cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17632/n9c7srfpx8.1
title: NPH-MS-2022-40818 - Nitric oxide improves ethylene synthesis and salt resistance by positively regulating ACOh4 in tomato plants

description:  The original data about Western Blot in Figs. 4 to 6.
DOI: 10.17632/zkxb7d3fhx.1
title: Water stable isotopes in Lake Ditkevi, Chirripó National Park, Costa Rica

description: We report on a data set of water isotopes in precipitation and lake water (Lake Ditkevi) collected between June 2015 and November 2020 in the Chirripó National Park, Costa Rica.
DOI: 10.17632/zkxb7d3fhx.2
title: Water stable isotopes in Lake Ditkevi, Chirripó National Park, Costa Rica

description: We report on a data set of water isotopes in precipitation and lake water (Lake Ditkevi) collected between June 2015 and November 2020 in the Chirripó National Park, Costa Rica.
DOI: 10.17632/jzmvfmfdhg.1
title: LINF_310037500

description: aldehyde reductase
Leishmania infantum (strain JPCM5)
DOI: 10.17632/2b6npj7y8k.1
title: LINF_310037300

description: tousled-like kinase | TLK
Leishmania infantum (strain JPCM5)
DOI: 10.17632/x24g7jvk6s.1
title: LINF_310037200

description: mitoribosomal protein bL12m
Leishmania infantum (strain JPCM5)
DOI: 10.17632/vsnbnjnr43.1
title: LINF_310036900

description: transcriptional regulator MAF1
Leishmania infantum (strain JPCM5)
DOI: 10.17632/xwz8vyrs3j.1
title: LINF_310036800

description: Smr domain containing protein
Leishmania infantum (strain JPCM5)
DOI: 10.17632/8g2bsgbyd8.1
title: Two-dimensional C36 fullerene network; An isotropic, auxetic semiconductor with low thermal conductivity and remarkable stiffness 

description: Data for our manuscript:
Energy minimized structures in VASP POSCAR, for the single-layer and bulk find: “POSCAR-SL” and “POSCAR-Bulk”, respectively. 
Complete AIMD training datasets for MTP, find: “training-data.cfg”
Fitted MTP for the evaluation of mechanical, phonon dispersion and thermal conductivity, find: “p.mtp” 
LAMMPS input file, find: “LAMMPS-input”
AIMD results for the thermal stability at 100, 1500 and 2000 K, find: “AIMD.zip”
Videos related to the uniaxial deformation at various temperatures, T, find: “Deformation-TK.mp4”
NPT relation of a loaded network after the tensile strength point, find: “Relaxation-500K.mp4”
DOI: 10.17632/24m7gffnz7.3
title: Datasets for "Scheduling Method for Pairing Night-shift and Morning-shift Duties on a Metro Line with Multiple Depots and Handover Points"

description: 1. The name of the file for each instance consists of 9 numbers separated by hyphens. The meaning of each number is summarized as follows:
  a) 1st number: number of depots
  b) 2nd number: number of handover points
  c) 3rd number: total number of night-shift duties
  d) 4th number: number of night-shift duties whose crews are backups or arrive at a depot by deadheading
  e) 5th number: number of night-shift duties whose crews drive the train to arrive at a depot
  f) 6th number: total number of morning-shift duties
  g) 7th number: number of morning-shift duties whose crews are backups or depart from a depot by deadheading
  h) 8th number: number of morning-shift duties whose crews drive the train to depart from a depot
  i) 9th number: index of the instance in the subset
2. In our instances, ρ=1000000, M_1=97200, M_2=46800.
3. In real-world instances,  index of depots 1,2,3, and 4 represents Tianhe Depot, Fozuling Depot, Changqing Depot, and Zhongshan North Road Depot, respectively.
DOI: 10.17632/24m7gffnz7.4
title: Datasets for "Scheduling Method for Pairing Night-shift and Morning-shift Duties on a Metro Line with Complex Structure"

description: 1. The name of the file for each instance consists of 9 numbers separated by hyphens. The meaning of each number is summarized as follows:
  a) 1st number: number of depots
  b) 2nd number: number of handover points
  c) 3rd number: total number of night-shift duties
  d) 4th number: number of night-shift duties whose crews are backups or arrive at a depot by deadheading
  e) 5th number: number of night-shift duties whose crews drive the train to arrive at a depot
  f) 6th number: total number of morning-shift duties
  g) 7th number: number of morning-shift duties whose crews are backups or depart from a depot by deadheading
  h) 8th number: number of morning-shift duties whose crews drive the train to depart from a depot
  i) 9th number: index of the instance in the subset
2. In our instances, ρ=1000000, M_1=97200, M_2=46800.
3. In real-world instances,  index of depots 1,2,3, and 4 represents Tianhe Depot, Fozuling Depot, Changqing Depot, and Zhongshan North Road Depot, respectively.
DOI: 10.17632/24m7gffnz7.1
title: Datasets for "Scheduling Method for Pairing Night-shift and Morning-shift Duties on a Metro Line with Multiple Depots and Handover Points"

description: 1. The name of the file for each instance consists of 9 numbers separated by hyphens. The meaning of each number is summarized as follows:
  a) 1st number: number of depots
  b) 2nd number: number of handover points
  c) 3rd number: total number of night-shift duties
  d) 4th number: number of night-shift duties whose crews are backups or arrive at a depot by deadheading
  e) 5th number: number of night-shift duties whose crews drive the train to arrive at a depot
  f) 6th number: total number of morning-shift duties
  g) 7th number: number of morning-shift duties whose crews are backups or depart from a depot by deadheading
  h) 8th number: number of morning-shift duties whose crews drive the train to depart from a depot
  i) 9th number: index of the instance in the subset 
2. In real-world instances,  index of depots 1,2,3, and 4 represents Tianhe Depot, Fozuling Depot, Changqing Depot, and Zhongshan North Road Depot, respectively.
DOI: 10.17632/24m7gffnz7.2
title: Datasets for "Scheduling Method for Pairing Night-shift and Morning-shift Duties on a Metro Line with Multiple Depots and Handover Points"

description: 1. The name of the file for each instance consists of 9 numbers separated by hyphens. The meaning of each number is summarized as follows:
  a) 1st number: number of depots
  b) 2nd number: number of handover points
  c) 3rd number: total number of night-shift duties
  d) 4th number: number of night-shift duties whose crews are backups or arrive at a depot by deadheading
  e) 5th number: number of night-shift duties whose crews drive the train to arrive at a depot
  f) 6th number: total number of morning-shift duties
  g) 7th number: number of morning-shift duties whose crews are backups or depart from a depot by deadheading
  h) 8th number: number of morning-shift duties whose crews drive the train to depart from a depot
  i) 9th number: index of the instance in the subset
2. In our instances, ρ=1000000, M_1=97200, M_2=46800.
3. In real-world instances,  index of depots 1,2,3, and 4 represents Tianhe Depot, Fozuling Depot, Changqing Depot, and Zhongshan North Road Depot, respectively.
DOI: 10.17632/24m7gffnz7.5
title: Datasets for "Scheduling Method for Pairing Night-shift and Morning-shift Duties on a Metro Line with Complex Structure"

description: 1. The name of the file for each instance consists of 9 numbers separated by hyphens. The meaning of each number is summarized as follows:
  a) 1st number: number of depots
  b) 2nd number: number of handover points
  c) 3rd number: total number of night-shift duties
  d) 4th number: number of night-shift duties whose crews are backups or arrive at a depot by deadheading
  e) 5th number: number of night-shift duties whose crews drive the train to arrive at a depot
  f) 6th number: total number of morning-shift duties
  g) 7th number: number of morning-shift duties whose crews are backups or depart from a depot by deadheading
  h) 8th number: number of morning-shift duties whose crews drive the train to depart from a depot
  i) 9th number: index of the instance in the subset
2. In our instances, ρ=1000000, M_1=97200, M_2=46800.
3. In real-world instances,  index of depots 1,2,3, and 4 represents Tianhe Depot, Fozuling Depot, Changqing Depot, and Zhongshan North Road Depot, respectively.
DOI: 10.6084/m9.figshare.19626438
title: Data for: Responses of bryosphere fauna to drought across a boreal forest chronosequence

description: Three datasets detailing abundance of bryosphere microfauna and mesofauna are provided: - Microfauna abundance (grouped by taxa) - Microfauna abundance (grouped by functional group) - Mesofauna abundance (grouped by functional group) <br> Each data file has an associated README text file. <br> These data are associated with the paper "Responses of bryosphere fauna to drought across a boreal forest chronosequence" (Oecologia) authored by Roger Grau-Andrés, Sylvia Thieffry, Shanyi Tian, David A. Wardle, and Paul Kardol.
DOI: 10.6084/m9.figshare.19626438.v1
title: Data for: Responses of bryosphere fauna to drought across a boreal forest chronosequence

description: Three datasets detailing abundance of bryosphere microfauna and mesofauna are provided: - Microfauna abundance (grouped by taxa) - Microfauna abundance (grouped by functional group) - Mesofauna abundance (grouped by functional group) <br> Each data file has an associated README text file. <br> These data are associated with the paper "Responses of bryosphere fauna to drought across a boreal forest chronosequence" (Oecologia) authored by Roger Grau-Andrés, Sylvia Thieffry, Shanyi Tian, David A. Wardle, and Paul Kardol.
DOI: 10.5281/zenodo.2593154
title: Microsoft Academic Graph

description: This is the Microsoft Academic Graph data from 2019-03-02. To get this, you'd normally jump through these hoops: https://docs.microsoft.com/en-us/academic-services/graph/get-started-setup-provisioning

As required by ODC-BY, I acknowledge Microsoft Academic using the URI https://aka.ms/msracad.

You can find out more about the data schema of the Microsoft Academic Graph at: https://docs.microsoft.com/en-us/academic-services/graph/reference-data-schema<br>
Since Microsoft docs are covered by different licensing terms, the documentation cannot be provided along with the data.

There were no changes to the files except compressing them with gzip. They were downloaded and checked twice.<br>
After uploading, the md5-hashes from Zenodo match the locally created compressed files.

The compressed files will expand to the following sizes (in bytes):

<pre><code>     4563254 Affiliations.txt               
 16498013834 Authors.txt                    
     2220754 ConferenceInstances.txt        
      427502 ConferenceSeries.txt           
    55232571 FieldsOfStudy.txt              
     5685746 Journals.txt                   
 32387110344 PaperAuthorAffiliations.txt    
 32326282060 PaperReferences.txt            
     7763965 PaperResources.txt             
 60135810372 Papers.txt                     
 22000508908 PaperUrls.txt
--------------------------------
163423619310 total (~152GiB)</code></pre>
DOI: 10.6084/m9.figshare.20657712
title: FY-3 MWRI Inter-Calibration Coefficients and Crossing Times

description: Inter-Calibration Coefficients of FY-3 MWRI and crossing times variation.
DOI: 10.6084/m9.figshare.20657712.v1
title: FY-3 MWRI Inter-Calibration Coefficients and Crossing Times

description: Inter-Calibration Coefficients of FY-3 MWRI and crossing times variation.
DOI: 10.5281/zenodo.7025321
title: Monitoring of degradation of 5 organic micropollutant under a multitude of scenarios

description: The spreadsheet contains HPLC integration peaks monitoring the photolytic and photocatalytic degradation of 5 organic micropollutants (ciprofloxacin, sulfamethoxazole, trimethoprim, venlafaxine and o-desmethyl-venlafaxine) under different conditions. The first sheets show the degradation by UV-A and UV-C photolysis and photocatalysis of each compound in individual solution in milliQ water (initial concentration of each, 2 mg/L). Later, all compounds are present in an initial mixture (concentration of each 2 mg/L, resulting in final mixture solution of 10 mg/L). The impact on degradation of adding 0.1 mM of peroxide in the solution for all 4 processes is studied. Additionally, the impact of: 1) of using simultaneous LED wavelengths (UV-A and UV-C combined); 2) using tap water as matrix; and 3) varying the initial pH for the 1st order kinetic rates of each compound in the mixture is investigated. Plots of the kinetic rate and calculations of EEO values (electrical energy per order consumption) are made. The last spreadsheets contain kinetic monitoring of several experiments performed by altering the composition of the matrix with the addition of nitrates, humic acids and bicarbonates. The data was used to obtain a surface-response box-behnken design of experiments.
DOI: 10.5281/zenodo.7025320
title: Monitoring of degradation of 5 organic micropollutant under a multitude of scenarios

description: The spreadsheet contains HPLC integration peaks monitoring the photolytic and photocatalytic degradation of 5 organic micropollutants (ciprofloxacin, sulfamethoxazole, trimethoprim, venlafaxine and o-desmethyl-venlafaxine) under different conditions. The first sheets show the degradation by UV-A and UV-C photolysis and photocatalysis of each compound in individual solution in milliQ water (initial concentration of each, 2 mg/L). Later, all compounds are present in an initial mixture (concentration of each 2 mg/L, resulting in final mixture solution of 10 mg/L). The impact on degradation of adding 0.1 mM of peroxide in the solution for all 4 processes is studied. Additionally, the impact of: 1) of using simultaneous LED wavelengths (UV-A and UV-C combined); 2) using tap water as matrix; and 3) varying the initial pH for the 1st order kinetic rates of each compound in the mixture is investigated. Plots of the kinetic rate and calculations of EEO values (electrical energy per order consumption) are made. The last spreadsheets contain kinetic monitoring of several experiments performed by altering the composition of the matrix with the addition of nitrates, humic acids and bicarbonates. The data was used to obtain a surface-response box-behnken design of experiments.
DOI: 10.25502/88g2-xc50/d
title: Cassava best planting practices dry matter yield

description: The African Cassava Agronomy Initiative (ACAI) aims at improving cassava root yield and quality, and cassava supply to the processing sector. The project has 6 use cases of which best planting practices (BPP) is one. BPP is focusing on guiding farmers in choosing best-suited planting practices for cassava, with a focus on tillage operations and in close relation with improved weed control recommendations.
DOI: 10.6084/m9.figshare.20658283
title: Supplementary tables. from Comparing the potential for maternal–fetal signalling in oviparous and viviparous lizards

description: The evolution of a placenta requires several steps including changing the timing of reproductive events, facilitating nutrient exchange, and the capacity for maternal–fetal communication. To understand the evolution of maternal–fetal communication, we used ligand-receptor gene expression as a proxy for the potential for cross-talk in a live-bearing lizard (<i>Pseudemoia entrecasteauxii</i>) and homologous tissues in a related egg-laying lizard (<i>Lampropholis guichenotti</i>). Approximately 70% of expressed ligand/receptor genes were shared by both species. Gene ontology (GO) analysis showed that there was no GO-enrichment in the fetal membranes of the egg-laying species, but live-bearing fetal tissues were significantly enriched for 50 GO-terms. Differences in enrichment suggest the evolution of viviparity involved reenforcing specific signalling pathways, perhaps to support fetal control of placentation. One identified change was in transforming growth factor beta signalling. Using immunohistochemistry, we show the production of the signalling molecule inhibin beta B occurs in viviparous fetal membranes but was absent in closely related egg-laying tissues, suggesting that the evolution of viviparity may have involved changes to signalling via this pathway. We argue that maternal–fetal signalling evolved through co-opting expressed signalling molecules and recruiting new signalling molecules to support the complex developmental changes required to support a fetus <i>in utero</i>.This article is part of the theme issue ‘Extraembryonic tissues: exploring concepts, definitions and functions across the animal kingdom’.
DOI: 10.6084/m9.figshare.20658283.v1
title: Supplementary tables. from Comparing the potential for maternal–fetal signalling in oviparous and viviparous lizards

description: The evolution of a placenta requires several steps including changing the timing of reproductive events, facilitating nutrient exchange, and the capacity for maternal–fetal communication. To understand the evolution of maternal–fetal communication, we used ligand-receptor gene expression as a proxy for the potential for cross-talk in a live-bearing lizard (<i>Pseudemoia entrecasteauxii</i>) and homologous tissues in a related egg-laying lizard (<i>Lampropholis guichenotti</i>). Approximately 70% of expressed ligand/receptor genes were shared by both species. Gene ontology (GO) analysis showed that there was no GO-enrichment in the fetal membranes of the egg-laying species, but live-bearing fetal tissues were significantly enriched for 50 GO-terms. Differences in enrichment suggest the evolution of viviparity involved reenforcing specific signalling pathways, perhaps to support fetal control of placentation. One identified change was in transforming growth factor beta signalling. Using immunohistochemistry, we show the production of the signalling molecule inhibin beta B occurs in viviparous fetal membranes but was absent in closely related egg-laying tissues, suggesting that the evolution of viviparity may have involved changes to signalling via this pathway. We argue that maternal–fetal signalling evolved through co-opting expressed signalling molecules and recruiting new signalling molecules to support the complex developmental changes required to support a fetus <i>in utero</i>.This article is part of the theme issue ‘Extraembryonic tissues: exploring concepts, definitions and functions across the animal kingdom’.
DOI: 10.21227/waxd-9525
title: High-Resolution Radio Environment Map Data Set for Indoor Office Environment

description: Good knowledge about a radio environment, especially about the radio channel, is a prerequisite to design and operate ultra-reliable communications systems. Radio Environment Maps (REMs) are therefore a helpful tool to gain channel awareness. Based on a user’s location, the channel conditions can be estimated in the surrounding of the user by extracting the information from the radio map. This data set contains two measured high-resolution REMs of an indoor environment. The data is not just suited for channel characterization but works also as ground truth for tasks like REM interpolation.
DOI: 10.5281/zenodo.7025361
title: Photoreactor and organic micropollutants specifications

description: Specifications of the operating parameters of a photoreactor used. Specifications of organic micropollutants used.
DOI: 10.5281/zenodo.7025360
title: Photoreactor and organic micropollutants specifications

description: Specifications of the operating parameters of a photoreactor used. Specifications of organic micropollutants used.
DOI: 10.5281/zenodo.7025344
title: structural variants data

description: 这些数据用于复制我们的工作。该主题是“在没有金标准的情况下,使用第三代测序鉴定乳腺癌结构变异的准确性评估”。
DOI: 10.5281/zenodo.7025343
title: structural variants data

description: 这些数据用于复制我们的工作。该主题是“在没有金标准的情况下,使用第三代测序鉴定乳腺癌结构变异的准确性评估”。
DOI: 10.5281/zenodo.7025485
title: [IO Islamic 2753] Tadhkirat-alshu'arâ

description: <strong>Tadhkirat-alshu’arâ .</strong> <strong>This manuscript is now IO Islamic 656 in the India Office collections.</strong> <strong>[metadata:</strong> <strong>Hermann Ethé</strong><strong><em>, </em></strong><strong><em>Catalogue of Persian Manuscripts in the Library of the India Office,</em></strong> <strong>2 vols. (Oxford: India Office, 1903): volume 1,</strong> <strong>number 2753 here with notations and hyperlinks]</strong>. d. <em>Persian Poets</em>. 656 Tadhkirat-alshu’arâ ( تذكرة الشعرا ). The well-known biography of Persian poets by Daulatshâh bin ‘Alâ-aldaulah Bakhtîshâh (according to W. Pertsch: <em>ibn</em> Bakhtîshâh) of Samarḳand, who completed this work A.H. 892 (A.D. 1487), and dedicated it to Mîr ‘Alî Shîr. Hammer’s ‘Schöne Redekünste Persiens’ are principally based on it. It is divided into a muḳaddimah, seven ṭabaḳât, and a khâtimah, comp. Notices et Extr. iv. p. 220 sq., where the full list of biographies is given; Bodleian Cat., Nos. 348-359 ; Rieu i. p. 364 ; W. Pertsch, Berlin Catal., p. 597 sq.; A. Sprenger, Catal., p. 7 sq.; Cat. Des MSS. et Xyl., p. 308 sq.; G. Flügel ii.p. 366 sq.; J. Aumer, p. 1; Ḥ. Khalfa ii. p. 262 , No. 2819 ; Dorn, Das asiatische Museum, p. 349, No. 19; Rehatsek, Mulla Firuz Library, p. 130 sq.; Rosen, Persian MSS., p. 160, etc. On the various articles of this work, translated into European languages, see W. Pertsch, loc. cit. A Turkish translation of it , entitled سفينة الشعرا , appeared in Constantinople , A.H. 1259. Daulatshâh died A.H. 900 (A.D. 1494 , 1495). This copy , excellently written and comparatively old , begins , on fol. 1<sup>b</sup>: تحمیدی که شاهباز بلند پرواز اندیشه بسیاجت (بساحت وread) فضای (کبریایadded in the other copies) آن طیران الخ.. Muḳaddimah, on fol. 11<sup>a</sup>. Ṭabaḳah I (beginning with Rûdagî), on fol. 17<sup>b</sup>; II ( beginning with Azraḳî), on fol. 38<sup>b</sup>; III (beginning with Niżâmî), on fol. 64<sup>a</sup>; IV (beginning with Farîd-aldîn ‘Aṭṭâr), on fol. 88<sup>a</sup>; V (beginning with ‘Imâd Faḳîh), on fol. 118<sup>a</sup>; VI (beginning with Sayyid Ni’mat-allâh of Kûhistân), on fol. 155<sup>a</sup>; VII (beginning with Amîr Shâhî), on fol. 197<sup>a</sup>. Khâtimah (beginning with Jâmî), on fol. 223<sup>a</sup>. In the text itself only the third ṭabaḳah is marked by a special heading; all the others have been determined both by the index on ff. 10<sup>a</sup>-11<sup>a</sup> and a comparison with the following copies. Dated the 9th of Rajab, A.H. 960 (A.D. 1553, June 21). Bibliotheca Leydeniana. No. 2753, ff. 246, ll. 17; Naskhî; size, 8<sup>3/4</sup> in. by 6<sup>3/4</sup> in.