cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5061/dryad.d6s5h2d/20
title: Buffa_et_al_figS16

description: FIG. S16. Character 51: Mandibular anterior ventral margin. All character states are represented.
DOI: 10.5061/dryad.d6s5h2d/21
title: Buffa_et_al_figS17

description: FIG. S17. Character 52: Mandibular tapering in height anteriorly. All character states are represented.
DOI: 10.5061/dryad.f5r163j/1
title: Haeuseretal_Dryad_upload

description: Zip file containing all data for Haeuser et all. 2018 JEcol.
DOI: 10.5061/dryad.js42579/1
title: Hartmann_etal_MEC_Fig_1_data

description: The gene expression data obtained from Orbicella faveolata larvae and used to generate Figure 1. The data matrix was filtered to only the genes that successfully hybridized (i.e., produced data) in at least three replicates for each treatment. Missing values were imputed and all values were normalized to a mean of zero and the same unit variance in each gene. The 'Name' column provides the gene annotation, if there is one. The subsequent columns contain data for the 20 samples. The sample names refer treatment group, which includes light status (L = Light, D = Dark), symbiont status (S = Symb, NS = NoSymb), and replicate number (1-5).
DOI: 10.5061/dryad.js42579/2
title: Hartmann_etal_MEC_Fig_2_data

description: The lipid content of Orbicella faveolata larvae used to generate Figure 2. Data were taken at the time of photosymbiont infection (T = 0) and two days later (T = 48) for the four treatment groups. Data columns contain lipid quantifications (µg/larva) for the lipid classes WE = wax esters, TAG = triacylglycerol, and PL = phospholipids.
DOI: 10.5061/dryad.k9v03g0/1
title: NMR files
DOI: 10.5061/dryad.kd1qt0p.2/15.2
title: Figure 6 - source data 2

description: This zip archive contains the original z-stacks used for Figure 6, panels B and D. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS309_s9_t1 = WT LSI, Dilution factor = 1
A7PS309_s10_t1 = WT LSI, Dilution factor = 1/2
A7PS309_s11_t1 = WT LSI, Dilution factor = 1/4
A7PS309_s12_t1 = WT LSI, Dilution factor = 1/8
A7PS309_s25_t1 = Rag1KO LSI, Dilution factor = 1
A7PS309_s26_t1 = Rag1KO LSI, Dilution factor = 1/2
A7PS309_s27_t1 = Rag1KO LSI, Dilution factor = 1/4
A7PS309_s28_t1 = Rag1KO 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 6, panels B and D.
DOI: 10.5061/dryad.kd1qt0p.2/16.2
title: Figure 7 - source data 1

description: This zip archive contains the original z-stacks used for Figure 7, panel A. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS320_s1_t1 = 6.66 mg/mL Pectin
A7PS320_s2_t1 = 3.33 mg/mL Pectin
A7PS320_s3_t1 = 1.67 mg/mL Pectin
A7PS320_s4_t1 = 0.835 mg/mL Pectin
A7PS320_s5_t1 = 0.417 mg/mL Pectin
A7PS320_s6_t1 = 0.209 mg/mL Pectin
A7PS320_s7_t1 = 0.105 mg/mL Pectin
A7PS320_s8_t1 = 0.053 mg/mL Pectin
A7PS320_s11_t1 = 236 mg/mL Fibersol-2
A7PS320_s12_t1 = 118 mg/mL Fibersol-2
A7PS320_s13_t1 = 59.0 mg/mL Fibersol-2
A7PS320_s14_t1 = 29.5 mg/mL Fibersol-2
A7PS320_s15_t1 = 14.8 mg/mL Fibersol-2
A7PS322_s1_t1 =  6.66 mg/mL Fibersol-2
A7PS322_s2_t1 =  3.33 mg/mL Fibersol-2
A7PS322_s3_t1 =  1.67 mg/mL Fibersol-2
A7PS322_s4_t1 =  0.835 mg/mL Fibersol-2
A7PS322_s5_t1 =  0.417 mg/mL Fibersol-2
A7PS322_s6_t1 =  0.209 mg/mL Fibersol-2
A7PS322_s7_t1 =  0.105 mg/mL Fibersol-2
A7PS322_s8_t1 =  0.053 mg/mL Fibersol-2


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 this paper to generate Figure 7, panel A.
DOI: 10.5061/dryad.kd1qt0p.2/17.2
title: Figure 7 - source data 2

description: This zip archive contains the original z-stacks used for Figure 7, panel E. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS313_s17_t1 = 30-µm-filtered Pectin USI, Dilution factor = 1
A7PS313_s18_t1 = 30-µm-filtered Pectin USI, Dilution factor = 1/2
A7PS313_s19_t1 = 30-µm-filtered Pectin USI, Dilution factor = 1/4
A7PS313_s20_t1 = 30-µm-filtered Pectin USI, Dilution factor = 1/8
A7PS313_s21_t1 = 30-µm-filtered Pectin USI, Dilution factor = 1/16
A7PS313_s22_t1 = 30-µm-filtered Pectin USI, Dilution factor = 1/32
A7PS313_s23_t1 = 30-µm-filtered Pectin USI, Dilution factor = 1/64
A7PS313_s24_t1 = 30-µm-filtered Pectin USI, Dilution factor = 1/128
A7PS314_s17_t1 = 30-µm-filtered Fibersol-2 USI, Dilution factor = 1
A7PS314_s18_t1 = 30-µm-filtered Fibersol-2 USI, Dilution factor = 1/2
A7PS314_s19_t1 = 30-µm-filtered Fibersol-2 USI, Dilution factor = 1/4
A7PS314_s20_t1 = 30-µm-filtered Fibersol-2 USI, Dilution factor = 1/8
A7PS314_s21_t1 = 30-µm-filtered Fibersol-2 USI, Dilution factor = 1/16
A7PS314_s22_t1 = 30-µm-filtered Fibersol-2 USI, Dilution factor = 1/32
A7PS314_s23_t1 = 30-µm-filtered Fibersol-2 USI, Dilution factor = 1/64
A7PS314_s24_t1 = 30-µm-filtered Fibersol-2 USI, Dilution factor = 1/128
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 7, panel E.
DOI: 10.5061/dryad.kd1qt0p.2/18.2
title: Figure 7 - source data 3

description: This zip archive contains the original z-stacks used for Figure 7, panel F. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS313_s1_t1 = 0.45-µm-filtered Pectin USI, Dilution factor = 1
A7PS313_s2_t1 = 0.45-µm-filtered Pectin USI, Dilution factor = 1/2
A7PS313_s3_t1 = 0.45-µm-filtered Pectin USI, Dilution factor = 1/4
A7PS313_s4_t1 = 0.45-µm-filtered Pectin USI, Dilution factor = 1/8
A7PS313_s5_t1 = 0.45-µm-filtered Pectin USI, Dilution factor = 1/16
A7PS313_s6_t1 = 0.45-µm-filtered Pectin USI, Dilution factor = 1/32
A7PS313_s7_t1 = 0.45-µm-filtered Pectin USI, Dilution factor = 1/64
A7PS313_s8_t1 = 0.45-µm-filtered Pectin USI, Dilution factor = 1/128
A7PS314_s1_t1 = 0.45-µm-filtered Fibersol-2 USI, Dilution factor = 1
A7PS314_s2_t1 = 0.45-µm-filtered Fibersol-2 USI, Dilution factor = 1/2
A7PS314_s3_t1 = 0.45-µm-filtered Fibersol-2 USI, Dilution factor = 1/4
A7PS314_s4_t1 = 0.45-µm-filtered Fibersol-2 USI, Dilution factor = 1/8
A7PS314_s5_t1 = 0.45-µm-filtered Fibersol-2 USI, Dilution factor = 1/16
A7PS314_s6_t1 = 0.45-µm-filtered Fibersol-2 USI, Dilution factor = 1/32
A7PS314_s7_t1 = 0.45-µm-filtered Fibersol-2 USI, Dilution factor = 1/64
A7PS314_s8_t1 = 0.45-µm-filtered Fibersol-2 USI, Dilution factor = 1/128
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 7, panel F.
DOI: 10.5061/dryad.kd1qt0p.2/19.2
title: Figure 7 - source data 4

description: This zip archive contains the original z-stacks used for Figure 7, panel G. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS318_s1_t1 = 30-µm-filtered Pectin LSI, Dilution factor = 1/4
A7PS318_s2_t1 = 30-µm-filtered Pectin LSI, Dilution factor = 1/8
A7PS318_s3_t1 = 30-µm-filtered Pectin LSI, Dilution factor = 1/16
A7PS318_s4_t1 = 30-µm-filtered Pectin LSI, Dilution factor = 1/32
A7PS318_s5_t1 = 30-µm-filtered Pectin LSI, Dilution factor = 1/64
A7PS318_s6_t1 = 30-µm-filtered Pectin LSI, Dilution factor = 1/128
A7PS314_s25_t1 = 30-µm-filtered Fibersol-2 LSI, Dilution factor = 1
A7PS314_s26_t1 = 30-µm-filtered Fibersol-2 LSI, Dilution factor = 1/2
A7PS314_s27_t1 = 30-µm-filtered Fibersol-2 LSI, Dilution factor = 1/4
A7PS314_s28_t1 = 30-µm-filtered Fibersol-2 LSI, Dilution factor = 1/8
A7PS314_s29_t1 = 30-µm-filtered Fibersol-2 LSI, Dilution factor = 1/16
A7PS314_s30_t1 = 30-µm-filtered Fibersol-2 LSI, Dilution factor = 1/32
A7PS314_s31_t1 = 30-µm-filtered Fibersol-2 LSI, Dilution factor = 1/64
A7PS314_s32_t1 = 30-µm-filtered Fibersol-2 LSI, Dilution factor = 1/128
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 7, panel G.
DOI: 10.5061/dryad.kd1qt0p.2/20.2
title: Figure 7 - source data 5

description: This zip archive contains the original z-stacks used for Figure 7, panel H. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS313_s9_t1 = 0.45-µm-filtered Pectin LSI, Dilution factor = 1
A7PS313_s10_t1 = 0.45-µm-filtered Pectin LSI, Dilution factor = 1/2
A7PS313_s11_t1 = 0.45-µm-filtered Pectin LSI, Dilution factor = 1/4
A7PS313_s12_t1 = 0.45-µm-filtered Pectin LSI, Dilution factor = 1/8
A7PS313_s13_t1 = 0.45-µm-filtered Pectin LSI, Dilution factor = 1/16
A7PS313_s14_t1 = 0.45-µm-filtered Pectin LSI, Dilution factor = 1/32
A7PS313_s15_t1 = 0.45-µm-filtered Pectin LSI, Dilution factor = 1/64
A7PS313_s16_t1 = 0.45-µm-filtered Pectin LSI, Dilution factor = 1/128
A7PS314_s9_t1 = 0.45-µm-filtered Fibersol-2 LSI, Dilution factor = 1
A7PS314_s10_t1 = 0.45-µm-filtered Fibersol-2 LSI, Dilution factor = 1/2
A7PS314_s11_t1 = 0.45-µm-filtered Fibersol-2 LSI, Dilution factor = 1/4
A7PS314_s12_t1 = 0.45-µm-filtered Fibersol-2 LSI, Dilution factor = 1/8
A7PS314_s13_t1 = 0.45-µm-filtered Fibersol-2 LSI, Dilution factor = 1/16
A7PS314_s14_t1 = 0.45-µm-filtered Fibersol-2 LSI, Dilution factor = 1/32
A7PS314_s15_t1 = 0.45-µm-filtered Fibersol-2 LSI, Dilution factor = 1/64
A7PS314_s16_t1 = 0.45-µm-filtered Fibersol-2 LSI, Dilution factor = 1/128
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 7, panel H.
DOI: 10.5061/dryad.kd1qt0p.2/21.2
title: Figure 5 - figure supplement 1 - source data 1

description: This zip archive contains the original z-stacks used for This zip archive contains the original z-stacks used for Figure 5 - figure supplement 1, panels A and C. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS302_s1_t1 = WT USI, Dilution factor = 1
A7PS302_s2_t1 = WT USI, Dilution factor = 1/2
A7PS302_s3_t1 = WT USI, Dilution factor = 1/4
A7PS302_s4_t1 = WT USI, Dilution factor = 1/8
A7PS302_s17_t1 = MUC2KO USI, Dilution factor = 1
A7PS302_s18_t1 = MUC2KO USI, Dilution factor = 1/2
A7PS302_s19_t1 = MUC2KO USI, Dilution factor = 1/4
A7PS302_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 - figure supplement 1, panels A and C.
DOI: 10.5061/dryad.kd1qt0p.2/22.2
title: Figure 5 - figure supplement 1 - source data 2

description: This zip archive contains the original z-stacks used for Figure 5 - figure supplement 1, panels B and D. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS302_s9_t1 = WT LSI, Dilution factor = 1
A7PS302_s10_t1 = WT LSI, Dilution factor = 1/2
A7PS302_s11_t1 = WT LSI, Dilution factor = 1/4
A7PS302_s12_t1 = WT LSI, Dilution factor = 1/8
A7PS302_s25_t1 = MUC2KO LSI, Dilution factor = 1
A7PS302_s26_t1 = MUC2KO LSI, Dilution factor = 1/2
A7PS302_s27_t1 = MUC2KO LSI, Dilution factor = 1/4
A7PS302_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 - figure supplement 1, panels B and D.
DOI: 10.5061/dryad.kd1qt0p.2/23.2
title: Figure 6 - figure supplement 3 - source data 1

description: This zip archive contains the original z-stacks used for Figure 6 - figure supplement 3, panels A and C. These are provided as TIF files. All imaging parameters are included in the image metadata. They are labeled as follows: 
A7PS308_s1_t1 = WT USI, Dilution factor = 1
A7PS308_s2_t1 = WT USI, Dilution factor = 1/2
A7PS308_s3_t1 = WT USI, Dilution factor = 1/4
A7PS308_s4_t1 = WT USI, Dilution factor = 1/8
A7PS308_s17_t1 = Rag1KO USI, Dilution factor = 1
A7PS308_s18_t1 = Rag1KO USI, Dilution factor = 1/2
A7PS308_s19_t1 = Rag1KO USI, Dilution factor = 1/4
A7PS308_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 - figure supplement 3, panels A and C.
DOI: 10.5061/dryad.kr5rr2c/1
title: Kane et al Ram v Gape data

description: This file contains the following data for each trial: (1) Drainage basin, (2) population (predation level), (3) Individual number, (4) Trial name of the recorded video, (5) fish weight as measured at the time of euthanizing (some fish died prematurely and measurements were unavailable), (6) standard length as measured at the time of euthanizing (some fish died prematurely and measurements were unavailable), (7) standard length as measured from the video, (8) maximum gape, (9) swim speed at maximum gape.
DOI: 10.5061/dryad.m3g5jm6/1
title: zhang et al data Ecology Letters - ELE-00797-2018.R2
DOI: 10.5061/dryad.m3t8r8v/1
title: Raw illumina files for E1-E50

description: Raw Illumina data files for the Illumina Miseq sequencing of a library of tagged specimens of Microgastrinae (Hymenoptera: Braconidae) for COI (in two amplicons), Wingless and ITS2. This file contains Extraction codes E1-E50. Sample information for all specimens can be found as supporting information at: https://onlinelibrary.wiley.com/doi/full/10.1111/1755-0998.12904 . The original data was generated for the paper:  Fagan-Jeffries, E.P., Cooper, S.J.B., Bertozzi, T., Bradford, T.M. & Austin, A.D. (2018) DNA barcoding of microgastrine parasitoid wasps (Hymenoptera: Braconidae) using high-throughput methods more than doubles the number of species known for Australia. Molecular Ecology Resources 18, 1132–1143.
DOI: 10.5061/dryad.m3t8r8v/10
title: E551-E650 raw illumina files

description: Raw Illumina data files for the Illumina Miseq sequencing of a library of tagged specimens of Microgastrinae (Hymenoptera: Braconidae) for COI (in two amplicons), Wingless and ITS2. This file contains Extraction codes E551-E650. Sample information for all specimens can be found as supporting information at: https://onlinelibrary.wiley.com/doi/full/10.1111/1755-0998.12904 . The original data was generated for the paper:  Fagan-Jeffries, E.P., Cooper, S.J.B., Bertozzi, T., Bradford, T.M. & Austin, A.D. (2018) DNA barcoding of microgastrine parasitoid wasps (Hymenoptera: Braconidae) using high-throughput methods more than doubles the number of species known for Australia. Molecular Ecology Resources 18, 1132–1143.
DOI: 10.5061/dryad.m3t8r8v/2
title: E51-E100 raw illumina files

description: Raw Illumina data files for the Illumina Miseq sequencing of a library of tagged specimens of Microgastrinae (Hymenoptera: Braconidae) for COI (in two amplicons), Wingless and ITS2. This file contains Extraction codes E51-E100. Sample information for all specimens can be found as supporting information at: https://onlinelibrary.wiley.com/doi/full/10.1111/1755-0998.12904 . The original data was generated for the paper:  Fagan-Jeffries, E.P., Cooper, S.J.B., Bertozzi, T., Bradford, T.M. & Austin, A.D. (2018) DNA barcoding of microgastrine parasitoid wasps (Hymenoptera: Braconidae) using high-throughput methods more than doubles the number of species known for Australia. Molecular Ecology Resources 18, 1132–1143.
DOI: 10.5061/dryad.m3t8r8v/3
title: E101-E150 raw illumina files

description: Raw Illumina data files for the Illumina Miseq sequencing of a library of tagged specimens of Microgastrinae (Hymenoptera: Braconidae) for COI (in two amplicons), Wingless and ITS2. This file contains Extraction codes E101-E150. Sample information for all specimens can be found as supporting information at: https://onlinelibrary.wiley.com/doi/full/10.1111/1755-0998.12904 . The original data was generated for the paper:  Fagan-Jeffries, E.P., Cooper, S.J.B., Bertozzi, T., Bradford, T.M. & Austin, A.D. (2018) DNA barcoding of microgastrine parasitoid wasps (Hymenoptera: Braconidae) using high-throughput methods more than doubles the number of species known for Australia. Molecular Ecology Resources 18, 1132–1143.
DOI: 10.5061/dryad.m3t8r8v/4
title: E151-E200 raw illumina files

description: Raw Illumina data files for the Illumina Miseq sequencing of a library of tagged specimens of Microgastrinae (Hymenoptera: Braconidae) for COI (in two amplicons), Wingless and ITS2. This file contains Extraction codes E151-E200. Sample information for all specimens can be found as supporting information at: https://onlinelibrary.wiley.com/doi/full/10.1111/1755-0998.12904 . The original data was generated for the paper:  Fagan-Jeffries, E.P., Cooper, S.J.B., Bertozzi, T., Bradford, T.M. & Austin, A.D. (2018) DNA barcoding of microgastrine parasitoid wasps (Hymenoptera: Braconidae) using high-throughput methods more than doubles the number of species known for Australia. Molecular Ecology Resources 18, 1132–1143.
DOI: 10.5061/dryad.m3t8r8v/5
title: E201-E250 raw illumina files

description: Raw Illumina data files for the Illumina Miseq sequencing of a library of tagged specimens of Microgastrinae (Hymenoptera: Braconidae) for COI (in two amplicons), Wingless and ITS2. This file contains Extraction codes E201-E250. Sample information for all specimens can be found as supporting information at: https://onlinelibrary.wiley.com/doi/full/10.1111/1755-0998.12904 . The original data was generated for the paper:  Fagan-Jeffries, E.P., Cooper, S.J.B., Bertozzi, T., Bradford, T.M. & Austin, A.D. (2018) DNA barcoding of microgastrine parasitoid wasps (Hymenoptera: Braconidae) using high-throughput methods more than doubles the number of species known for Australia. Molecular Ecology Resources 18, 1132–1143.
DOI: 10.5061/dryad.m3t8r8v/6
title: E251-E300 raw illumina files

description: Raw Illumina data files for the Illumina Miseq sequencing of a library of tagged specimens of Microgastrinae (Hymenoptera: Braconidae) for COI (in two amplicons), Wingless and ITS2. This file contains Extraction codes E251-E300. Sample information for all specimens can be found as supporting information at: https://onlinelibrary.wiley.com/doi/full/10.1111/1755-0998.12904 . The original data was generated for the paper:  Fagan-Jeffries, E.P., Cooper, S.J.B., Bertozzi, T., Bradford, T.M. & Austin, A.D. (2018) DNA barcoding of microgastrine parasitoid wasps (Hymenoptera: Braconidae) using high-throughput methods more than doubles the number of species known for Australia. Molecular Ecology Resources 18, 1132–1143.