cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17611/dp/19194977
title: Global ShakeMovie synthetic for July 25, 2021 MW 5.8 KERMADEC ISLANDS REGION
DOI: 10.17611/dp/19194981
title: Global ShakeMovie synthetic for July 25, 2021 MW 5.6 KERMADEC ISLANDS REGION
DOI: 10.17611/dp/19194985
title: Global ShakeMovie synthetic for July 26, 2021 MW 5.7 MINAHASSA PENINSULA, SULAWESI
DOI: 10.17611/dp/19194989
title: Global ShakeMovie synthetic for July 26, 2021 MW 5.4 PACIFIC-ANTARCTIC RIDGE
DOI: 10.17611/dp/19194993
title: Global ShakeMovie synthetic for July 26, 2021 MW 6.2 MINAHASSA PENINSULA, SULAWESI
DOI: 10.17611/dp/19221218
title: Global ShakeMovie synthetic for July 29, 2021 MW 8.2 ALASKA PENINSULA
DOI: 10.17611/dp/19221222
title: Global ShakeMovie synthetic for July 29, 2021 MW 5.4 SOUTHERN EAST PACIFIC RISE
DOI: 10.17611/dp/19221226
title: Global ShakeMovie synthetic for July 30, 2021 MW 5.5 SOUTH OF ALASKA
DOI: 10.17611/dp/19221230
title: Global ShakeMovie synthetic for July 30, 2021 MW 6.2 NEAR COAST OF NORTHERN PERU
DOI: 10.17611/dp/19221234
title: Global ShakeMovie synthetic for July 31, 2021 MW 5.5 GULF OF CALIFORNIA
DOI: 10.17611/dp/19221238
title: Global ShakeMovie synthetic for August 01, 2021 MW 5.6 DODECANESE ISLANDS, GREECE
DOI: 10.17611/dp/19221242
title: Global ShakeMovie synthetic for August 02, 2021 MW 6.0 IRIAN JAYA REGION, INDONESIA
DOI: 10.17611/dp/19221246
title: Global ShakeMovie synthetic for August 02, 2021 MW 6.1 SOUTHERN SUMATRA, INDONESIA
DOI: 10.17611/dp/19221250
title: Global ShakeMovie synthetic for August 03, 2021 MW 6.1 NICOBAR ISLANDS, INDIA REGION
DOI: 10.17611/dp/19221254
title: Global ShakeMovie synthetic for August 03, 2021 MW 5.4 SOUTHWEST OF AFRICA
DOI: 10.17611/dp/19221258
title: Global ShakeMovie synthetic for August 03, 2021 MW 5.2 ADMIRALTY ISLANDS REGION, P.N.G.
DOI: 10.17611/dp/19225149
title: Global ShakeMovie synthetic for August 02, 2021 MW 5.7 KERMADEC ISLANDS, NEW ZEALAND
DOI: 10.17611/dp/19225153
title: Global ShakeMovie synthetic for August 03, 2021 MW 5.9 NEAR EAST COAST OF HONSHU, JAPAN
DOI: 10.17611/dp/19225157
title: Global ShakeMovie synthetic for August 04, 2021 MW 5.4 MID-INDIAN RIDGE
DOI: 10.17611/dp/19225161
title: Global ShakeMovie synthetic for August 04, 2021 MW 5.6 NICOBAR ISLANDS, INDIA REGION
DOI: 10.17611/dp/19225165
title: Global ShakeMovie synthetic for August 04, 2021 MW 5.8 TAIWAN REGION
DOI: 10.17611/dp/19247031
title: Global ShakeMovie synthetic for August 08, 2021 MW 5.7 MACQUARIE ISLAND REGION
DOI: 10.17611/dp/19251529
title: Global ShakeMovie synthetic for August 12, 2021 MW 5.6 FIJI ISLANDS REGION
DOI: 10.17611/dp/19251533
title: Global ShakeMovie synthetic for August 06, 2021 MW 5.9 SOUTH SANDWICH ISLANDS REGION
DOI: 10.17611/dp/19251537
title: Global ShakeMovie synthetic for August 11, 2021 MW 7.1 PHILIPPINE ISLANDS REGION
DOI: 10.17611/dp/19255925
title: Global ShakeMovie synthetic for August 12, 2021 MW 5.7 PHILIPPINE ISLANDS REGION
DOI: 10.17611/dp/19255929
title: Global ShakeMovie synthetic for August 13, 2021 MW 5.5 SOUTH SANDWICH ISLANDS REGION
DOI: 10.17611/dp/19255933
title: Global ShakeMovie synthetic for August 13, 2021 MW 5.7 QINGHAI, CHINA
DOI: 10.5061/dryad.s31sp
title: Data from: Brood parasitism is linked to egg pattern diversity within and among species of Australian passerines

description: Bird eggs show striking diversity in color and pattern. One explanation
 for this is that interactions between avian brood parasites and their
 hosts drive egg phenotype evolution. Brood parasites lay their eggs in the
 nests of other species, their hosts. Many hosts defend their nests against
 parasitism by rejecting foreign eggs, which selects for parasite eggs that
 mimic those of the host. In theory, this may in turn select for changes in
 host egg phenotypes over time to facilitate discrimination of parasite
 eggs. Here, we test for the first time whether parasitism by brood
 parasites has led to increased divergence in egg phenotype among host
 species. Using Australian host and nonhost species and objective measures
 of egg color and pattern, we show that (i) hosts of brood parasites have
 higher within-species variation in egg pattern than nonhosts, supporting
 previous findings in other systems, and (ii) host species have diverged
 more in their egg patterns than nonhost species after controlling for
 divergence time. Overall, our results suggest that brood parasitism has
 played a significant role in the evolution of egg diversity and that these
 effects are evident, not only within species, but also among species.
description: DatasetValues of colour and pattern analyses for all the species used in the studyCopy of data DRYAD__.xlsx
DOI: 10.5061/dryad.7nm6b
title: Data from: Hierarchical multi-taxa models inform riparian vs. hydrologic restoration of urban streams in a permeable landscape

description: The degradation of streams caused by urbanization tends to follow
 predictable patterns; however, there is a growing appreciation for
 heterogeneity in stream response to urbanization due to the local
 geoclimatic context. Furthermore, there is building evidence that streams
 in mildly sloped, permeable landscapes respond uncharacteristically to
 urban stress calling for a more nuanced approach to restoration. We
 evaluated the relative influence of local-scale riparian characteristics
 and catchment-scale imperviousness on the macroinvertebrate assemblages of
 streams in the flat, permeable urban landscape of Perth, Western
 Australia. Using a hierarchical multi-taxa model, we predicted the
 outcomes of stylized stream restoration strategies to increase the
 riparian integrity at the local scale or decrease the influences of
 imperviousness at the catchment scale. In the urban streams of Perth, we
 show that local-scale riparian restoration can influence the structure of
 macroinvertebrate assemblages to a greater degree than managing the
 influences of catchment-scale imperviousness. We also observed an
 interaction between the effect of riparian integrity and imperviousness
 such that the effect of increased riparian integrity was enhanced at lower
 levels of catchment imperviousness. This study represents one of few
 conducted in flat, permeable landscapes and the first aimed at informing
 urban stream restoration in Perth, adding to the growing appreciation for
 heterogeneity of the Urban Stream Syndrome and its importance for urban
 stream restoration.
description: Macroinvertebrate and
 covariate dataTab-1: Macroinvertebrate
 catch data at sample sites. Tab-2: Covariate data at sample
 sites.Main_Data_File.xlsx
DOI: 10.5061/dryad.3d7t5
title: Data from: Environmental and genetic control of brain and song structure in the zebra finch

description: Birdsong is a classic example of a learned trait with cultural
 inheritance, with selection acting on trait expression. To understand how
 song responds to selection, it is vital to determine the extent to which
 variation in song learning and neuroanatomy is attributable to genetic
 variation, environmental conditions, or their interactions. Using a
 partial cross fostering design with an experimental stressor, we
 quantified the heritability of song structure and key brain nuclei in the
 song control system of the zebra finch and the genotype-by-environment (G
 × E) interactions. Neuroanatomy and song structure both showed low levels
 of heritability and are unlikely to be under selection as indicators of
 genetic quality. HVC, in particular, was almost entirely under
 environmental control. G × E interaction was important for brain
 development and may provide a mechanism by which additive genetic
 variation is maintained, which in turn may promote sexual selection
 through female choice. Our study suggests that selection may act on the
 genes determining vocal learning, rather than directly on the underlying
 neuroanatomy, and emphasizes the fundamental importance of environmental
 conditions for vocal learning and neural development in songbirds.
description: Brain body and song
 variables for 48 male zebra finches, their fathers and foster-fathers,
 including details of rearing environmentData for Environmental and
 genetic control of brain & song.xlsx
DOI: 10.5061/dryad.895pn6p
title: Data from: Combined exposure to sublethal concentrations of an insecticide and a fungicide affect feeding, ovary development and longevity in a solitary bee

description: Pollinators in agroecosystems are often exposed to pesticide mixtures.
 Even at low concentrations, the effects of these mixtures on bee
 populations are difficult to predict due to potential synergistic
 interactions. We orally exposed newly-emerged females of the solitary bee
 Osmia bicornis to environmentally-realistic levels of clothianidin
 (neonicotinoid insecticide) and propiconazole (fungicide), singly and in
 combination. The amount of feeding solution consumed was highest in bees
 exposed to the neonicotinoid, and lowest in bees exposed to the pesticide
 mixture. Ovary maturation and longevity of bees of the neonicotinoid and
 the fungicide treatments did not differ from those of control bees. In
 contrast, bees exposed to the pesticide mixture showed slow ovary
 maturation and decreased longevity. We found a synergistic interaction
 between the neonicotinoid and the fungicide on survival probability. We
 also found an interaction between treatment and emergence time (an
 indicator of physiological condition) on longevity. Longevity was
 negatively correlated to physiological condition only in the fungicide and
 the mixture treatments. Delayed ovary maturation and premature death imply
 a shortened nesting period (highly correlated to fecundity in Osmia). Our
 findings provide a mechanism to explain the observed dynamics of solitary
 bee populations exposed to multiple chemical residues in agricultural
 environments.
description: Osmia experiment
 datasetData from: Combined
 exposure to sublethal concentrations of an insecticide and a fungicide
 affect feeding, ovary development and longevity in a solitary
 beeSgolastra et
 al._dataset.xlsx
DOI: 10.5061/dryad.q5f2j75
title: Data from: Progressively excluding mammals of different body size affects community and trait structure of ground beetles

description: Mammalian grazing induces changes in vegetation properties in grasslands,
 which can affect a wide variety of other animals including many
 arthropods. However, the impacts may depend on the type and body size of
 these mammals. Furthermore, how mammals influence functional trait
 syndromes of arthropod communities is not well known. We progressively
 excluded large (e.g. red deer, chamois), medium (e.g. alpine marmot,
 mountain hare), and small (e.g. mice) mammals using size-selective fences
 in two vegetation types (short- and tall-grass vegetation) of subalpine
 grasslands. We then assessed how these exclusions affected the community
 composition and functional traits of ground beetles (Coleoptera,
 Carabidae), and which vegetation characteristic mediated the observed
 effects. Total carabid biomass, the activity densities of carabids with
 specific traits (i.e. small eyes, short wings), the richness of small-eyed
 species and the richness of herbivorous species were significantly higher
 when certain mammals were excluded compared to when all mammals had
 access, regardless of vegetation type. Excluding large and medium mammals
 increased the activity density of herbivorous carabid species, but only in
 short-grass vegetation. Similarly, excluding large mammals (ungulates)
 altered carabid species composition in the short-, but not in the
 tall-grass vegetation. All these responses were related to aboveground
 plant biomass, but not to plant Shannon diversity or vegetation structural
 heterogeneity. Our results indicate that changes in aboveground plant
 biomass are key drivers of mammalian grazers’ influence on carabids,
 suggesting that bottom-up forces are important in subalpine grassland
 systems. The exclusion of ungulates provoked the strongest carabid
 response. Our results, however, also highlight the ecological significance
 of smaller herbivorous mammals. Our study furthermore shows that mammalian
 grazing not only altered carabid community composition, but also caused
 community-wide functional trait shifts, which could potentially have a
 wider impact on species interactions and ecosystem functioning.
description: DataDryad_OIK-05198.R2
DOI: 10.5061/dryad.pk5sg
title: Data from: The genetic basis of discrete and quantitative colour variation in the polymorphic lizard, Ctenophorus decresii

description: Background: Colour polymorphic species provide invaluable insight into
 processes that generate and maintain intra-specific variation. Despite an
 increasing understanding of the genetic basis of discrete morphs, sources
 of colour variation within morphs remain poorly understood. Here we use
 the polymorphic tawny dragon lizard Ctenophorus decresii to test simple
 Mendelian models for the inheritance of discrete morphs, and to
 investigate the genetic basis of continuous variation among individuals
 across morphs. Males of this species express either orange, yellow, orange
 surrounded by yellow, or grey throats. Although four discrete morphs are
 recognised, the extent of orange and yellow varies greatly. We
 artificially elevated testosterone in F0 females and F1 juveniles to
 induce them to express the male throat colour polymorphism, and quantified
 colour variation across the pedigree. Results: Inheritance of discrete
 morphs in C. decresii best fit a model whereby two autosomal loci with
 complete dominance respectively determine the presence of orange and
 yellow. However, a single locus model with three co-dominant alleles for
 orange, yellow and grey could not be definitively rejected. Additionally,
 quantitative expression of the proportion of orange and yellow on the
 throat was strongly heritable (orange: h2 = 0.84 ± 0.14; yellow:
 h2 = 0.67 ± 0.19), with some evidence for covariance between the two.
 Conclusions: Our study supports the theoretical prediction that
 polymorphism should be governed by few genes of major effect, but implies
 broader genetic influence on variation in constituent morph traits.
description: Morph assignment -
 offspring and parentsMorph assignment of
 offsprings, dams, and sires, from threshold values of percentage of colour
 (red and yellow) on throat.Dryad_RawMorph.xlsx
DOI: 10.5061/dryad.5mr0s
title: Data from: Cascading effects of belowground predators on plant communities are density-dependent

description: Soil food webs comprise a multitude of trophic interactions that can
 affect the composition and productivity of plant communities. Belowground
 predators feeding on microbial grazers like Collembola could decelerate
 nutrient mineralization by reducing microbial turnover in the soil, which
 in turn could negatively influence plant growth. However, empirical
 evidences for the ecological significance of belowground predators on
 nutrient cycling and plant communities are scarce. Here, we manipulated
 predator density (Hypoaspis aculeifer: predatory mite) with equal
 densities of three Collembola species as a prey in four functionally
 dissimilar plant communities in experimental microcosms: grass monoculture
 (Poa pratensis), herb monoculture (Rumex acetosa), legume monoculture
 (Trifolium pratense), and all three species as a mixed plant community.
 Density manipulation of predators allowed us to test for density-mediated
 effects of belowground predators on Collembola and lower trophic groups.
 We hypothesized that predator density will reduce Collembola population
 causing a decrease in nutrient mineralization and hence detrimentally
 affect plant growth. First, we found a density-dependent population change
 in predators, that is, an increase in low-density treatments, but a
 decrease in high-density treatments. Second, prey suppression was lower at
 high predator density, which caused a shift in the soil microbial
 community by increasing the fungal: bacterial biomass ratio, and an
 increase of nitrification rates, particularly in legume monocultures.
 Despite the increase in nutrient mineralization, legume monocultures
 performed worse at high predator density. Further, individual grass shoot
 biomass decreased in monocultures, while it increased in mixed plant
 communities with increasing predator density, which coincided with
 elevated soil N uptake by grasses. As a consequence, high predator density
 significantly increased plant complementarity effects indicating a
 decrease in interspecific plant competition. These results highlight that
 belowground predators can relax interspecific plant competition by
 increasing nutrient mineralization through their density-dependent
 cascading effects on detritivore and soil microbial communities.
description: Thakur et al 2015
 Cascading effects of belowground predators on plant communities are
 density dependent
DOI: 10.5281/zenodo.17953226
title: SHM_120748_HST_3D

description: Photogrammetric 3D model of a ceramic pot from the Middle Ages, collected in the field at Slottsfjärden in Kalmar and held in the collections of the National Historical Museums in Stockholm.

Link to the Dynamic Collection platform  

https://dyncolldev.ht.lu.se/plus/artifact_view.php?item=661

Link to Sök I Samlingarna  

https://samlingar.shm.se/object/07E29EAB-C17A-48D6-925E-43243878CB72
DOI: 10.5281/zenodo.17953225
title: SHM_120748_HST_3D

description: Photogrammetric 3D model of a ceramic pot from the Middle Ages, collected in the field at Slottsfjärden in Kalmar and held in the collections of the National Historical Museums in Stockholm.

Link to the Dynamic Collection platform  

https://dyncolldev.ht.lu.se/plus/artifact_view.php?item=661

Link to Sök I Samlingarna  

https://samlingar.shm.se/object/07E29EAB-C17A-48D6-925E-43243878CB72
DOI: 10.5061/dryad.7p838r83
title: Data from: Effective population size in eusocial Hymenoptera with worker-produced males

description: In many eusocial Hymenoptera, a proportion of males are produced by
 workers. To assess the effect of male production by workers on the
 effective population size Ne, a general expression of Ne in Hymenoptera
 with worker-produced males is derived on the basis of the genetic drift in
 the frequency of a neutral allele. Stochastic simulation verifies that the
 obtained expression gives a good prediction of Ne under a wide range of
 conditions. Numerical computation with the expression indicates that
 worker reproduction generally reduces Ne. The reduction can be serious in
 populations with a unity or female biased breeding sex ratio. Worker
 reproduction may increase Ne in populations with a male biased breeding
 sex ratio, only if each laying worker produce a small number of males and
 the difference of male progeny number among workers is not large. Worker
 reproduction could be an important cause of the generally lower genetic
 variation found in Hymenoptera, through its effect on Ne.
description: Fortran code of
 simulation programFortran code of
 simulation program used in this studysimu4.f90
DOI: 10.5061/dryad.4b287
title: Data from: Introgression between divergent corn borer species in a region of sympatry: implications on the evolution and adaptation of pest arthropods

description: The Asian corn borer, Ostrinia furnacalis, and European corn borer, O.
 nubilalis (Lepidoptera: Crambidae), cause damage to cultivated maize in
 spatially distinct geographies, and have evolved divergent hydrocarbons as
 the basis of sexual communication. The Yili area of Xinjiang Uyghur
 Autonomous Region in China represents the only known region where O.
 furnacalis has invaded a native O. nubilalis range, and these two corn
 borer species have made secondary contact. Genetic differentiation was
 estimated between Ostrinia larvae collected from maize plants at 11
 locations in Xinjiang Province, and genotyped using high throughput SNP
 and microsatellite markers. Maternal lineages were assessed by direct
 sequencing of mitochondrial cytochrome c oxidase subunit I and II
 haplotypes, and a high degree of genotypic diversity was demonstrated
 between lineages based on SNP genotypes. Furthermore, historical
 introgression was predicted among SNP genotypes only at sympatric
 locations in the Yili area, whereas in Xinjiang populations wherein only
 O. furnacalis haplotypes were detected no analogous introgressed genotypes
 were predicted. Our detection of putative hybrids and historical evidence
 of introgression defines Yili area as a hybrid zone between the species in
 normal ecological interactions, and furthermore might indicate that
 adaptive traits could spread even between seemingly divergent species
 through horizontal transmission. Results of this study indicate there may
 be a continuum in the degree of reproductive isolation between Ostrinia
 species, and that the elegance of distinct and complete speciation based
 on modifications to the pheromone communication might need to be
 reconsidered.
description: Ostrinia furnacalis and
 O. nubilalis SSR Xinjiang ChinaSSR data on Ostrinia
 furnacalis and O. nubilalis populations in Xinjiang Province,
 China.
DOI: 10.5061/dryad.80q45
title: Data from: The interactive effects of photoperiod and future climate change may have negative consequences for a wide-spread invasive insect

description: Increasing global temperatures may affect many ectotherms, including
 insects, although increasing temperatures are thought to benefit future
 populations through effects on adult size, fecundity, or populations.
 However, the way that temperature may interact with photoperiod is not
 well understood. We study this problem using the Asian tiger mosquito
 Aedes albopictus, an important worldwide invasive whose future spread is
 thought to be affected by changes in climate. We investigated how mass at
 maturity varied with temperature (21°C, 25°C) across short and long
 photoperiods, using laboratory populations from the extreme ends of this
 species’ current US range (Florida, New Jersey). These values were used to
 parametrize a model to predict optimal mass based on development times;
 the results of a second laboratory experiment under the same treatments
 were compared to model predictions. Warmer conditions shortened
 development times in females from all locations leading to either higher
 or lower mass depending on the photoperiod. We then used published
 mass–fecundity relationships to determine the consequences of mass on
 fecundity under our conditions. Under the majority of scenarios warming
 decreased predicted fecundity under long photoperiods, but proved
 beneficial under short photoperiods because the costs of fast development
 were offset by increased survival in the face of late-season freezing
 risk. However, fecundity was always low under short photoperiods, so the
 marginal benefit of warming appears negligible given its cost under long
 photoperiods when the majority of reproduction occurs. Thus, with northern
 range expansion, where colder weather currently limits this species,
 detrimental effects of warming on fecundity are likely, similar to those
 identified for mass. Unlike previous work that has shown benefits of a
 warming planet to insects like Aedes albopictus, our work predicts lower
 performance under warming conditions in summer across the current range, a
 prediction with implications for range expansion, disease dynamics and
 populations.
description: Yee et al. Oikos 2016
 Experiment life history dataThis file contains the
 life history data (mass (g), development time (d) for males and females
 and survival) from the experiment conducted for two photoperiods at two
 temperatures from 4 locations (2 counties for each of two
 states).