cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5061/dryad.kd1qt0p.2/11.2
title: Figure 4 - source data 4

description: This zip archive contains the original z-stacks used for Figure 4, panel D. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS290_s17_t1 = 212 mg/mL PEG 3.35 kDa
A7PS290_s18_t1 = 106 mg/mL PEG 3.35 kDa
A7PS290_s19_t1 = 53.0 mg/mL PEG 3.35 kDa
A7PS290_s20_t1 = 26.5 mg/mL PEG 3.35 kDa
A7PS290_s21_t1 = 13.2 mg/mL PEG 3.35 kDa
A7PS290_s22_t1 = 6.62 mg/mL PEG 3.35 kDa
A7PS290_s23_t1 = 3.31 mg/mL PEG 3.35 kDa
A7PS290_s24_t1 = 1.66 mg/mL PEG 3.35 kDa
A7PS321_s1_t1 = 0.815 mg/mL PEG 3.35 kDa
A7PS321_s2_t1 = 0.407 mg/mL PEG 3.35 kDa
A7PS321_s3_t1 = 0.204 mg/mL PEG 3.35 kDa
A7PS321_s4_t1 = 0.102 mg/mL PEG 3.35 kDa
A7PS321_s5_t1 = 0.0509 mg/mL PEG 3.35 kDa

Additionally, this file contains .csv files of all the statistics on particle sizes collected by the ImageJ macro. These are labeled in the format “zstackname_automated_counting_statistics”, where “zstackname” is the title of the associated z-stack. It also contains a .csv file of the particle # IDs of the singlet particles that were used to get the average singlet size, which was then used to normalize the ECDFs (as explained in detail in Materials and Methods). These are labeled in the format “zstackname_singlet_IDs”, where “zstackname” is the title of the associated z-stack. These .csv files were used in combination with the Jupyter notebooks (provided with this submission) to generate Figure 4, panel D.
DOI: 10.5061/dryad.kd1qt0p.2/12.2
title: Figure 5 - source data 1

description: This zip archive contains the original z-stacks used for Figure 5, panels A and C. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS303_s1_t1 = WT USI, Dilution factor = 1
A7PS303_s2_t1 = WT USI, Dilution factor = 1/2
A7PS303_s3_t1 = WT USI, Dilution factor = 1/4
A7PS303_s4_t1 = WT USI, Dilution factor = 1/8
A7PS303_s17_t1 = MUC2KO USI, Dilution factor = 1
A7PS303_s18_t1 = MUC2KO USI, Dilution factor = 1/2
A7PS303_s19_t1 = MUC2KO USI, Dilution factor = 1/4
A7PS303_s20_t1 = MUC2KO USI, Dilution factor = 1/8
A7PS284_s13_t1 = HBSS

Additionally, this file contains .csv files of all the statistics on particle sizes collected by the ImageJ macro. These are labeled in the format “zstackname_automated_counting_statistics”, where “zstackname” is the title of the associated z-stack. It also contains a .csv file of the particle # IDs of the singlet particles that were used to get the average singlet size, which was then used to normalize the ECDFs (as explained in detail in Materials and Methods). These are labeled in the format “zstackname_singlet_IDs”, where “zstackname” is the title of the associated z-stack. These .csv files were used in combination with the Jupyter notebooks (provided with this submission) to generate Figure 5, panels A and C.
DOI: 10.5061/dryad.kd1qt0p.2/13.2
title: Figure 5 - source data 2

description: This zip archive contains the original z-stacks used for Figure 5, panels B and D. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS303_s9_t1 = WT LSI, Dilution factor = 1
A7PS303_s10_t1 = WT LSI, Dilution factor = 1/2
A7PS303_s11_t1 = WT LSI, Dilution factor = 1/4
A7PS303_s12_t1 = WT LSI, Dilution factor = 1/8
A7PS303_s25_t1 = MUC2KO LSI, Dilution factor = 1
A7PS303_s26_t1 = MUC2KO LSI, Dilution factor = 1/2
A7PS303_s27_t1 = MUC2KO LSI, Dilution factor = 1/4
A7PS303_s28_t1 = MUC2KO LSI, Dilution factor = 1/8
A7PS284_s13_t1 = HBSS

Additionally, this file contains .csv files of all the statistics on particle sizes collected by the ImageJ macro. These are labeled in the format “zstackname_automated_counting_statistics”, where “zstackname” is the title of the associated z-stack. It also contains a .csv file of the particle # IDs of the singlet particles that were used to get the average singlet size, which was then used to normalize the ECDFs (as explained in detail in Materials and Methods). These are labeled in the format “zstackname_singlet_IDs”, where “zstackname” is the title of the associated z-stack. These .csv files were used in combination with the Jupyter notebooks (provided with this submission) to generate Figure 5, panels B and D.
DOI: 10.5061/dryad.kd1qt0p.2/14.2
title: Figure 6 - source data 1

description: This zip archive contains the original z-stacks used for Figure 6, panels A and C. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS309_s1_t1 = WT USI, Dilution factor = 1
A7PS309_s2_t1 = WT USI, Dilution factor = 1/2
A7PS309_s3_t1 = WT USI, Dilution factor = 1/4
A7PS309_s4_t1 = WT USI, Dilution factor = 1/8
A7PS309_s17_t1 = Rag1KO USI, Dilution factor = 1
A7PS309_s18_t1 = Rag1KO USI, Dilution factor = 1/2
A7PS309_s19_t1 = Rag1KO USI, Dilution factor = 1/4
A7PS309_s20_t1 = Rag1KO USI, Dilution factor = 1/8
A7PS284_s13_t1 = HBSS

Additionally, this file contains .csv files of all the statistics on particle sizes collected by the ImageJ macro. These are labeled in the format “zstackname_automated_counting_statistics”, where “zstackname” is the title of the associated z-stack. It also contains a .csv file of the particle # IDs of the singlet particles that were used to get the average singlet size, which was then used to normalize the ECDFs (as explained in detail in Materials and Methods). These are labeled in the format “zstackname_singlet_IDs”, where “zstackname” is the title of the associated z-stack. These .csv files were used in combination with the Jupyter notebooks (provided with this submission) to generate Figure 6, panels A and C.
DOI: 10.5061/dryad.kd1qt0p.2/6.2
title: Figure 3 - Source Data 1

description: This zip archive contains the original z-stacks used for Figure 3, panels B-C. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows (if multiple technical replicates were done it is indicated): A7PS263_s1_t1 = 30 µm-filtered, technical replicate #1; A7PS263_s2_t1 = 0.45 µm-filtered; A7PS263_s3_t1 = 100 kDa-filtered; A7PS263_s4_t1 = 30 kDa-filtered; A7PS263_s5_t1 = 3 kDa-filtered; A7PS284_s13_t1 = HBSS; A7PS285_s1_t1 = 30 µm-filtered, technical replicate #2; A7PS285_s2_t1 = 0.45 µm-filtered, technical replicate #2; A7PS285_s5_t1 = 30 µm-filtered, technical replicate #3; A7PS285_s6_t1 = 0.45 µm-filtered, technical replicate #3. 

Additionally, this file contains .csv files of all the statistics on particle sizes collected by the ImageJ macro. These are labeled in the format “zstackname_automated_counting_statistics”, where “zstackname” is the title of the associated z-stack. It also contains a .csv file of the particle # IDs of the singlet particles that were used to get the average singlet size, which was then used to normalize the ECDFs (as explained in detail in Materials and Methods). These are labeled in the format “zstackname_singlet_IDs”, where “zstackname” is the title of the associated z-stack. These .csv files were used in combination with the Jupyter notebooks (also provided with this submission) to generate Figure 3, panels B-C. If multiple technical replicates were performed on a sample, the resulting ECDFs were combined to create one master ECDF for that sample.
DOI: 10.5061/dryad.kd1qt0p.2/7.2
title: Figure 3 - Source Data 2

description: This zip archive contains the original z-stacks used for Figure 3, panels E-F. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows (if multiple technical replicates were done it is indicated): A7PS263_s6_t1 = 30 µm-filtered, technical replicate #1; A7PS263_s7_t1 = 0.45 µm-filtered; A7PS263_s8_t1 = 100 kDa-filtered; A7PS263_s9_t1 = 30 kDa-filtered; A7PS263_s10_t1 = 3 kDa-filtered; A7PS284_s13_t1 = HBSS; A7PS285_s3_t1 = 30 µm-filtered, technical replicate #2; A7PS285_s4_t1 = 0.45 µm-filtered, technical replicate #2; A7PS285_s7_t1 = 30 µm-filtered, technical replicate #3; A7PS285_s8_t1 = 0.45 µm-filtered, technical replicate #3. 

Additionally, this file contains .csv files of all the statistics on particle sizes collected by the ImageJ macro. These are labeled in the format “zstackname_automated_counting_statistics”, where “zstackname” is the title of the associated z-stack. It also contains a .csv file of the particle # IDs of the singlet particles that were used to get the average singlet size, which was then used to normalize the ECDFs (as explained in detail in Materials and Methods). These are labeled in the format “zstackname_singlet_IDs”, where “zstackname” is the title of the associated z-stack. These .csv files were used in combination with the Jupyter notebooks (also provided with this submission) to generate Figure 3, panels E-F. If multiple technical replicates were performed on a sample, the resulting ECDFs were combined to create one master ECDF for that sample.
DOI: 10.5061/dryad.kd1qt0p.2/8.2
title: Figure 4 - source data 1

description: This zip archive contains the original z-stack used for Figure 4, panels A-C. It is provided as a TIF file. All imaging parameters are included in the image metadata.
DOI: 10.5061/dryad.kd1qt0p.2/9.2
title: Figure 4 - source data 2

description: This zip archive contains the original z-stacks used for the PEG 1 MDa data in Figure 4, panel D. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS290_s1_t1 = 6.52 mg/mL PEG 1 MDa
A7PS290_s2_t1 = 3.26 mg/mL PEG 1 MDa 
A7PS290_s3_t1 = 1.63 mg/mL PEG 1 MDa
A7PS290_s4_t1 = 0.815 mg/mL PEG 1 MDa
A7PS290_s5_t1 = 0.407 mg/mL PEG 1 MDa
A7PS290_s6_t1 = 0.204 mg/mL PEG 1 MDa
A7PS290_s7_t1 = 0.102 mg/mL PEG 1 MDa
A7PS290_s8_t1 = 0.0509 mg/mL PEG 1 MDa

Additionally, this file contains .csv files of all the statistics on particle sizes collected by the ImageJ macro. These are labeled in the format “zstackname_automated_counting_statistics”, where “zstackname” is the title of the associated z-stack. It also contains a .csv file of the particle # IDs of the singlet particles that were used to get the average singlet size, which was then used to normalize the ECDFs (as explained in detail in Materials and Methods). These are labeled in the format “zstackname_singlet_IDs”, where “zstackname” is the title of the associated z-stack. These .csv files were used in combination with the Jupyter notebooks provided as additional files to this paper to generate Figure 4, panel D.
DOI: 10.5061/dryad.ns5m4kg/1
title: Alzateetal_2018_EE_data_final

description: Data on geographic distribution of 497 reef fish species was obtained from the Shorefishes of the Tropical Eastern Pacific (SFTEP), Online Information System (Robertson & Allen, 2016) and the IOBIS data base (to complete the distributions of species that are not endemic to the TEP). We restricted our study to the distribution of tropical reef-associated bony fishes in the TEP region (sensu Robertson & Allen, 2016). We included only tropical species, whose main distribution occurs in the Pacific Ocean. Range size was calculated using the geographical coordinates of all records reported in the region. Range size was measured as the maximum linear distance (in kilometres) between any two points where a species has been recorded. In addition, we collated information on several species traits potentially affecting dispersal from the literature and online databases: body size, adult mobility, spawning mode, PLD, circadian activity and aggregation behaviour. All of these factors have been suggested as possible drivers of range size in reef fishes.
DOI: 10.5061/dryad.p042h0c/4
title: Nodes_E
DOI: 10.5061/dryad.p042h0c/5
title: Nodes_W
DOI: 10.5061/dryad.p042h0c/6
title: Sites
DOI: 10.5061/dryad.p042h0c/7
title: spp_occur
DOI: 10.5061/dryad.p042h0c/8
title: raster_east3
DOI: 10.5061/dryad.p042h0c/9
title: raster_west3
DOI: 10.5061/dryad.pv814j1/1
title: Specimen 2 Control
DOI: 10.5061/dryad.pv814j1/2
title: Specimen 2_1 cut
DOI: 10.5061/dryad.pv814j1/3
title: Specimen 2_2 cut
DOI: 10.5061/dryad.pv814j1/4
title: Specimen 3 Control_Pt 1
DOI: 10.5061/dryad.pv814j1/5
title: Specimen 3 Control Pt 2
DOI: 10.5061/dryad.pv814j1/6
title: Specimen 3_1 cut
DOI: 10.5061/dryad.pv814j1/7
title: Specimen 3_2 cut
DOI: 10.5061/dryad.pv814j1/8
title: Specimen 4 Control
DOI: 10.5061/dryad.t72v91c/1
title: Crayfish Geological Calibration

description: These are the file associated with the geological time calibration analysis including the BEAST XML files.
DOI: 10.5061/dryad.t72v91c/2
title: Strict Clock Files

description: These are the files associated with the strict molecular clock analyses including the BEAST XML files.
DOI: 10.5061/dryad.t72v91c/3
title: Nexus and partitionfinder

description: These are the nexus files for the 16S and COI data along with partitionfinder results.
DOI: 10.5061/dryad.v57471h/2
title: life_history_field_experiment

description: Data from the field experiment.
DOI: 10.5061/dryad.08vv50n/9
title: README.txt

description: README.txt
DOI: 10.5061/dryad.0kf782p/10
title: Co-occurrence script

description: Calculate the probability of at least c of m shifts in morphological regime falling on the same branches of a phylogeny as e shifts in ecology
DOI: 10.5061/dryad.0kf782p/9
title: Surface script

description: Script used to perform SURFACE analysis in R
DOI: 10.5061/dryad.2pb2f1k/1
title: data upload BMC HSR Process evaluation

description: data from health centre participants with variables describing  age, sex, socioeconomic status, self rated health, insurance status and satisfaction with service (NPS)
DOI: 10.5061/dryad.4r0q7m5/1
title: Genotypes_Avicenniagerminans Núñez-Farfán

description: Genotypes of 29 natural populations of Avicennia germinans collected along the Pacific and Atlantic coasts of Mexico. The first 544 individuals corresponded to the Atlantic coast. Locus highlighted in yellow contain a high frequency of null alleles
DOI: 10.5061/dryad.5q02f35/1
title: Data Jacob et al. 2018. PNAS

description: Data of dispersal rate, habitat choice and thermal niche of genotypes of Tetrahymena thermophila
DOI: 10.5061/dryad.641d25m/1
title: Characteristics of the nests, nestboxes, surrounding environment, laying females and their clutches

description: LEGEND - *Collected in the field. **Calculated electronically. ***Lamppost map created based on the Mapinfo data from the city of Montpellier (opendata.montpelliernumerique.fr/) with the Geographic Information System (QuantumGis 1.7.4), and then layered with the nestbox map to determine lamppost presence around nestboxes. ****Computed with Delta software providing maps and aerial pictures of the city of Montpellier.
SITE AND NESTBOX CHARACTERISTICS – Site: five sites in Montpellier, France (1=Font Colombe, 2=Grammont, 3=Mas Nouguier, 4=Mosson, 5=Zoo du Lunaret). Boxidentity*: nestbox number giving their identity. BoxtypeClass and Boxtype*: 2=small wood-concrete Schwegler versus 3=medium larch-wood versus 4=large larch-wood nestboxes. Year: the 6 years of study (2011 to 2016). 
BIOLOGICAL MEASUREMENTS AT NEST – Nestheight*: vertical height of the external nest wall (to the nearest 0.25 cm). Nestvolume**: nest volume calculated in multiplying nest height by the internal surface of the bottom of the nest chamber (cm3). Firsteggdate*: laying date of the first egg in a clutch (Julian date from January 1). Clutchsize*: clutch size from the second half of March onwards till mid-July. Stage: reproductive stage (nest measured 1=during the week before egg-laying versus 2=during egg-laying versus 3=after incubation onset). Clutchtype*: clutch type (1=first versus 2=second breeding attempts). FemaleRing*: female ring number giving the identity of the female parent. FemaleAge*: female age (1=yearling versus 2=older). FemaleMass*: female body mass to the nearest 0.1 g. FemaleTarsus*: female tarsus length to the nearest 0.01 mm.
ENVIRONMENTAL MEASUREMENTS AT NEST AND TERRITORY – LamppostPresence***:  lamppost presence (1=at least one lamppost within a 100 m radius around each nestbox vs. 0=none). Distance*: distance (0-50 m) between the entrance hole of each nestbox and the closest lamppost bulb. VerticalAngle*:  the vertical angle (-2-90°) between the entrance hole of each nestbox and the closest lamppost bulb. HorizontalAngle*: the horizontal angle (0-180°) between the entrance hole of each nestbox and the closest lamppost bulb. PermanentCover*: the light-blocking, permanent vegetation cover (in classes of 25% from 0 to 100%) between the entrance hole of each nestbox and the closest lamppost bulb. PC1LightAvailability**: night light availability at nest from the closest lamppost bulb as the first principal component PC1 (explaining 38.2% of the total variance, with distance to lamppost bulb=0.69, vertical angle=-0.58, horizontal angle= 0.59, light-blocking permanent vegetation cover=0.60) from the correlation matrix. Vegetation****:  green spaces within a 50 m radius around each nestbox. Trees****: tree cover within a 50 m radius around each nestbox. Oak*: oak cover within a 50 m radius around each nestbox. PC1Cover**: vegetation cover as the first principal component PC1 (explaining 81.9% of the total variance, with green spaces =0.90, tree cover =0.96, oak cover = 0.86) from the correlation matrix.
DOI: 10.5061/dryad.66jp1m9/1
title: Cod synthesis SNP list

description: A list of all SNPs along with genbank accession numbers linkage groups, and positional information. Note that positional information refers to position on the linkage group and that linkage and positional information is not available for all SNPs.
DOI: 10.5061/dryad.6j4n154/1
title: Oxidative stress data for nestling white-throated sparrows

description: This data file contains levels of total antioxidant capacity (OXY), reactive oxygen metabolites (ROM), and oxidative stress (OS) measured in nestling white-throated sparrows (Zonotrichia albicollis).  OS was calculated as: mM ROMs/mM TAC x 1000.  Also provided are nestling morph (white (W) or tan (T)), nestling sex, day in the nestling stage, basic body measurements, growth rates, and the time and date of blood sampling.
DOI: 10.5061/dryad.6j4n154/2
title: Telomere data for nestling white-throated sparrows

description: This data file contains relative telomere length (RTL) data for nestling white-throated sparrows.  Also included in the file are total antioxidant capacity (OXY), reactive oxygen metabolite (ROM), and oxidative stress (OS) levels.  OS levels were calculated as: mM ROMs/mM OXY x 1000.  In addition, we list nestling morph (white (W) or tan (T)), nestling sex, and nestling age (in days).  Note that only 5 and 6 day old nestlings were used in our analysis, whereas some nestlings in this dataset were either younger or older.  Basic body measurements and time and date of sampling are also given, along with information regarding each nestling's size rank within the brood.  The largest nestling received size rank 1, and so forth until the brood size was reached.
DOI: 10.5061/dryad.7519042/1
title: Aepyornis_hildebrandti_scan_data_8bit

description: Aepyornis hildebrandti CT scan data - 8 bit
DOI: 10.5061/dryad.7519042/2
title: Aepyornis_hildebrandti_scan_data_16bit

description: Aepyornis hildebrandti CT scan data - 16 bit
DOI: 10.5061/dryad.7519042/3
title: Aepyornis_maximus_scan_data

description: Aepyornis maximus CT scan data
DOI: 10.5061/dryad.7519042/4
title: Casuarius_casuarius_scan_data_8bit

description: Casuarius casuarius CT scan data - 8 bit
DOI: 10.5061/dryad.7519042/5
title: Casuarius_casuarius_scan_data_16bit

description: Casuarius casuarius CT scan data - 16 bit
DOI: 10.5061/dryad.7519042/6
title: Crypturellus_obsoletus_scan_data_8bit

description: Crypturellus obsoletus CT scan data - 8 bit
DOI: 10.5061/dryad.7519042/7
title: Crypturellus_obsoletus_scan_data_16bit

description: Crypturellus obsoletus CT scan data - 16 bit
DOI: 10.5061/dryad.7519042/8
title: Dromaius_novaehollandiae_scan_data_16bit

description: Dromaius novaehollandiae CT scan data - 16 bit
DOI: 10.5061/dryad.8bk7d72/1
title: 2010 Matrices

description: Data represent abundance matrices with columns representing species or morphospecies of adult beetles found on baits of mature, fresh sporocarps of _Pleurotus ostreatus_ mushrooms. Each entry represents the number of individuals of that beetle species found on a particular bait type (see paper for experimental design of bait arrays). Rows represent individual mushroom baits, with letter codes corresponding to positions in experimental arrays as described in the manuscript. Each tab in the data file represents a different census. Adult beetles were censused mornings and evenings on consecutive days.
DOI: 10.5061/dryad.8bk7d72/2
title: 2011 Matrices

description: Data represent abundance matrices with columns representing species or morphospecies of adult beetles found on baits of mature, fresh sporocarps of _Pleurotus ostreatus_ mushrooms. Each entry represents the number of individuals of that beetle species found on a particular bait type (see paper for experimental design of bait arrays). Rows represent individual mushroom baits, with letter codes corresponding to positions in experimental arrays as described in the manuscript. Each tab in the data file represents a different census. Adult beetles were censused mornings and evenings on consecutive days.
DOI: 10.5061/dryad.bj0436h/1
title: Potentilla_puberula_Alonso-Marcos_et_al_ecological_variables_population_level_2018

description: Appendix 1. Description of 238 populations of Potentilla puberula sampled between 1999 and 2015 in the Eastern European Alps. Geographical and collection information, number of sampled individuals (N) and cytotype composition, as well as source of flow cytometric data (FCM) are given. Topographic parameters (elevation, in m a.s.l.; inclination and aspect, in degrees), a variable representing the land use intensity, an index of vegetation density (NDVI) and bioclimatic descriptors (Bio01-Bio19, from the Chelsea Climate database) are noted per each population. Please see README for citation information. Soil parameters are reported for 121 populations visited in 2015, including pH, carbonate (CO3--), organic carbon (Corg) and nitrogen content (Ntot; in g/kg), cation exchange capacity (CEC), cations (in mmol/kg), and base saturation (BS, in %). Abbreviations: AT Andreas Tribsch; CD Christoph Dobeš; FDN Flavia Domizia Nardi; HAM Henar Alonso-Marcos; JAH Julian Ananda Haider; JP Juraj Paule; RS Roswitha Schmickl; SSc Susanne Scheffknecht; SSt Simon Stifter; TW Thomas Wilhalm.
DOI: 10.5061/dryad.bj0436h/2
title: Potentilla_puberula_Alonso-Marcos_et_al_Flow_Cytometry_2018

description: Appendix 2. Flow cytometric data of 1,878 individuals from 115 populations collected between 1999 and 2013. Identification, population and used device for the analyses are indicated. Used internal standards are provided: either Solanum pseudocapsicum (Sps) or Lycopersicon esculentum cv. Stupické polní tyčkové rané (Sly). Since several individuals from the same population were pooled in each measurement (the number of individuals included in each measurement is provided), more than one sample peak was found in some measurements. For each of these peaks (Peak1, Peak2, Peak3 and Peak4) and for the standard, the count of particles, the mean fluorescence and the coefficient of variation are reported. The sample/standard ratio was used to infer the ploidy level of each peak. The number of individuals (N_Peak1 to N_Peak4) per each determined ploidy level (Ploidy_Peak1 to Ploidy_Peak4) are given.
DOI: 10.5061/dryad.d5f54s7/1
title: LifeTables

description: Life tables for 24 species of terrestrial vertebrates.
DOI: 10.5061/dryad.d6s5h2d/18
title: Buffa_et_al_figS14

description: FIG. S14. Character 49: Splenial contribution to symphysis. All character states are represented. Splenial in light gray.
DOI: 10.5061/dryad.d6s5h2d/19
title: Buffa_et_al_figS15

description: FIG. S15. Character 50: Posterior Meckelian fenestra shape. All character states are represented.