cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.6189452
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 8

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189461.v1
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 7

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189452.v1
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 8

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189446
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 9

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189446.v1
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 9

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189440
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 10

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189437
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 11

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189440.v1
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 10

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189437.v1
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 11

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189431
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 12

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189431.v1
title: Oligonucleotide annotations from the Agilent Songbird Oligonucleotide Array V2: data file 12

description: This dataset contains a single MS Excel <b>.xlsx</b> file, documenting the curation of a large set of oligonucleotide (oligo) annotations from the Agilent Songbird Oligonucleotide Array V2.<br><b>Tables 3-13</b> provide a list of subsets of oligos that were curated at each step of the analysis, including subsets of oligos that were removed because they were deemed uninformative (<b>Tables 3-6</b>), or subjected to a name verification and/or reannotation effort (<b>Tables 8-13</b>). The step-by-step curation of these oligos is described in the manuscript associated with this dataset.<br>Oligos in various categories are identified by 'oligo IDs' given by Duke University. Those subject to name verification and/or reannotation effort also have recorded the most recent oligo consensus symbols and names applied in two studies referenced in the related paper, Chromosomal and strand information to which the oligo aligns, and related HGNC ID Gene Description and HGNC Symbol Status, where relevant.<br><b>Background</b>Zebra finches are a major model organism for investigating mechanisms of vocal learning, a trait that enables spoken language in humans. The development of EST/cDNA database collections and microarrays has allowed extensive molecular characterizations of the vocal learning and production circuitry. However, poor curation of these databases can lead to errors in transcriptome and bioinformatics analyses, limiting the impact of these resources. Here we used genomic alignments and synteny analysis for orthology verification to curate and reannotate a large set of oligonucleotides and corresponding ESTs/cDNAs that make-up Agilent microarrays for gene expression analysis in finches.<br><br>
DOI: 10.6084/m9.figshare.6189389
title: Monthly air temperature for year 2009

description: Monthly air temperature statistically derived from satellite measurements for year 2009 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189389.v1
title: Monthly air temperature for year 2009

description: Monthly air temperature statistically derived from satellite measurements for year 2009 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189386
title: Beta2 for the climate space weighted regressions

description: Spatialized monthly values for the LST day sensitivity (beta2) term of the climate space weighted regression (CSWR).
DOI: 10.6084/m9.figshare.6189383
title: Monthly air temperature for year 2004

description: Monthly air temperature statistically derived from satellite measurements for year 2004 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189383.v1
title: Monthly air temperature for year 2004

description: Monthly air temperature statistically derived from satellite measurements for year 2004 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189380
title: Monthly air temperature for year 2016

description: Monthly air temperature statistically derived from satellite measurements for year 2016 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189380.v1
title: Monthly air temperature for year 2016

description: Monthly air temperature statistically derived from satellite measurements for year 2016 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189377
title: Monthly air temperature for year 2015

description: Monthly air temperature statistically derived from satellite measurements for year 2015 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189377.v1
title: Monthly air temperature for year 2015

description: Monthly air temperature statistically derived from satellite measurements for year 2015 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189374
title: Monthly air temperature for year 2014

description: Monthly air temperature statistically derived from satellite measurements for year 2014 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189374.v1
title: Monthly air temperature for year 2014

description: Monthly air temperature statistically derived from satellite measurements for year 2014 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189371
title: Monthly air temperature for year 2013

description: Monthly air temperature statistically derived from satellite measurements for year 2013 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189368
title: Monthly air temperature for year 2012

description: Monthly air temperature statistically derived from satellite measurements for year 2012 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189371.v1
title: Monthly air temperature for year 2013

description: Monthly air temperature statistically derived from satellite measurements for year 2013 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189365
title: Monthly air temperature for year 2011

description: Monthly air temperature statistically derived from satellite measurements for year 2011 with a spatial resolution of 0.05 decimal degrees.
DOI: 10.6084/m9.figshare.6189368.v1
title: Monthly air temperature for year 2012

description: Monthly air temperature statistically derived from satellite measurements for year 2012 with a spatial resolution of 0.05 decimal degrees.