cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.18382769
title: Investor Perceptions of Greenwashing under Different ESG Disclosure Goals and Regulatory Regimes: The Role of Warm-Glow and Pro-Environment Intrinsic Motivations

description: This dataset contains the data supporting the findings of the study titled "Investor Perceptions of Greenwashing under Different ESG Disclosure Goals and Regulatory Regimes: The Role of Warm-Glow and Pro-Environment Intrinsic Motivations"
DOI: 10.5061/dryad.c937h
title: Data from: Neotropical wrens learn new duet rules as adults

description: Although song development in songbirds has been much studied as an
 analogue of language development in humans, the development of vocal
 interaction rules has been relatively neglected in both groups. Duetting
 avian species provide an ideal model to address the acquisition of
 interaction rules as duet structure involves time and pattern-specific
 relationships among the vocalizations from different individuals. In this
 study, we address the development of the most striking properties of
 duets: the specific answering rules that individuals use to link their own
 phrase types to those of their partners (duet codes) and precise temporal
 coordination. By performing two removal experiments in canebrake wrens
 (Cantorchilus zeledoni), we show that individuals use a fixed phrase
 repertoire to create new phrase pairings when they acquire a new partner.
 Furthermore, immediately after pairing, individuals perform duets with
 poor coordination and poor duet code adherence, but both aspects improve
 with time. These results indicate that individuals need a learning period
 to be able to perform well-coordinated duets that follow a consistent duet
 code. We conclude that both duet coordination and duet code adherence are
 honest indicators of pair-bond duration.
description: Duet codes H for
 RRaw
 data of indices of diversity for established and new
 pairsDuet codes sharing o
 good for RPhrase sharing between
 old and new mates E2H index by
 dateDiversity indices
 through timerandomization
 resultsOverlap indices raw
 datarepsizefor
 rIndividual repertoire
 sizes pre and post mate removalold vs new
 coordinationOverlap indices of
 established vs new pairsCoordination
 E1Temporal coordination
 Experiment 1overlapinpbckexp.csvAnswer proportion E1Proportion of phrases answered across treatments E1tx pbck experiment 2013 and 2014 analysis.csvR code Supplementary documentR code used for both experiments
DOI: 10.5061/dryad.db11f
title: Data from: Pollination context alters female advantage in gynodioecious Silene vulgaris

description: Gynodioecy, the co-occurrence of females and hermaphrodites, is arguably
 the most common angiosperm gender polymorphism in many florae. Females’
 ability to invade and persist among hermaphrodites depends, in part, on
 pollinators providing adequate pollination to females. We directly
 measured diurnal and nocturnal pollinators’ contributions to female and
 hermaphrodite seed production in artificial populations of gynodioecious
 Silene vulgaris by experimentally restricting pollinator access. We found
 that female relative seed production in this system depended strongly on
 pollination context: females produced more than twice as many seeds as
 hermaphrodites in the context of abundant, nectar-collecting moths.
 Conversely, females showed no seed production advantage in the context of
 pollen-collecting syrphid flies and bees due to acutely
 hermaphrodite-biased visitation. We infer that variation in pollinator
 type, behavior, and abundance may be important for achieving the female
 relative fitness thresholds necessary for the maintenance of gynodioecy.
 Generally, our study illustrates how pollinator-mediated mechanisms may
 influence the evolution of breeding systems and associated suites of
 floral traits. Segments of a pollinator community may facilitate
 gynodioecy by selecting for plant characteristics that increase the
 attractiveness of both sexes to pollinators, such as nectar rewards.
 Conversely, discriminating visitors in search of pollen may restrict
 gynodioecy in associated plant lineages by reducing male-steriles’ fitness
 below threshold levels.
description: Pollinator and seed
 data.Pollinator visitations
 (sheet1), Pollinator observation sessions (sheet2), fruit counts (sheet3),
 and seed counts (sheet4)DataForDryadVirginia2007.xlsx
DOI: 10.5061/dryad.dj5d3
title: Data from: Polydomy enhances foraging performance in ant colonies

description: Collective foraging confers benefits in terms of reduced predation risk
 and access to social information, but it heightens local competition when
 resources are limited. In social insects, resource limitation has been
 suggested as a possible cause for the typical decrease in per capita
 productivity observed with increasing colony size, a phenomenon known as
 Michener's paradox. Polydomy (distribution of a colony's brood
 and workers across multiple nests) is believed to help circumvent this
 paradox through its positive effect on foraging efficiency, but there is
 still little supporting evidence for this hypothesis. Here, we show
 experimentally that polydomy enhances the foraging performance of
 food-deprived Temnothorax nylanderi ant colonies via several mechanisms.
 First, polydomy influences task allocation within colonies, resulting in
 faster retrieval of protein resources. Second, communication between
 sister nests reduces search times for far away resources. Third, colonies
 move queens, brood and workers across available nest sites in response to
 spatial heterogeneities in protein and carbohydrate resources. This
 suggests that polydomy represents a flexible mechanism for space
 occupancy, helping ant colonies adjust to the environment.
description: Dataset for experiment
 1: worker activityDataset for experiment
 1: worker activitydataset1_experiment1_outside_nest_workers.csvDataset for experiment 1: fly consumptionDataset for experiment 1: fly consumptiondataset2_experiment1_fly_consumption_time.csvDataset for experiment 2Dataset for experiment 2dataset3_experiment2_data.csvDataset for experiment 3Dataset for experiment 3dataset4_experiment3_data.csv
DOI: 10.5061/dryad.k3rv4
title: Data from: Body macronutrient composition is predicted by lipid and not protein content of the diet

description: 1. Diet is an important determinant of fitness related traits including
 growth, reproduction and survival. Recent work suggests that variation in
 protein : lipid ratio, particularly the amount of protein, in the diet is
 a key nutritional parameter. However, the traits that mediate the link
 between dietary macronutrient ratio and fitness related traits are less
 well understood. An obvious candidate is body composition, given its
 well-known link to health. 2. Here we investigate the relationship between
 dietary and body macronutrient composition using a freshwater fish, the
 three-spine stickleback (Gasterosteus aculeatus). Carbohydrate is
 relatively unimportant in the diet of predatory fish, facilitating the
 exploration of how dietary protein to lipid ratio affects their relative
 deposition in the body. 3. We find a significant effect of lipid intake,
 rather than protein, on body protein : lipid ratio. This was not a result
 of absorbing macronutrients in relation to their relative abundance in the
 diet, as the carcass protein : lipid ratios differed from those of the
 diets, with ratios usually lower in the body than in the diet. This
 indicates that individuals can moderate their utilisation, or uptake, of
 ingested macronutrients to reach a target balance within the body. 4. We
 found no effect of diet on swimming endurance, activity or testes size.
 However, there was an effect of weight on testes size, with larger males
 having larger testes. 5. Our results provide evidence for the adjustment
 of body protein : lipid ratio away from that of the diet. As lipid intake
 was the key determinant of body composition, we suggest this occurs via
 metabolism of excess protein, conflicting with the predictions of the
 protein leverage hypothesis. These results could imply that the conversion
 and excretion of protein is one of the causes of the survival costs
 associated with high protein diets.
description: Moatt et al
 Data_S1Data file for body
 composition and testes massMoatt et al
 Data_S2Data file for growth
 dataMoatt et al
 Data_S3Data file for activity
 measuresMoatt et al
 Data_S4Data file for swimming
 endurance measuresDialog
 S1Word document explaining
 Data files S1-S4Moatt et al
 ScriptR script for full
 analysis
DOI: 10.5061/dryad.f13r3
title: Data from: Camerate crinoids from the Nunn Member (Osagean) of the Lower Mississippian Lake Valley Formation, New Mexico

description: The Nunn Member (Early Osagean) of the Lake Valley Formation of New Mexico
 is known for its abundance and diversity of crinoids. Although crinoids
 were first reported in the late 1800's, there has not been a
 comprehensive study of the crinoids, and a complete list of the crinoid
 taxa does not exist. All subclasses of crinoids occur in the Lake Valley,
 but the camerates are by far the dominant group. Study of the Macurda
 collection from the University of Michigan, the Laudon collection from the
 University of New Mexico, and new collections provided more than 7000
 specimens, 4,500 of which were identifiable camerates. Sixty-one species
 of camerates are recognized in the Nunn Member, including five new
 species: Blairocrinus macurdai, Iotacrinus novamexicanus, Agaricocrinus
 alamogordoensis, Uperocrinus kuesi, and Collicrinus laudoni. This camerate
 fauna is very similar to that of the lower Burlington Limestone of the
 Mississippi Valley. An update of the crinoid taxa in the Lake Valley
 Formation allows for a better understanding of the temporal and geographic
 relationships of crinoid faunas across North American during the Early
 Mississippian when camerates were at their global diversity maximum. The
 majority of the camerates come from the western New Mexico outcrops where
 the Nunn is thicker and the marine shelf was shallower, but several also
 occur in association with the deep-water Waulsortian mounds.
description: 12-033R Rhenberg
 Supplemental-1Locality information for
 collecting sites. M localities were collected by Dr. Macurda, Laudon
 numbers collected by Dr. Laudon, and FC localities were collected by the
 authors.12-033R Rhenberg
 Supplemental-2Township and range
 information for the Macurda localities.12-033R Rhenberg
 Supplemental-3Material examined from
 the Nunn Member of the Lake Valley Formation in New Mexico. UMMP numbers
 are those illustrated and types for new species which are housed at the
 University of Michigan Museum of Paleontology. M localities are those
 collected by Brad Macurda and students while he was at the University of
 Michigan. KNM specimens were donated by Barry Kues of the University of
 New Mexico. LNM specimens come from the Lowell Laudon collection, also
 donated by Barry Kues. IU specimens were collected by A. S. Horowitz and
 J. H. Johnson of Indiana University, which came with Macurda's
 collection. FC specimens were those collected by the authors. All these
 specimens are housed with the University of Michigan. All other specimens
 are part of the Springer Collection of the U.S. National Museum of Natural
 History (USNM).12-033R Rhenberg
 Supplemental-4Interradial plate counts
 of all Nunnacrinus dalyanus studied, including the type specimens of
 Nunnacrinus mammillatus from the Smithsonian
 Institution.
DOI: 10.5061/dryad.k07th
title: Data from: The influence of social structure on brood survival and development in a socially polymorphic ant: insights from a cross-fostering experiment

description: Animal societies vary in the number of breeders per group, which affects
 many socially and ecologically relevant traits. In several social insect
 species, including our study species Formica selysi, the presence of
 either one or multiple reproducing females per colony is generally
 associated with differences in a suite of traits such as the body size of
 individuals. However, the proximate mechanisms and ontogenetic processes
 generating such differences between social structures are poorly known.
 Here, we cross-fostered eggs originating from single-queen (=monogynous)
 or multiple-queen (=polygynous) colonies into experimental groups of
 workers from each social structure to investigate whether differences in
 offspring survival, development time and body size are shaped by the
 genotype and/or pre-foster maternal effects present in the eggs, or by the
 social origin of the rearing workers. Eggs produced by polygynous queens
 were more likely to survive to adulthood than eggs from monogynous queens,
 regardless of the social origin of the rearing workers. However, brood
 from monogynous queens grew faster than brood from polygynous queens. The
 social origin of the rearing workers influenced the probability of brood
 survival, with workers from monogynous colonies rearing more brood to
 adulthood than workers from polygynous colonies. The social origin of eggs
 or rearing workers had no significant effect on the head size of the
 resulting workers in our standardized laboratory conditions. Overall, the
 social backgrounds of the parents and of the rearing workers appear to
 shape distinct survival and developmental traits of ant brood.
description: F_selysi_x_foster_egg_survivalEggs were collected from field colonies and placed with rearing groups of foreign workers. This file contains survival data for eggs that were collected by workers in each rearing group.F_selysis_X_Foster_Brood_SurvivalData on the proportion of brood that survived to eclose in each rearing group, given the number of eggs that were collected.Fselysi_crossfoster_callow_dataData on the development time, growth rate and head size of newly eclosed callow workers.
DOI: 10.5061/dryad.84pj6
title: Data from: The impact of conservation management on the community composition of multiple organism groups in eutrophic interconnected man-made ponds

description: Ponds throughout the world are subjected to a variety of management
 measures for purposes of biodiversity conservation. Current conservation
 efforts typically comprise a combination of multiple measures that
 directly and indirectly impact a wide range of organism groups. Knowledge
 of the relative impact of individual measures on different taxonomic
 groups is important for the development of effective conservation
 programs. We conducted a field study of 28 man-made ponds, representing
 four management types differing in the frequency of periodic pond drainage
 and the intensity of fish stock management. We disentangled the relative
 importance of direct and indirect effects of pond management measures on
 the community composition of phytoplankton, zooplankton, aquatic
 macro-invertebrates, submerged and emergent vascular plants. With the
 exception of phytoplankton, pond management had strong effects on the
 community composition of all investigated biota. Whether management
 affected communities directly or indirectly through its impact on fish
 communities or local environmental conditions in the pond varied between
 organism groups. Overall, the impact of pond drainage regime and fish
 community characteristics on the community composition of target organism
 groups were more important than local environmental conditions. The
 majority of taxa were negatively associated with fish density, whereas
 multiple emergent plant species and several taxa of aquatic
 macro-invertebrates were positively affected by increased drainage
 frequency. The effects of fish community and drainage tended to be largely
 independent. The present study indicates that pond drainage is an
 important element for biodiversity conservation in eutrophicated shallow
 and interconnected man-made ponds.
description: data of fish ponds in
 BelgiumThis dataset contains
 data of multiple aquatic biota and major environmental variables of fish
 ponds in Belgium.Lemmens et al.,
 2015_DRYAD.xlsx
DOI: 10.5061/dryad.1cp758h
title: Data from: Vegetation structure mediates a shift in predator avoidance behavior in a range-edge population

description: Where organisms encounter novel conditions during range expansion,
 behavioral changes suited to the new habitat can enhance survival.
 Behavioral changes that mitigate predation risk are particularly important
 for the persistence of range-edge populations, especially where plastic
 responses outpace genetic adaptation. We use a climate-driven spatial
 mismatch between the arboreal mangrove tree crab (Aratus pisonii) and its
 primary mangrove habitat to evaluate differences in predator avoidance
 behavior between populations in range-center mangroves and adjacent
 range-edge salt marshes. We expected that differences in vegetation
 stature and diameter mediate changes in Aratus behavior. We combined crab
 and vegetation surveys with tethering experiments and in situ behavioral
 trials to determine habitat-specific predation risk and predator avoidance
 via evasion and autotomy. Tethering trials revealed that predation risk
 was always greater from aquatic sources than terrestrial sources and that
 aquatic risk was enhanced in marsh habitat. Vegetation structural form
 constrained Aratus predator avoidance during in situ behavioral assays: in
 mangroves, Aratus escaped upward into the canopy, but short statured marsh
 grass restricted evasion to downward movement towards the higher risk
 aquatic environment. Given this restricted evasion route, Aratus in salt
 marsh were less likely to evade and showed more evidence of secondary
 escape via leg-dropping. Shifting predator avoidance behavior away from a
 fleeing escape strategy may ameliorate the fitness costs of reduced escape
 opportunities for Aratus in novel marsh habitat along the range-edge.
 Similar changes in behavior to match local habitat conditions could be
 integral to the persistence of many range-edge populations that encounter
 novel habitats.
description: AratusEdge_CrabandHabitatSurvey_JohnstonSmithVegetation substrate and crab population field surveys in mangrove and saltmarsh habitats.AratusEdge_FieldAssayofEvasionBehavior_JohnstonSmithField assays of crab behavior relative to vegetation substrate size in mangrove and saltmarsh habitats.AratusEdge_TetheredSurvivalExperimentOutcomes_JohnstonSmithOutcome of a tethering experiment in the field to evaluate crab survival in mangrove and saltmarsh habitats.AratusEdge_SizeofTetheredCrabsbyGroup_JohnstonSmithSizes of crabs used in tethering field experiment in mangrove and saltmarsh habitats.
DOI: 10.5061/dryad.hk1vv
title: Data from: Thyroid hormone modulates offspring sex ratio in a turtle with temperature-dependent sex determination

description: The adaptive significance of temperature-dependent sex determination (TSD)
 has attracted a great deal of research, but the underlying mechanisms by
 which temperature determines the sex of a developing embryo remain poorly
 understood. Here, we manipulated the level of a thyroid hormone (TH),
 triiodothyronine (T3), during embryonic development (by adding excess T3
 to the eggs of the red-eared slider turtle Trachemys scripta, a reptile
 with TSD), to test two competing hypotheses on the proximate basis for
 TSD: the developmental rate hypothesis versus the hormone hypothesis.
 Exogenous TH accelerated embryonic heart rate (and hence metabolic rate),
 developmental rate, and rates of early post-hatching growth. More
 importantly, hyperthyroid conditions depressed expression of Cyp19a1 (the
 gene encoding for aromatase) and levels of oestradiol, and induced more
 male offspring. This result is contrary to the direction of sex-ratio
 shift predicted by the developmental rate hypothesis, but consistent with
 that predicted by the hormone hypothesis. Our results suggest an important
 role for THs in regulating sex steroid hormones, and therefore, in
 affecting gonadal sex differentiation in TSD reptiles. Our study has
 implications for the conservation of TSD reptiles in the context of global
 change because environmental contaminants may disrupt the activity of THs,
 and thereby affect offspring sex in TSD reptiles.
description: HR, E2 &
 AromataseData of heart rate,
 estradiol levels and relative expression of Aromatase after T3
 application, at each temperature (28, 29, 30C) from Control and T3
 treatments.Incubation,growth and
 rateFirst, the data of
 incubation, such as incubation period and hatchling size are shown here.
 Second, the growth rate of hatchlings are also here. In addition, the
 hatching success and sex ratio are listed.Incubation &
 growth.xlsx
DOI: 10.5061/dryad.9f94k
title: Data from:Microgeographic differentiation in thermal performance curves between rural and urban populations of an aquatic insect

description: The rapidly increasing rate of urbanization has a major impact on the
 ecology and evolution of species. While increased temperatures are a key
 aspect of urbanization (“urban heat islands”), we have very limited
 knowledge whether this generates differentiation in thermal responses
 between rural and urban populations. In a common garden experiment, we
 compared the thermal performance curves (TPCs) for growth rate and
 mortality in larvae of the damselfly Coenagrion puella from three urban
 and three rural populations. TPCs for growth rate shifted vertically,
 consistent with the faster-slower theoretical model whereby the
 cold-adapted rural larvae grew faster than the warm-adapted urban larvae
 across temperatures. In line with costs of rapid growth, rural larvae
 showed lower survival than urban larvae across temperatures. The
 relatively lower temperatures, hence expected shorter growing seasons in
 rural populations compared to the populations in the urban heat islands
 likely impose stronger time constraints to reach a certain developmental
 stage before winter, thereby selecting for faster growth rates. In
 addition, higher predation rates at higher temperature may have
 contributed to the growth rate differences between urban and rural ponds.
 A faster-slower differentiation in TPCs may be a widespread pattern along
 the urbanization gradient. The observed microgeographic differentiation in
 TPCs supports the view that urbanization may drive life history evolution.
 Moreover, because of the urban heat island effect, urban environments have
 the potential to aid in developing predictions on the impact of climate
 change on rural populations.
description: data_Tuzun2017_EVAData used for the analysis of growth rate (longitudinal format).