 chemically dissimilar plant families. In these cases, host shifts may have
 been simply directed toward plant species available in the environment.
 Yet, given that two Gonioctena lineages have independently colonized the
 same three new plant families, including four of the same new genera, some
 constraints are likely to have limited the different possibilities of
 interfamilial host-plant shifts.
description: Allozymes Data
 Setmardulyn.allozymes.txtDNA Data Set 1mardulyn.DNA1.txtDNA Data Set 2mardulyn.DNA2.txtDNA Data Set 3mardulyn.DNA3.txtDNA Data Set 4mardulyn.DNA4.txt
DOI: 10.15493/obsdb.0000.033a
title: Salinity - Subsurface, Actual, Practical Salinity Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 16 between 2.11m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Salinity - Subsurface, Actual, Practical Salinity Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 16 between 2.11m and 0.00m below sea level from 2021-02-05T11:07:14+02:00 to 2026-01-13T11:04:38+02:00 at -33.620350,26.637280 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02b2
title: Salinity - Subsurface, Actual, Practical Salinity Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 02 between 4.61m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Salinity - Subsurface, Actual, Practical Salinity Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 02 between 4.61m and 0.00m below sea level from 2021-02-05T09:00:03+02:00 to 2026-01-13T09:08:34+02:00 at -33.661400,26.646230 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02e9
title: Inorganic Carbon - pH, Actual, Potential of Hydrogen for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 05 between 3.56m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Inorganic Carbon - pH, Actual, Potential of Hydrogen for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 05 between 3.56m and 0.00m below sea level from 2021-02-05T12:21:13+02:00 to 2026-01-13T11:35:53+02:00 at -33.665840,26.657730 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02cd
title: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 01 between 2.70m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 01 between 2.70m and 0.00m below sea level from 2021-02-05T12:44:24+02:00 to 2026-01-13T11:50:13+02:00 at -33.679780,26.680400 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02cb
title: Turbidity, Actual, Formazin Nephelometric Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 05 between 1.70m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Turbidity, Actual, Formazin Nephelometric Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 05 between 1.70m and 0.00m below sea level from 2021-02-05T10:39:50+02:00 to 2026-01-13T10:34:22+02:00 at -33.611800,26.655280 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.0343
title: Oxygen - Dissolved Oxygen Saturation, Actual, Percent for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 18 between 1.56m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen Saturation, Actual, Percent for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 18 between 1.56m and 0.00m below sea level from 2021-02-05T10:57:31+02:00 to 2026-01-13T10:59:17+02:00 at -33.612070,26.640640 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.0304
title: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 09 between 2.55m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 09 between 2.55m and 0.00m below sea level from 2021-02-05T11:58:14+02:00 to 2026-01-13T11:22:53+02:00 at -33.638930,26.643650 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.0301
title: Oxygen - Dissolved Oxygen Saturation, Actual, Percent for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 08 between 3.80m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen Saturation, Actual, Percent for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 08 between 3.80m and 0.00m below sea level from 2021-02-05T12:02:59+02:00 to 2026-01-13T11:26:07+02:00 at -33.648520,26.646100 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02b5
title: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 03 between 2.59m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 03 between 2.59m and 0.00m below sea level from 2021-02-05T09:29:10+02:00 to 2026-01-13T09:37:18+02:00 at -33.638930,26.643650 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02ff
title: Sea Temperature - Subsurface, Actual, Degrees Celsius for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 08 between 3.80m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Sea Temperature - Subsurface, Actual, Degrees Celsius for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 08 between 3.80m and 0.00m below sea level from 2021-02-05T12:02:59+02:00 to 2026-01-13T11:26:07+02:00 at -33.648520,26.646100 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02cc
title: Oxygen - Dissolved Oxygen Saturation, Actual, Percent for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 01 between 2.70m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen Saturation, Actual, Percent for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 01 between 2.70m and 0.00m below sea level from 2021-02-05T12:44:24+02:00 to 2026-01-13T11:50:13+02:00 at -33.679780,26.680400 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.032b
title: Turbidity, Actual, Formazin Nephelometric Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 14 between 2.83m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Turbidity, Actual, Formazin Nephelometric Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 14 between 2.83m and 0.00m below sea level from 2021-02-05T11:35:02+02:00 to 2026-01-13T11:10:36+02:00 at -33.629870,26.637990 (+N-S,-W+E)
DOI: 10.5061/dryad.3g424
title: Data from: Measuring embryonic heart rate of wild birds: an opportunity to take the pulse on early development

description: Embryonic heart rate has the potential to provide great insight into
 physiological variation and ontogenic status in early development. The
 availability of a relatively inexpensive and portable piece of equipment –
 the Buddy egg monitor (Vetronic Services, UK), provides the opportunity to
 measure embryonic heart rate non-invasively in the field. Here we
 demonstrate the application of this equipment in the climatically harsh
 Australian outback. We characterize variation in embryonic heart rate in
 the zebra finch with respect to a range of abiotic and biotic variables.
 Heart rate increased throughout embryonic development and was positively
 correlated with ambient temperature. There was a strong effect of the nest
 of origin but no clear effect of laying order, or egg size, on embryonic
 heart rate. Our results demonstrate the sensitivity of embryonic heart
 rate to environmental conditions, and/or natal origin. We review studies
 that have used the digital egg monitor, and in discussing our own results
 identify areas of avian biology that could benefit from embryonic heart
 rate measurements in the future.
description: EmbryonicHeartRateInWildBirdsDataCSV file with Heart rates, temperature and measures of developmental/sampling conditions for zebra finch embryos.data.csv
DOI: 10.15493/obsdb.0000.0325
title: Turbidity, Actual, Formazin Nephelometric Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 13 between 2.84m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Turbidity, Actual, Formazin Nephelometric Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 13 between 2.84m and 0.00m below sea level from 2021-02-05T11:39:45+02:00 to 2026-01-13T11:12:59+02:00 at -33.629600,26.643230 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02d1
title: Inorganic Carbon - pH, Actual, Potential of Hydrogen for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 01 between 2.70m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Inorganic Carbon - pH, Actual, Potential of Hydrogen for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 01 between 2.70m and 0.00m below sea level from 2021-02-05T12:44:24+02:00 to 2026-01-13T11:50:13+02:00 at -33.679780,26.680400 (+N-S,-W+E)
DOI: 10.5061/dryad.1rq65qn
title: Data from: A simple, cost-effective emitter for controlled release of fish pheromones: development, testing, and application to management of the invasive sea lamprey

description: Semiochemicals that elicit species-specific attraction or repulsion have
 proven useful in the management of terrestrial pests and hold considerable
 promise for control of nuisance aquatic species, particularly invasive
 fishes. Because aquatic ecosystems are typically large and open, use of a
 semiochemical to control a spatially dispersed invader will require the
 development of a cost-effective emitter that is easy to produce,
 environmentally benign, inexpensive, and controls the release of the
 semiochemical without altering its structure. We examined the release
 properties of five polymers, and chose polyethylene glycol (PEG) as the
 best alternative. In a series of laboratory and field experiments, we
 examined the response of the invasive sea lamprey to PEG, and to a partial
 sex pheromone emitted from PEG that has proven effective as a trap bait to
 capture migrating sea lamprey prior to spawning. Our findings confirm that
 the sea lamprey does not behaviorally respond to PEG, and that the
 attractant response to the pheromone component was conserved when emitted
 from PEG. Further, we deployed the pheromone-PEG emitters as trap bait
 during typical control operations in three Great Lakes tributaries,
 observing similar improvements in trap performance when compared to a
 previous study using mechanically pumped liquid pheromone. Finally, the
 polymer emitters tended to dissolve unevenly in high flow conditions. We
 demonstrate that housing the emitter stabilizes the dissolution rate at
 high water velocity. We conclude the performance characteristics of PEG
 emitters to achieve controlled-release of a semiochemical are sufficient
 to recommend its use in conservation and management activities related to
 native and invasive aquatic organisms.
description: Wagner et
 al_PLOSone_Pheromone Emitter DataAll data reported in the
 manuscript is contained in this single Excel file. Detailed descriptions
 of the column headings are provided on each page.
DOI: 10.15493/obsdb.0000.0353
title: Salinity - Subsurface, Actual, Practical Salinity Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 20 between 1.68m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Salinity - Subsurface, Actual, Practical Salinity Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 20 between 1.68m and 0.00m below sea level from 2021-02-05T10:51:03+02:00 to 2026-01-13T10:53:39+02:00 at -33.611800,26.655280 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02ea
title: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 05 between 3.56m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Oxygen - Dissolved Oxygen, Actual, Milligrams per liter for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 05 between 3.56m and 0.00m below sea level from 2021-02-05T12:21:13+02:00 to 2026-01-13T11:35:53+02:00 at -33.665840,26.657730 (+N-S,-W+E)
DOI: 10.5061/dryad.34jf146
title: Data from: Multiple biological mechanisms result in correlations between pre- and post-mating traits that differ among versus within individuals and genotypes

description: Reproductive traits involved in mate acquisition (pre-mating traits) are
 predicted to covary with those involved in fertilization success
 (post-mating traits). Variation in male quality may give rise to positive,
 and resource allocation trade-offs to negative, covariances between pre-
 and post-mating traits. Empirical studies have yielded mixed results.
 Progress is hampered as researchers often fail to appreciate that
 mentioned biological mechanisms can act simultaneously but at different
 hierarchical levels of biological variation: genetic correlations may, for
 example, be negative due to genetic trade-offs but environmental
 correlations instead positive due to individual variation in resource
 acquisition. We measured pre-mating (aggression, body weight) and
 post-mating (ejaculate size) reproductive traits in a pedigreed population
 of southern field crickets (Gryllus bimaculatus). To create environmental
 variation, crickets were raised on either a low or a high nymphal density
 treatment. We estimated genetic and environmental sources of correlations
 between pre- and post-mating traits. We found positive genetic
 correlations between pre- and post-mating traits, implying the existence
 of genetic variation in male quality. Over repeated trials of the same
 individual (testing order), positive changes in one trait were matched
 with negative changes in other traits, suggesting energy allocating
 trade-offs within individuals among days. These findings demonstrate the
 need for research on pre- and post-mating traits to consider the
 hierarchical structure of trait correlations. Only by doing so was our
 study able to conclude that multiple mechanisms jointly shape phenotypic
 associations between pre- and post-mating traits in crickets.
description: RSPB-2018-0951_Tuni et
 al_DATA
DOI: 10.15493/obsdb.0000.0347
title: Sea Temperature - Subsurface, Actual, Degrees Celsius for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 18 between 1.56m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Sea Temperature - Subsurface, Actual, Degrees Celsius for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 18 between 1.56m and 0.00m below sea level from 2021-02-05T10:57:31+02:00 to 2026-01-13T10:59:17+02:00 at -33.612070,26.640640 (+N-S,-W+E)
DOI: 10.15493/obsdb.0000.02c9
title: Inorganic Carbon - pH, Actual, Potential of Hydrogen for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 05 between 1.70m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Inorganic Carbon - pH, Actual, Potential of Hydrogen for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Biological 05 between 1.70m and 0.00m below sea level from 2021-02-05T10:39:50+02:00 to 2026-01-13T10:34:22+02:00 at -33.611800,26.655280 (+N-S,-W+E)
DOI: 10.58118/k3d6-ez03
title: TROG 12.01 A Randomised Trial of Weekly Cetuximab and Radiation versus Weekly Cisplatin and Radiation in Good Prognosis Locoregionally Advanced HPV-Associated Oropharyngeal Squamous Cell Carcinoma (HPV OROPHARYNX)

description: HeSANDA 1.0.0
description: This dataset includes data for 189 trial participants with HPV positive Oropharyngeal Squamous Cell Carcinoma (OPSCC) who took part in the phase 3 multi-centre, open-label randomised trial of weekly cetuximab and RT versus weekly cisplatin and RT for patients with locoregionally advanced HPV-OPSCC. Participants were recruited at sites in Australia and New Zealand and includes data from registration on study, and up to 5 years in follow up. The study commenced in June 2013 and conducted the last patient last visit in Aug 2023. Dataset includes Timepoints at 3, 6, 9, 12 months and yearly to 5 years, QOL, Cancer Australia demographic data includes: Date of birth.
DOI: 10.15493/obsdb.0000.032a
title: Salinity - Subsurface, Actual, Practical Salinity Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 14 between 2.83m and 0.00m below sea level from 2021-02-05 to 2026-01-13

description: Salinity - Subsurface, Actual, Practical Salinity Unit for Estuaries, Multiparameter Meters, Kariega Estuary, Kariega Salinity 14 between 2.83m and 0.00m below sea level from 2021-02-05T11:35:02+02:00 to 2026-01-13T11:10:36+02:00 at -33.629870,26.637990 (+N-S,-W+E)