cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5061/dryad.2j0b93b
title: Data from: New taxa and revised stratigraphic distribution of the crinoid fauna from Anticosti Island, Québec, Canada (Late Ordovician-Early Silurian)

description: End-Ordovician extinctions had a profound effect on shallow-water benthic
 communities, including the Crinoidea. Further, recovery after the
 extinctions resulted in a macroevolutinary turnover in crinoid faunas.
 Anticosti Island is the most complete Ordovician-Silurian boundary section
 recording shallow-water habitats. Both new taxa and changes in Anticosti
 Island stratigraphic nomenclature are addressed herein. New taxa include
 Becsciecrinus groulxi n. sp., Bucucrinus isotaloi n. sp., Jovacrinus
 clarki n. sp., Plicodendrocrinus petryki n. sp., Plicodendrocrinus martini
 n. sp., Thalamocrinus daoustae n. sp., and Lateranicrinus saintlaurenti n.
 gen and sp. The status of Xenocrinus rubus as a boundary-crossing taxon is
 confirmed, range extensions of several taxa are documented, and the
 distribution of crinoids with the revised stratigraphic nomenclature is
 documented.
description: AusichCouronyer-OnlineSupplementalDataAdditional Systematic Notes on Anticosti crinoidsAusichCournoyer_SuppTable1Supplemental Table 1. Katian crinoid faunas of Anticosti Island.AusichCournoyer_SuppTable2Supplemental Table 2. Hirnantian crinoid faunas of Anticosti Island.AusichCournoyer_SuppTable3Supplemental Table 3. Rhuddanian crinoid faunas of Anticosti Island. In addition, Xenocrinus rubus is known from talus of the Becscie Formation, but the member is not known.AusichCournoyer_SuppTable4Supplemental Table 4. Aeronian crinoid faunas of Anticosti Island. Becsciecrinus groulxi n. sp., Bucucrinus isotaloi n. sp., Laternicrinus saintlaurenti n. gen. n. sp., Plicodendrocrinus petryki n. sp., Thalamocrinus daoustae n. sp., and Xenocrinus rubus are from unspecified outcrops along the Jupiter River and are considered either Aeronian or Telychian in age. In addition, Eomyelodactylus sparteus Eckert, 1990, is recognized from an unknown member of the Gun River Formation.AusichCournoyer_SuppTable5Supplemental Table 5. Telychian crinoid faunas of Anticosti Island. Becsciecrinus groulxi n. sp., Bucucrinus isotaloi n. sp., Laternicrinus saintlaurenti n. gen. n. sp., Plicodendrocrinus petryki n. sp., Thalamocrinus daoustae n. sp., and Xenocrinus rubus are from unspecified outcrops along the Jupiter River and are considered either Aeronian or Telychian in age.AusichCournoyer_SuppTable6Supplemental Table 6. Bucucrinus species diagnostic table.AusichCournoyer_SuppTable7Supplemental Table 7. Becsciecrinus species diagnostic table.AusichCournoyer_SuppTable8Supplemental Table 8. Jovacrinus species diagnostic table.AusichCournoyer_SuppTable9AusichCournoyer_SuppTable10Supplemental Table 10. Thalamocrinus species diagnostic table. Note, Thalamocrinus arenaceus Jell and Theron, 1999 is not included in this diagnostic table.AusichCournoyer_SuppTable11Supplemental Table 11. Diagnostic table for the species of the Plicodendrocrinus.
DOI: 10.5061/dryad.cv6j89s
title: Data from: Shear adhesive performance of leaf-cutting ant workers (Atta cephalotes)

description: Wingless arboreal ants must resist the force of gravity while traversing
 substrates in their environment. For leaf-cutting ants like Atta
 cephalotes, foraging may also include a ca. 30 m vertical descent while
 carrying a load 1 – 6 times their body mass. We hypothesized that heavier
 and larger ants would carry heavier and larger loads, and that adhesive
 performance would positively correlate with load mass. We found no
 relationship between ant mass, body length, head width, or adhesive
 performance and the load size an ant carried. In addition to workers
 carrying vegetative loads (most often leaves), workers in an active
 foraging trail also include smaller workers riding on the leaves carried
 by larger workers, and large major workers, providing protection from
 aerial and ground attacks (Soldiers), respectively. Despite varying
 functional roles, all foraging ants require secure attachment to the
 substrate. We measured shear adhesive performance of each foraging role
 and found that Soldiers produced the highest shear adhesive forces.
 However, when controlling for tarsal pad area, we found that ants carrying
 loads have higher shear adhesive performance per unit area than those
 riding on leaves, and that Soldiers have the lowest shear adhesive
 performance per unit area. This suggests that while leaf choice does not
 appear to be dictated by size, mass, or shear adhesive performance of
 individual ants, overall, ants who carry leaves adhere more strongly given
 their pad size than those who do not.
description: Stark et
 al._SI_Final_2018Raw
 data
DOI: 10.5061/dryad.nt71r49
title: Data from: The pollination system of the widely distributed mammal-pollinated Mucuna macrocarpa (Fabaceae) in the tropics

description: Although the pollinators of some plant species differ across regions, only
 a few mammal-pollinated plant species have regional pollinator differences
 in Asia. Mucuna macrocarpa is pollinated by squirrels, flying foxes, and
 macaques in subtropical and temperate islands. In this study, the
 pollination system of M. macrocarpa was identified in tropical Asia, where
 the genus originally diversified. This species requires “explosive
 opening” of the flower, where the wing petals must be pressed down and the
 banner petal pushed upward to fully expose the stamens and pistil. A
 bagging experiment showed that fruits did not develop in inflorescences (n
 = 66) with unopened flowers, whereas fruits developed in 68.7% of
 inflorescences (n = 131) with opened flowers. This indicated that the
 explosive opening is needed for the species to reproduce. Four potential
 pollinator mammals were identified by a video camera-trap survey, and more
 than 60% of monitored inflorescences (n = 138) were opened by two diurnal
 squirrels (Callosciurus caniceps and C. finlaysonii), even though more
 than 10 mammal species visited flowers. Nectar was surrounded by the
 calyx, and the volume and sugar concentration of nectar did not change
 during the day. This nectar secretion pattern is similar to those reported
 by previous studies in other regions. These results showed that the main
 pollinators of M. macrocarpa in the tropics are squirrels. However, the
 species’ nectar secretion pattern is not specifically adapted to this
 particular pollinator. Pollinators of M. macrocarpa differ throughout the
 distribution range based on the fauna present, but there might not have
 been no distinctive changes in the attractive traits that accompanied
 these changes in pollinators.
description: Kobayashi et
 al-raw_data
DOI: 10.5061/dryad.gj04hd5
title: Data from: Elevational and microclimatic drivers of thermal tolerance in Andean Pristimantis frogs

description: Aim: We analysed elevational and microclimatic drivers of thermal
 tolerance diversity in a tropical mountain frog clade to test three
 macrophysiological predictions: less spatial variation in upper than lower
 thermal limits (Bretts’ heat invariant hypothesis); narrower thermal
 tolerance ranges in habitats with less variation in temperature (Janzen´s
 climatic variability hypothesis); and higher level of heat impacts at
 lower altitudes. Location: Forest and open habitats through a 4230 m
 elevational gradient across the tropical Andes of Ecuador. Method: We
 examined variability in critical thermal limits (CTmax, and CTmin), and
 thermal breadth (CTmax-CTmin) in 21 species of Pristimantis frogs.
 Additionally, we monitored maximum and minimum temperatures at the
 local-scale (tmax, tmin), and estimated vulnerability to acute thermal
 stress from heat (CTmax-tmax) and cold (tmin – CTmin), by partitioning
 thermal diversity into elevational and microclimatic variation. Results:
 Our results were consistent with Brett’s hypothesis: altitude promotes
 more variation in CTmin and tmin than in CTmax and tmax. Frogs inhabiting
 thermally variable open habitats have higher CTmax and tmax and greater
 thermal breadths than species restricted to forest habitats, which show
 less climatic overlap across the elevational gradient (Janzen´s
 hypothesis). Vulnerability to heat stress was higher in open than forest
 habitats and did not vary with altitude. Main conclusions: We suggest a
 mechanistic explanation of thermal tolerance diversity in elevational
 gradients by including microclimatic thermal variation. We propose that
 the unfeasibility to buffer minimum temperatures locally may explain the
 rapid increase in cold tolerance (lower CTmin) with elevation. In
 contrast, the relative invariability in heat tolerance (CTmax) with
 elevation may revolve around the organisms’ habitat selection of open and
 canopy buffered habitats. Secondly, on the basis of microclimatic
 estimates, lowland and upland species may be equally vulnerable to
 temperature increase, which is contrary to the pattern inferred from
 regional interpolated climate estimators.
description: Pristimantis
 physiological dataDataset with information
 on Pristimantis thermal physiology, weight, location, and environmental
 data.Pintanel_etal_CTdata.csvDatalogger informationDataset with datalogger information from Pristimantis habitats and overlap analysisPintanel_etal_Microenv_Overlap.zip
DOI: 10.5061/dryad.pd8ms7g
title: Data from: Innovative consumers: ecological, behavioral and physiological predictors of responses to novel food

description: Consumer innovation, i.e. the acquisition and consumption of novel food
 types, has received little attention despite its predominance among animal
 innovations, and its potential implications for the ecology and evolution
 of species in a changing world. Results of the few studies that have
 investigated individual responses to novel foods suggest that various
 ecological, behavioral, and physiological variables may impact individual
 propensity for consumer innovation, but further work is needed to clarify
 these relationships. We investigated if urbanization, social rank,
 exploratory personality, and baseline levels of corticosterone predict
 food neophobia and consumer innovation responses of wild-caught
 black-capped chickadees (N=170) from 14 sites along an urbanization
 gradient. Our analyses do not support a link between food neophobia or
 consumer innovation and urbanization, dominance or exploratory
 personality. However, birds with higher levels of baseline corticosterone
 were quicker to contact novel food types, and more likely to consume novel
 foods than individuals with lower levels of the hormone. This finding
 suggests that physiological states that promote foraging behavior might
 drive individual responses to novel food. Additionally, we found that
 chickadees tested later in autumn were less neophobic than those tested
 earlier in the season, perhaps reflecting seasonal changes in food
 availability. Together, the ability of baseline corticosterone and date of
 capture to predict responses to novel food suggest that necessity may
 drive consumer innovation in chickadees.
description: FoodNeophobia and
 Consumer Innovation DataFoodNeophobiaInnovation.csv
DOI: 10.5061/dryad.7c0h1sb
title: Data from: The return of the frogs: the importance of habitat refugia in maintaining diversity during a disease outbreak

description: Recent decades have seen the emergence and spread of numerous infectious
 diseases, often with severe negative consequences for wildlife
 populations. Nevertheless, many populations survive the initial outbreaks,
 and even undergo recoveries. Unfortunately, the long-term effects of these
 outbreaks on host population genetics are poorly understood; to increase
 this understanding, we examined the population genetics of two species of
 rainforest frogs (Litoria nannotis and Litoria serrata) that have largely
 recovered from a chytridiomycosis outbreak at two national parks in the
 Wet Tropics of northern Australia. At the wetter, northern park there was
 little evidence of decreased genetic diversity in either species, and all
 of the sampled sites had high minor allele frequencies (mean MAF =
 0.230–0.235), high heterozygosity (0.318–0.325), and few monomorphic
 markers (1.4–4.0%); however, some recovered L. nannotis populations had
 low Ne values (59.3–683.8) compared to populations that did not decline
 during the outbreak (1537.4–1756.5). At the drier, southern park, both
 species exhibited lower diversity (mean MAF = 0.084–0.180; heterozygosity
 = 0.126–0.257; monomorphic markers = 3.7–43.5%; Ne = 18.4–676.1). The
 diversity patterns in this park matched habitat patterns, with both
 species having higher diversity levels and fewer closely related
 individuals at sites with higher quality habitat. These patterns were more
 pronounced for L. nannotis, which has lower dispersal rates than L.
 serrata. These results suggest that refugia with high quality habitat are
 important for retaining genetic diversity during disease outbreaks, and
 that gene flow following disease outbreaks is important for restabilising
 diversity in populations where it was reduced.
description: Litoria SNP
 dataThis file contains the
 SNP data used in, "The return of the frogs: The importance of habitat
 refugia in maintaining diversity during a disease outbreak." It is
 broken into four sheets. "Litoria nannotis" and "Litoria
 serrata" contain the raw SNP data (prior to filtering) as well as
 columns noting which SNPs passed filtering and were analyzed in the study.
 The sheet "SNP metadata" contains the metadata for the SNPs
 column names, and the "Frog metadata" sheet contains the
 metadata for frog samples.SNP data for
 Dryad.xlsx
DOI: 10.5061/dryad.3pf2cb4
title: Data from: Strong patterns of intraspecific variation and local adaptation in Great Basin plants revealed through a review of 75 years of experiments

description: Variation in natural selection across heterogeneous landscapes often
 produces 1) among-population differences in phenotypic traits, 2)
 trait-by-environment associations, and 3) higher fitness of local
 populations. Using a broad literature review of common garden studies
 published between 1941 and 2017, we documented the commonness of these
 three signatures in plants native to North America’s Great Basin, an area
 of extensive restoration and revegetation efforts, and asked which traits
 and environmental variables were involved. We also asked, independent of
 geographic distance, whether populations from more similar environments
 had more similar traits. From 327 experiments testing 121 taxa in 170
 studies, we found 95.1% of 305 experiments reported among-population
 differences, and 81.4% of 161 experiments reported trait-by-environment
 associations. Locals showed greater survival in 67% of 24 reciprocal
 experiments that reported survival, and higher fitness in 90% of 10
 reciprocal experiments that reported reproductive output. A meta-analysis
 on a subset of studies found that variation in eight commonly-measured
 traits was associated with mean annual precipitation and mean annual
 temperature at the source location, with notably strong relationships for
 flowering phenology, leaf size, and survival, among others. Although the
 Great Basin is sometimes perceived as a region of homogeneous ecosystems,
 our results demonstrate widespread habitat-related population
 differentiation and local adaptation. Locally-sourced plants likely harbor
 adaptations at rates and magnitudes that are immediately relevant to
 restoration success, and our results suggest that certain key traits and
 environmental variables should be prioritized in future assessments of
 plants in this region.
description: DatasetsThis file contains all data supporting the publication, including qualitative scores for signature, trait*environment scores, quantitative comparison data (mean trait data), and location data for all populations and gardens. A "data dictionary" tab is also provided to explain the contents.GBLA_for DRYAD_Datasets.xlsxR Code for Quantitative AnalysisR Code supporting the quantitative analysis. Data called for by this code are in the "quantitative analysis" tab of the "GBLA_forDryad_datasets" excel file.RcodeForUpload.R
DOI: 10.5061/dryad.17h7q4v
title: Data from: Loss of cytoplasmic incompatibility and minimal fecundity effects explain relatively low Wolbachia frequencies in Drosophila mauritiana

description: Maternally transmitted Wolbachia bacteria infect about half of all insect
 species. Many Wolbachia cause cytoplasmic incompatibility (CI), reduced
 egg hatch when uninfected females mate with infected males. Although CI
 produces a frequency-dependent fitness advantage that leads to high
 equilibrium Wolbachia frequencies, it does not aid Wolbachia spread from
 low frequencies. Indeed, the fitness advantages that produce initial
 Wolbachia spread and maintain non-CI Wolbachia remain elusive. wMau
 Wolbachia infecting Drosophila mauritiana do not cause CI, despite being
 very similar to CI-causing wNo from D. simulans (0.068% sequence
 divergence over 682,494 bp), suggesting recent CI loss. Using draft wMau
 genomes, we identify a deletion in a CI-associated gene, consistent with
 theory predicting that selection within host lineages does not act to
 increase or maintain CI. In the laboratory, wMau shows near-perfect
 maternal transmission; but we find no significant effect on host
 fecundity, in contrast to published data. Intermediate wMau frequencies on
 the island Mauritius are consistent with a balance between unidentified
 small, positive fitness effects and imperfect maternal transmission. Our
 phylogenomic analyses suggest that group-B Wolbachia, including wMau and
 wPip, diverged from group-A Wolbachia, such as wMel and wRi, 6–46 million
 years ago, more recently than previously estimated.
description: Data for Meany et al.
 2019Meany_et_al_DRYAD.zip
DOI: 10.5061/dryad.4c963s4
title: Data from: Evolution of short tails and breakdown of honest signaling system during a severe winter in the Pacific swallow Hirundo tahitica

description: In dynamic selection regimes, an honest signal that indicates high quality
 in favorable environments might be negatively related to quality in
 unfavorable environments, though empirical evidence is scarce. Here, we
 studied the relationship between plumage ornaments and physiological state
 in the Pacific swallow Hirundo tahitica on Amami Oshima Island in 2 years
 with contrasting weather conditions: a once-in-a-century severe winter and
 a mild winter in the following year. Previous studies have shown that,
 during the severe winter, many Pacific swallows, particularly those with
 long tails, died whereas no carcasses were found in the next year,
 indicating relaxed selection during mild years. Here we showed that after
 the severe winter, the offspring generation had shorter tails than the
 parental generation, which could not be explained by age or yearly
 difference in tail length, indicating the evolution of short tails.
 Moreover, the relationship between tail length and body condition differed
 between years: longer-tailed swallows had a better body condition in the
 mild winter, whereas the reverse tendency was found in the severe winter.
 A similar relationship was found between plasma corticosterone level, an
 indicator of physiological stress, and tail length (i.e., swallows with
 longer tails tended to have lower corticosterone levels during the mild
 winter while the reverse pattern was found during the severe winter). In
 contrast, another plumage ornament, pheomelanin pigmentation, was
 positively linked to body condition during the two study years and had no
 detectable relationship with the plasma corticosterone levels. Differences
 in the relationship between specific plumage traits and physiology may
 help to explain the diversity of tail length and plumage coloration in
 hirundines.
description: DataforEE
DOI: 10.5061/dryad.kt06961
title: Data from: Ecological release of the Anna's Hummingbird during a northern range expansion

description: During range expansions species can experience rapid population growth if
 changes in climate or interspecific interactions remove limits on growth
 rates in novel habitats. Here I document a century of range expansion in
 the Anna's Hummingbird (Calypte anna) and investigate the causes of
 its recent abundance through a combination of demographic, climatic, and
 phenological analyses. Christmas Bird Count records show that populations
 have been growing within the native range since the early twentieth
 century. Sites across the Pacific Northwest show striking fits to simple
 models of exponential growth following colonization in the 1960’s and
 70’s, and nest records indicate that the species now delays the start of
 the nesting season by at least 16 days in the north. Although the species
 now occurs in a much wider range of climates than it did in its native
 range, the fastest growing sites in the northwest are in regions with
 minimum breeding season temperatures similar to those occupied by the
 species prior to the expansion. Range expansions in the Anna’s Hummingbird
 thus reflect an ecological release likely caused by a mix of human
 facilitation, introduced plants, and phenological acclimation that allowed
 a California native to expand across western North America.
description: datasee readme for
 detailsanhu_data.zipanhu_scriptssee readme
DOI: 10.5061/dryad.qr77sm4
title: Data from: Does this title bug (Hemiptera) you? How to write a title that increases your citations

description: 1. Scientists face an overwhelming number of peer-reviewed publications to
 read and must choose which to cite. Citation rate is used to measure a
 scientist’s productivity and often affects hiring and promotion. Thus, as
 the number of scientific publications grows, competition for notice
 increases. A publication’s title is the first step in the filtering
 process of a reader; the features of a title that are correlated with
 citation rate have not been explored for entomology journals. 2. We
 analyzed titles from two entomology and two ecology journals, documenting
 the presence of Latin names, common names, functional groups, geographic
 location, question marks, whether the title attempted humor or was divided
 into two parts, and the number of words in the title. 3. We found that
 using a Latin name in a title significantly decreases citations. Using
 Latin names in a title likely causes readers who are not immediately
 familiar with that name to skip the paper entirely when perusing a
 journal’s table of contents, whereas titles that describe a general
 research area, without indicating the study organism, draw a wider
 audience and thus more citations. 4. We found that use of functional group
 names or geographic location in a title increased citations in entomology
 journals; however, these patterns were driven by a small portion of the
 data. Use of common names, presence of punctuation, whether the title
 attempted humor, and title length had no effect on citation rates. 5. Our
 findings may help authors to write better titles and therefore improve
 readership and citation rate.
description: Murphy et al titles data
 for DRYAD