cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5517/ccdc.csd.cc239sgp
title: CCDC 1945822: Experimental Crystal Structure Determination

description: Related Article: Chen Deng, Changchang Li, Jinzhong Yao, Quanli Jin, Maozhong Miao, Hongwei Zhou|2021|Eur.J.Org.Chem.|2021|3552|doi:10.1002/ejoc.202100612
DOI: 10.5517/ccdc.csd.cc27nhbr
title: CCDC 2075274: Experimental Crystal Structure Determination

description: Related Article: Long Zhang, Yue-Jian Lin, Zhen-Hua Li, J. Fraser Stoddart, Guo-Xin Jin|2021|Chem.-Eur.J.|27|9524|doi:10.1002/chem.202101204
DOI: 10.5517/ccdc.csd.cc27nhcs
title: CCDC 2075275: Experimental Crystal Structure Determination

description: Related Article: Long Zhang, Yue-Jian Lin, Zhen-Hua Li, J. Fraser Stoddart, Guo-Xin Jin|2021|Chem.-Eur.J.|27|9524|doi:10.1002/chem.202101204
DOI: 10.5517/ccdc.csd.cc27nhdt
title: CCDC 2075276: Experimental Crystal Structure Determination

description: Related Article: Long Zhang, Yue-Jian Lin, Zhen-Hua Li, J. Fraser Stoddart, Guo-Xin Jin|2021|Chem.-Eur.J.|27|9524|doi:10.1002/chem.202101204
DOI: 10.5517/ccdc.csd.cc27ssxr
title: CCDC 2079415: Experimental Crystal Structure Determination

description: Related Article: Xingdong Wang, Jun Hu, Jianhong Lv, Qingqing Yang, Hongkun Tian, Shiyang Shao, Lixiang Wang, Xiabin Jing, Fosong Wang|2021|Angew.Chem.,Int.Ed.|60|16585|doi:10.1002/anie.202104145
DOI: 10.34810/data72/577
title: 02AC_1.MR.0009.0213.2013.03.10.09.04.41.296875.165177157.IMA
DOI: 10.34810/data72/578
title: 02AC_1.MR.0009.0065.2013.03.10.09.04.41.296875.165174486.IMA
DOI: 10.48370/ofd/o3yrdc/byrdg2
title: HMW_Bartsia_alpina_L._H_7647.jpg

description: :unav
DOI: 10.48370/ofd/o3yrdc
title: Bylica werlocka (Artemisia verlotiorum Lamotte), 7647

description: Herbarium
DOI: 10.48370/ofd/kenfgp/sdtfky
title: HMW_Bartsia_alpina_L._H_7336.jpg

description: :unav
DOI: 10.48370/ofd/kenfgp
title: Bylica werlocka (Artemisia verlotiorum Lamotte), 7336

description: Herbarium
DOI: 10.48370/ofd/a29xi6/idy4d5
title: HMW_Bartsia_alpina_L._H_6895.jpg

description: :unav
DOI: 10.48370/ofd/a29xi6
title: Bylica werlocka (Artemisia verlotiorum Lamotte), 6895

description: Herbarium
DOI: 10.34810/data72/579
title: 02AC_1.MR.0009.0132.2013.03.10.09.04.41.296875.165175692.IMA
DOI: 10.48370/ofd/cuumhg/bntzt4
title: HMW_Bartsia_alpina_L._H_3154.jpg

description: :unav
DOI: 10.48370/ofd/cuumhg
title: Bylica werlocka (Artemisia verlotiorum Lamotte), 3154

description: Herbarium
DOI: 10.6084/m9.figshare.15022281.v3
title: Ortholog-based Protein-protein Interaction Prediction in Arabidopsis

description: The Arabidopsis predicted PPIN constructed based on interolog method, include 526,367 interactions among 10,105 proteins.<br>
DOI: 10.34810/data72/580
title: 02AC_1.MR.0009.0018.2013.03.10.09.04.41.296875.165173640.IMA
DOI: 10.5281/zenodo.5112555
title: Cyanopsitta spixii decontaminated

description: .
DOI: 10.5281/zenodo.5112554
title: Cyanopsitta spixii decontaminated

description: .
DOI: 10.5281/zenodo.5109451
title: Pietschnig_etal_stomata_contsize_lowco2_pt1

description: Data used in our study on the response of tropical rainfall to reduced evapotranspiration and continental extent (under review with Journal of Climate). Each datafile spans the last 30 years of a 40 year simulation. This is <strong>part 1 of the low-co2 climate</strong> data and includes the files : <strong>Idealised Continents: </strong> <em>Narrow island 6 Degree longitude</em> 100% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 0% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_commit7bb4387.nc<br> 50% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc <em>8 Degree longitude</em> 100% cond: eight_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc <em>14 Degree longitude </em> 100% cond: fourteen_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 50% cond: fourteen_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc <em>25 Degree longitude </em> 100% cond: twentyfive_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 50% cond: twentyfive_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc <strong>Realistic Continents</strong> 100%cond: full_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_commitfe93b9d.nc
description: This study has received funding from - the University of Exeter College of Engineering, Mathematics and Physical Sciences - NERC (NE/M009599/1 and NE/N018486/1) - the UK - China Research and Innovation Partnership Fund through the Met Office Climate Science for Service Partnership (CSSP) China as part of the Newton Fund - the Rupert Ford Award, administered by the Royal Meteorological Society - the University of Exeter College of Engineering, Mathematics and Physical Sciences PhD Mobility Fund - the National Science Foundation Award AGS-1553715 to the University of Washington. The data was created using the University of Exeter High-Performance Computing (HPC) facility.
DOI: 10.5281/zenodo.5109450
title: Pietschnig_etal_stomata_contsize_lowco2_pt1

description: Data used in our study on the response of tropical rainfall to reduced evapotranspiration and continental extent (under review with Journal of Climate). Each datafile spans the last 30 years of a 40 year simulation. This is <strong>part 1 of the low-co2 climate</strong> data and includes the files : <strong>Idealised Continents: </strong> <em>Narrow island 6 Degree longitude</em> 100% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 0% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_commit7bb4387.nc<br> 50% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc <em>8 Degree longitude</em> 100% cond: eight_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc <em>14 Degree longitude </em> 100% cond: fourteen_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 50% cond: fourteen_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc <em>25 Degree longitude </em> 100% cond: twentyfive_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 50% cond: twentyfive_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc <strong>Realistic Continents</strong> 100%cond: full_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_commitfe93b9d.nc
description: This study has received funding from - the University of Exeter College of Engineering, Mathematics and Physical Sciences - NERC (NE/M009599/1 and NE/N018486/1) - the UK - China Research and Innovation Partnership Fund through the Met Office Climate Science for Service Partnership (CSSP) China as part of the Newton Fund - the Rupert Ford Award, administered by the Royal Meteorological Society - the University of Exeter College of Engineering, Mathematics and Physical Sciences PhD Mobility Fund - the National Science Foundation Award AGS-1553715 to the University of Washington. The data was created using the University of Exeter High-Performance Computing (HPC) facility.
DOI: 10.5281/zenodo.5109484
title: Pietschnig_etal_stomata_contsize_lowco2_pt2

description: Data used in our study on the response of tropical rainfall to reduced evapotranspiration and continental extent (under review with Journal of Climate). Each datafile spans the last 30 years of a 40 year simulation. This is <strong>part 2 of the lowCO2</strong> climate data and includes the files: <strong>Idealised Continents: </strong> <em>Idealised South America (40 degrees longitude):</em> 100% cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_commitfe93b9d.nc<br> 50% cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc<br> 0% cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_commit7bb4387.nc <em>Idealised Africa (60 degrees longitude):</em> 100% cond: square_Africa_newbucket_fixedSSTs_from_realworld_zonallysymm_commitfe93b9d.nc<br> 50% cond: square_Africa_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc<br> 0% cond: square_Africa_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_commit7bb4387.nc <em>Two idealised continents (South America and Africa): </em> 100% cond: two_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 50% cond: two_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc <em>100 degree continent: </em> 100% cond: squareland_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 50% cond: squareland_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc
description: This study has received funding from - the University of Exeter College of Engineering, Mathematics and Physical Sciences - NERC (NE/M009599/1 and NE/N018486/1) - the UK - China Research and Innovation Partnership Fund through the Met Office Climate Science for Service Partnership (CSSP) China as part of the Newton Fund - the Rupert Ford Award, administered by the Royal Meteorological Society - the University of Exeter College of Engineering, Mathematics and Physical Sciences PhD Mobility Fund - the National Science Foundation Award AGS-1553715 to the University of Washington. The data was created using the University of Exeter High-Performance Computing (HPC) facility.
DOI: 10.5281/zenodo.5109483
title: Pietschnig_etal_stomata_contsize_lowco2_pt2

description: Data used in our study on the response of tropical rainfall to reduced evapotranspiration and continental extent (under review with Journal of Climate). Each datafile spans the last 30 years of a 40 year simulation. This is <strong>part 2 of the lowCO2</strong> climate data and includes the files: <strong>Idealised Continents: </strong> <em>Idealised South America (40 degrees longitude):</em> 100% cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_commitfe93b9d.nc<br> 50% cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc<br> 0% cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_commit7bb4387.nc <em>Idealised Africa (60 degrees longitude):</em> 100% cond: square_Africa_newbucket_fixedSSTs_from_realworld_zonallysymm_commitfe93b9d.nc<br> 50% cond: square_Africa_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc<br> 0% cond: square_Africa_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_commit7bb4387.nc <em>Two idealised continents (South America and Africa): </em> 100% cond: two_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 50% cond: two_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc <em>100 degree continent: </em> 100% cond: squareland_newbucket_fixedSSTs_from_realworld_zonallysymm_commit7bb4387.nc<br> 50% cond: squareland_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_commit7bb4387.nc
description: This study has received funding from - the University of Exeter College of Engineering, Mathematics and Physical Sciences - NERC (NE/M009599/1 and NE/N018486/1) - the UK - China Research and Innovation Partnership Fund through the Met Office Climate Science for Service Partnership (CSSP) China as part of the Newton Fund - the Rupert Ford Award, administered by the Royal Meteorological Society - the University of Exeter College of Engineering, Mathematics and Physical Sciences PhD Mobility Fund - the National Science Foundation Award AGS-1553715 to the University of Washington. The data was created using the University of Exeter High-Performance Computing (HPC) facility.
DOI: 10.5281/zenodo.5109489
title: Pietschnig_etal_stomata_contsize_highco2_pt1

description: Data used in our study on the response of tropical rainfall to reduced evapotranspiration and continental extent (under review with Journal of Climate). Each datafile spans the last 30 years of a 40 year simulation. This is <strong>part 1 of the highCO2</strong> climate data and includes the files: <strong>Idealised Continents: </strong> <em>6 degrees longitude</em> 100% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 0% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 50% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <em>8 degrees longitude</em> 0% cond: eight_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <em>14 degrees longitude</em><br> 100% cond: fourteen_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 50%cond: fourteen_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <em>25 degrees longitude</em><br> 100%cond: twentyfive_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 50%cond: twentyfive_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc
description: This study has received funding from - the University of Exeter College of Engineering, Mathematics and Physical Sciences - NERC (NE/M009599/1 and NE/N018486/1) - the UK - China Research and Innovation Partnership Fund through the Met Office Climate Science for Service Partnership (CSSP) China as part of the Newton Fund - the Rupert Ford Award, administered by the Royal Meteorological Society - the University of Exeter College of Engineering, Mathematics and Physical Sciences PhD Mobility Fund - the National Science Foundation Award AGS-1553715 to the University of Washington. The data was created using the University of Exeter High-Performance Computing (HPC) facility.
DOI: 10.5281/zenodo.5109488
title: Pietschnig_etal_stomata_contsize_highco2_pt1

description: Data used in our study on the response of tropical rainfall to reduced evapotranspiration and continental extent (under review with Journal of Climate). Each datafile spans the last 30 years of a 40 year simulation. This is <strong>part 1 of the highCO2</strong> climate data and includes the files: <strong>Idealised Continents: </strong> <em>6 degrees longitude</em> 100% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 0% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 50% cond: six_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <em>8 degrees longitude</em> 0% cond: eight_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <em>14 degrees longitude</em><br> 100% cond: fourteen_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 50%cond: fourteen_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <em>25 degrees longitude</em><br> 100%cond: twentyfive_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 50%cond: twentyfive_deg_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc
description: This study has received funding from - the University of Exeter College of Engineering, Mathematics and Physical Sciences - NERC (NE/M009599/1 and NE/N018486/1) - the UK - China Research and Innovation Partnership Fund through the Met Office Climate Science for Service Partnership (CSSP) China as part of the Newton Fund - the Rupert Ford Award, administered by the Royal Meteorological Society - the University of Exeter College of Engineering, Mathematics and Physical Sciences PhD Mobility Fund - the National Science Foundation Award AGS-1553715 to the University of Washington. The data was created using the University of Exeter High-Performance Computing (HPC) facility.
DOI: 10.5281/zenodo.5109494
title: Pietschnig_etal_stomata_contsize_highco2_pt2

description: Data used in our study on the response of tropical rainfall to reduced evapotranspiration and continental extent (under review with Journal of Climate). Each datafile spans the last 30 years of a 40 year simulation. This is <strong>part 2 of the highCO2</strong> climate data and includes the files: <strong>Idealised Continents: </strong> <em>Idealised South America (40 degrees longitude):</em> 100% cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commitfe93b9d.nc 0%cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 20%cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref02_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 50%cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commitfe93b9d.nc 70%cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref07_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <em>100 degree continent</em> 100%cond: squareland_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc<br> 50%cond: squareland_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <strong>Realistic Continents: </strong> 100%cond: full_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commitfe93b9d.nc 50%cond: full_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commitfe93b9d.nc<br> <br>
description: This study has received funding from - the University of Exeter College of Engineering, Mathematics and Physical Sciences - NERC (NE/M009599/1 and NE/N018486/1) - the UK - China Research and Innovation Partnership Fund through the Met Office Climate Science for Service Partnership (CSSP) China as part of the Newton Fund - the Rupert Ford Award, administered by the Royal Meteorological Society - the University of Exeter College of Engineering, Mathematics and Physical Sciences PhD Mobility Fund - the National Science Foundation Award AGS-1553715 to the University of Washington. The data was created using the University of Exeter High-Performance Computing (HPC) facility.
DOI: 10.34810/data72/581
title: 02AC_1.MR.0009.0061.2013.03.10.09.04.41.296875.165174414.IMA
DOI: 10.5281/zenodo.5109493
title: Pietschnig_etal_stomata_contsize_highco2_pt2

description: Data used in our study on the response of tropical rainfall to reduced evapotranspiration and continental extent (under review with Journal of Climate). Each datafile spans the last 30 years of a 40 year simulation. This is <strong>part 2 of the highCO2</strong> climate data and includes the files: <strong>Idealised Continents: </strong> <em>Idealised South America (40 degrees longitude):</em> 100% cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commitfe93b9d.nc 0%cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref0_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 20%cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref02_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc 50%cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commitfe93b9d.nc 70%cond: square_South_America_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref07_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <em>100 degree continent</em> 100%cond: squareland_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc<br> 50%cond: squareland_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commit7bb4387.nc <strong>Realistic Continents: </strong> 100%cond: full_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_plus_uniform_warming_and_2xCO2_spinup_361_commitfe93b9d.nc 50%cond: full_continents_newbucket_fixedSSTs_from_realworld_zonallysymm_corrected_vegpref05_plus_uniform_warming_and_2xCO2_spinup_361_commitfe93b9d.nc<br> <br>
description: This study has received funding from - the University of Exeter College of Engineering, Mathematics and Physical Sciences - NERC (NE/M009599/1 and NE/N018486/1) - the UK - China Research and Innovation Partnership Fund through the Met Office Climate Science for Service Partnership (CSSP) China as part of the Newton Fund - the Rupert Ford Award, administered by the Royal Meteorological Society - the University of Exeter College of Engineering, Mathematics and Physical Sciences PhD Mobility Fund - the National Science Foundation Award AGS-1553715 to the University of Washington. The data was created using the University of Exeter High-Performance Computing (HPC) facility.