cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5061/dryad.z612jm6dq
title: Anthropogenic light and noise affect the life histories of female Gryllus veletis field crickets

description: Adaptive plasticity often offsets the negative effects of rapid
 environmental change. However, anthropogenic stressors like noise and
 artificial light at night (ALAN) are often unlike those environments
 experienced ancestrally, making the resulting responses of individuals
 potentially maladaptive or less predictable. Further uncertainty stems
 from few studies exploring how the two anthropogenic stressors may
 interact to influence individual responses. Here we reared female Gryllus
 veletis field crickets in traffic noise, ALAN, both, or neither to assess
 how each environment impacted their development, mating behaviors, and
 reproductive output. We found modest to no effect of anthropogenic
 stressors on development time or adult size, but pronounced effects on
 adult behaviors. Females reared in noise in any capacity were more
 responsive to advertising males and mated with them faster, and females
 reared in any anthropogenic stressor retained spermatophores longer. More
 significantly, any anthropogenic stressor reduced the lifetime fitness of
 females through reduced oviposition, hatching success, both, or reduced
 offspring size at hatching. However, we did not find decreased fitness of
 females reared with both anthropogenic stressors relative to those reared
 with just one. Our results highlight how novel anthropogenic stressors may
 impact populations, but whether individuals can adapt may depend on an
 interplay between development, mating behaviors, and reproductive
 output.
DOI: 10.5061/dryad.hmgqnk9k0
title: Data for: An aggressive non-consumptive effect mediates pest control and multi-predator interactions in a coffee agroecosystem

description: Natural pest control is an alternative to pesticide use in agriculture,
 which may help to curb insect declines and promote crop production.
 Non-consumptive interactions in natural pest control, which historically
 have received far less attention than consumptive interactions, may have
 distinct impacts on pest damage suppression and may also mediate positive
 multi-predator interactions. Additionally, when non-consumptive effects
 are driven by natural enemy aggression, variation in alternative resources
 for enemies may impact the strength of pest control. Here we study control
 of the coffee berry borer (CBB), Hypothenemus hampei, by a keystone
 arboreal ant species, Azteca sericeasur, which exhibits a non-consumptive
 effect on CBB by throwing them off coffee plants. We conducted two
 experiments to investigate: 1) if the strength of this behavior is driven
 by spatial or temporal variability in scale insect density (an alternative
 resource which Azteca tends for honeydew), 2) if this behavior mediates
 positive interactions between Azteca and other ground-foraging ants, and
 3) the effect this behavior has on the overall suppression of CBB damage
 in multi-predator scenarios. Our behavioral experiment showed that nearly
 all interactions between Azteca and CBB are non-consumptive and that this
 behavior occurs more frequently in the dry season and with higher
 densities of scale insects on coffee branches. Our multi-predator
 experiment revealed that borers thrown off coffee plants by Azteca can
 survive and potentially damage other nearby plants but may be suppressed
 by ground-foraging ants. Although we found no non-additive effects between
 Azteca and ground-foraging ants on overall CBB damage, together, both
 species resulted in the lowest level of plant damage with the subsequent
 reduction in “spillover” damage caused by thrown CBB, indicating spatial
 complementarity between predators. These results present a unique case of
 natural pest control, where damage suppression is driven almost
 exclusively by non-consumptive natural enemy aggression, as opposed to
 consumption or prey behavioral changes. Furthermore, our results
 demonstrate the variability that may occur in non-consumptive pest control
 interactions when natural enemy aggressive behavior is impacted by
 alternative resources, and also show how these non-consumptive effects can
 mediate positive interactions between natural enemies to enhance overall
 crop damage reduction.
DOI: 10.15468/dl.3dyebf
title: Occurrence Download

description: A dataset containing 1226 species occurrences available in GBIF matching the query:
{
 "and" : [
 "CoordinateUncertaintyInMeters 0.0-5000.0",
 "TaxonKey is Ficus racemosa"
 ]
}

 The dataset includes 1226 records from 33 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0003082-260126135527185/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5061/dryad.5tb2rbp61
title: Photoperiod influences the shape and scaling of freshwater phytoplankton responses to light and temperature

description: Light fluctuations are ubiquitous, exist across multiple spatial and
 temporal scales, and directly affect the physiology and ecology of
 photoautotrophs. However, the indirect effects of light fluctuations on
 the sensitivity of organisms to other key environmental factors are
 unclear. Here, we evaluate how photoperiod regime (period of time each day
 where organisms receive light), a dynamic element of aquatic ecosystems,
 can influence the interactive effects of temperature and irradiance
 (intensity of light) on the growth rate of phytoplankton populations. We
 first completed a literature review and meta-analysis that suggests
 photoperiod alters the individual effects of temperature – but not
 irradiance – on algal growth rates and that highlights how few studies
 experimentally manipulate photoperiod, temperature, and irradiance. To
 address this empirical gap, we conducted a set of laboratory experiments
 on three freshwater phytoplankton species (Chlamydomonas reinhardtii,
 Chlorella vulgaris, and Cryptomonas ovata). We measured performance
 surfaces relating growth rate to irradiance and temperature gradients for
 each species in constant (24:0 hours of light:dark) environments. We then
 evaluated whether analogous surfaces measured under different photoperiods
 and scaled by the duration of light availability could be inferred from
 results under constant light. For a majority of the combinations of
 species and photoperiods examined, photoperiod meaningfully altered the
 intercept and shape of performance surfaces. These differences were most
 pronounced under the shortest photoperiod (6:18 light:dark), where
 populations underperformed expectations. Alterations to performance
 surfaces were non-linear and mostly structured by temperature with higher
 temperatures yielding higher than anticipated growth rates. Collectively,
 these experiments and synthesis reveal the potential for photoperiod
 regime to influence the effects of temperature, irradiance, and their
 interaction on phytoplankton growth. Beyond the environmental variables
 and organisms presently considered, this research highlights the capacity
 for dynamic, abiotic variables to exert direct effects while also
 influencing relationships among other environmental factors.
DOI: 10.5281/zenodo.15479801
title: Acceptor screening dataset of GT1s / UGTs

description: Acceptor screening dataset of GT1s / UGTs
DOI: 10.5281/zenodo.18399586
title: Acceptor screening dataset of GT1s / UGTs

description: Acceptor screening dataset of GT1s / UGTs
DOI: 10.6078/d1rm6k
title: Temporal and spectral description of an additional signal type of male treehoppers

description: Animals vary in the complexity and size of the signal repertoire used in
 communication. Often, these behavioral repertoires include multiple signal
 types for the same process, for instance, courtship. While courting, males
 of plant-feeding treehoppers (Hemiptera: Membracidae) perform plant-borne
 vibrational signals with a frequency-modulated whine and a series of
 pulses. Here we describe an additional signal type in the repertoire of
 male Enchenopa treehoppers and compared it with other male and female
 signals to explore its origin and function. We collected Enchenopa
 binotata nymphs in meadows and forest edges in Wisconsin, USA, and reared
 them to maturity. We did laser vibrometry recordings of the spontaneous
 signaling bouts of adult males and found that the additional signal is
 very common as two-thirds of males produced it. This signal substantially
 differed in temporal and spectral features from the main male signals: do
 not have pulses 25% of the times, and it has a shorter duration. We then
 compared male signals to the female duetting responses. Treehopper females
 selectively respond to males, which leads to duetting and mating. We found
 that similar to the female response, the additional signal is performed
 immediately after the first main male signal and is not modulated in
 frequency. These similarities suggest that the additional signal might be
 a female-mimic signal that males incorporated from listening to females.
 However, experimental tests are required to explore its origin and
 function. Overall, our findings highlight the diversity in the behavioral
 repertoire that animals may use in for reproduction.
DOI: 10.6086/d1hm4f
title: Data from: A socially polymorphic Formica ant species exhibits a novel distribution of social supergene genotypes

description: Most supergenes discovered so far are young, occurring in one species or a
 few closely related species. An ancient supergene in the ant genus Formica
 presents an unusual opportunity to compare supergene-associated phenotypes
 and the factors that influence the persistence of polymorphism in
 different species.  We investigate the genetic architecture of
 social organization in Formica francoeuri, an ant species native to low
 and mid-elevation semiarid regions of southern California, and describe an
 efficient technique for estimating mode of social organization using
 population genomic data. Using this technique, we show that F. francoeuri
 exhibits polymorphism in colony social organization and that the
 phenotypic polymorphism is strongly associated with genotypes within the
 Formica social supergene region. The distribution of supergene haplotypes
 in F. francoeuri differs from that of related species Formica selysi,
 Formica cinerea, and Formica lemani in that colonies with multiple queens
 contain almost exclusively workers that are heterozygous for alternative
 supergene haplotypes. Moreover, heterozygous workers exhibit
 allele-specific expression of the polygyne-associated haplotype at the
 candidate gene Knockout, which is thought to influence social
 organization.  We also report geographic population structure and
 variation in worker size across a large fraction of the species
 range.  Our results suggest that, although the Formica supergene
 is conserved within the genus, the mechanisms that maintain the supergene
 and its associated polymorphisms differ among species.
description: Head width of <em>Formica francoeuri</em> workers was
 measured using <em>Leica </em>S8APO stereomicroscope and
 <em>Leica </em>DMC2900 camera to photograph the anterior view
 of the head at 25x magnification. A distance line was drawn over the
 photograph across the widest region of the ant's head using
 <em>Leica Application Suite </em>v4.6.2 software. This
 distance line was taken as "head width." Each
 sample was collected from within 20 cm from the entrance of
 a <em>Formica francoeuri</em> nest and stored in 100% ethanol
 before measurement.
DOI: 10.5061/dryad.v6wwpzgz3
title: Data from: Leveraging eDNA metabarcoding to characterize nearshore fish communities in Southeast Alaska: Do habitat and tide matter?

description: Nearshore marine habitats are critical for a variety of commercially
 important fish species, but assessing fish communities in these habitats
 is costly and time-intensive. Here, we leverage eDNA metabarcoding to
 characterize nearshore fish communities near Juneau, Alaska, USA, a
 high-latitude environment with large tidal swings, strong currents, and
 significant freshwater input. We investigated whether species richness and
 community composition differed across three habitat types (sand beaches,
 eelgrass beds, and rocky shorelines) and between high and low tides.
 Additionally, we tested whether replication of field samples and PCR
 reactions influenced either species richness or composition. We amplified
 a 12S mitochondrial locus in our samples and identified 167 fish amplicon
 sequence variants (ASVs), which were grouped into 24 unique taxa based on
 sequence similarity, with approximately half of these taxa resolved to
 single species. Species richness and composition inferred from eDNA
 differed substantially among habitats, with rock habitats containing fewer
 taxa and fewer overall detections than sand and eelgrass habitats. The
 effect of tide was not significant on its own, but a significant
 habitat-tide interaction was documented, with the most pronounced
 differences in taxa between tides found in sand habitats. Power analyses
 indicated that additional field sampling is useful to detect small changes
 in species richness such as those due to tide. PCR replicates typically
 identified few additional taxa. Our results provide important information
 that can be used to guide future studies, most notably, that the influence
 of tide on eDNA results appears to be minimal and potentially isolated to
 certain habitats. This suggests that replication across tides may not be
 vital for future eDNA studies, and that additional replication across
 space – particularly across heterogeneous environments – likely is a
 better allocation of sampling effort.
description: See manuscript titled: Leveraging eDNA metabarcoding to
 characterize nearshore fish communities in Southeast Alaska: Do habitat
 and tide matter?
DOI: 10.5061/dryad.2z34tmpp9
title: Data for: The hippocampal representation of context is preserved despite neural drift

description: The hippocampus is thought to mediate episodic memory through the
 instantiation and reinstatement of context-specific cognitive maps.
 However, recent longitudinal experiments have challenged this view,
 reporting that most hippocampal cells change their tuning properties over
 days even in the same environment. Often referred to as neural or
 representational drift, these dynamics raise questions about the capacity
 and content of the hippocampal code. One such question is whether and how
 these long-term dynamics impact the hippocampal code for context. To
 address this, we imaged large CA1 populations over more than a month of
 daily experience as freely behaving mice participated in an extended
 geometric morph paradigm. We find that long-timescale changes in
 population activity occurred orthogonally to the representation of context
 in network space, allowing for consistent readout of contextual
 information across weeks. This population-level structure was supported by
 heterogeneous patterns of activity at the level of individual cells, where
 we observed evidence of a positive relationship between interpretable
 contextual coding and long-term stability. Together, these results
 demonstrate that long-timescale changes to the CA1 spatial code preserve
 the relative structure of contextual representation.
DOI: 10.5061/dryad.vmcvdncvp
title: Data from: Do genetic drift and gene flow affect the geographic distribution of female plants in gynodioecious Lobelia siphilitica?

description: Variation in population sex ratio is particularly pronounced in
 gynodioecious angiosperms. Extremely high female frequencies in
 gynodioecious populations cannot be readily explained by selective forces
 alone. To assess the contributions of drift and gene flow to extreme
 sex-ratio variation, we documented sex ratio and population size in 92
 populations of Lobelia siphilitica across its range and genotyped plants
 using plastid and nuclear genetic markers. Similarity in spatial patterns
 of genetic and demographic variables may suggest that drift and/or gene
 flow have contributed to population sex-ratio variation in L. siphilitica.
 We found strong spatial structuring of extremely high female frequencies:
 populations with &gt;50% female plants are restricted to the
 south–central portion of the range. However, we did not detect any spatial
 structuring in population size nor metrics of genetic diversity,
 suggesting that extreme variation in female frequency is not strongly
 affected by drift or gene flow. Extreme sex-ratio variation is frequently
 observed in gynodioecious plants, but its causes are difficult to
 identify. Further investigation into mechanisms that create or maintain
 spatial structure of sex ratios in gynodioecious species will provide much
 needed insight.
description: <strong>Plastid haplogroups and nuclear microsatellites for
 sampled <em>Lobelia siphlitica</em></strong>
 Plastid haplogroups for 580 individuals of <em>Lobelia
 siphilitica</em>. Individual plants are listed with their year of
 collection, population location (US state or Canadian province),
 population of origin, identifier, and sex (female, F, hermaphrodite, H, or
 partially sterile, PS). Plastid haplogroups are based on intergenic
 sequences of psbK–rps16, excluding an imperfect minisatellite locus (13
 unique haplogroups labeled 'C#'). Nuclear
 microsatellite data for 1713 individuals of <em>Lobelia
 siphilitica</em>. Individual plants are listed with their year of
 collection, population location (US state or Canadian province), and
 population of origin. Allelles are displayed for three nuclear
 microsatellite loci: Lob6, Lob9, and Lobtri1. Zeros indicate missing
 data.
DOI: 10.21227/jnx8-n410
title: "Why Choosing the Best Digital Marketing Company in Hyderabad Matters in 2026"

description: "Among the emerging leaders in the industry, Sanbrains Agency stands out for its performance focused approach and innovative strategies. Known for blending creativity with analytics, the agency has helped multiple brands strengthen their online presence."
DOI: 10.13144/lil-0133
title: Enquête Structure des salaires (ESS) - 1972

description: L'enquête sur la structure et la répartition des salaires effectuée en octobre 1972 pour l'OSCE par l'INSEE est la deuxième du genre (première en 1966). En 1972 l'enquête est étendue à l'ensemble des salariés de l'industrie, du bâtiment (y compris les activités de distribution d'eau, de gaz et d'électricité, non retenues en 1966) et maintien la distinction entre les ouvriers et les autres salariés (manuels et non manuels). Elle s'inscrit dans le dispositif communautaire. Les indicateurs de cette enquête traitent principalement : - du coût de la main d'oeuvre - du salaire en espèce - des charges salariales des entreprises - des revenus des salariés perçus en raison de leur travail.
DOI: 10.5061/dryad.h18931znw
title: Regional variation in national healthcare expenditure and health system performance in central cities and suburbs in Japan

description: The increasing national healthcare expenditure (NHE) with the aging rate
 is a significant social problem in Japan, and efficient distribution and
 use of NHE is an urgent issue. It is assumed that comparisons in
 subregions would be important to explore the regional variation in NHE and
 health system performance in targeted municipalities of the metropolitan
 area of Tokyo (central cities) and the neighboring municipalities of Chiba
 Prefecture (suburbs). This study aimed to clarify the differences of the
 socioeconomic factors affecting NHE and the health system performances
 between subregions. A multiple regression analysis was performed to
 extract the factors affecting the total medical expenses of NHE (Total),
 comprising the medical expenses of inpatients (MEI), medical expenses of
 outpatients (MEO), and consultation rates of inpatients (CRI) and
 outpatients (CRO). Using the stepwise method, dependent variables were
 selected from three categories: health service, socioeconomic, and
 lifestyle. Then, health system performance analysis was performed, and the
 differences between regions were clarified using the Mann–Whitney U test.
 The test was applied to 18 indicators, classified into five dimensions
 referred to in the OECD indicators: health status, risk factors for
 health, access to care, quality of care, and health system capacity and
 resources. In the central cities, the number of persons per household was
 the primary factor affecting Total, MEI, MEO, and CRO, and the number of
 persons per household and the percentage of the entirely unemployed
 persons primarily affected CRI. In the suburbs, the ratio of the
 population aged 65–74 and the number of hospital beds were significantly
 positively related to Total, MEI, and CRI, but the number of workers
 employed in primary industries was negatively related to Total and MEI.
 The ratio of the population aged 65–74 was significantly positively
 related to MEO and CRO. Regarding health system performance, while risk
 factors for health was high in the central cities, the others, including
 access to care, quality of care, and health system capacity and resources,
 were superior in the suburbs, suggesting that the health system might be
 well developed to compensate for the risks. In the suburbs, while risk
 factors for health were lower than those in the central cities, access to
 care, quality of care, and health system capacity and resources were also
 lower, suggesting that the healthcare system might be poorer. These
 results indicate a need to prioritize mitigating healthcare disparities in
 the central cities and promoting the health of the elderly in the suburbs
 by expanding the suburbs’ healthcare systems and resources. This study
 clarified that the determinants of NHE and health system performance are
 drastically varied among subregional levels and suggested the importance
 of precise regional moderation of the healthcare system.