cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.18160/vbrf-knxj
title: Drought-2018 CO2 molar fraction product from Biscarrosse

description: Public release of the observational data product for atmospheric CO2 molar fraction at Biscarrosse
DOI: 10.18160/c2gp-mazp
title: Drought-2018 CO2 molar fraction product from Birkenes Observatory

description: Public release of the observational data product for atmospheric CO2 molar fraction at Birkenes Observatory
DOI: 10.18160/vdsz-6esh
title: Drought-2018 CO2 molar fraction product from Beromunster

description: Public release of the observational data product for atmospheric CO2 molar fraction at Beromunster
DOI: 10.6084/m9.figshare.28381727
title: Ultrafast decoupling of polarization and strain in ferroelectric BaTiO<sub>3</sub>

description: Source data of figures in the main text
- Figure 1: Photoinduced structural dynamics and time evolution of strain.
- Figure 2: Photoinduced ferroelectric polarization and electron dynamics.

Source data of figures in the supplementary information
- Figure S1. Diffraction intensity drop.
- Figure S2. Contribution of Debye-Waller factor.
- Figure S3. Electron and lattice temperature as a function of delay t.
- Figure S4. η(t) with pump fluence Fin = 1.4mJcm−2.
- Figure S5. Lattice temperature as a function of delay and depth.
- Figure S6. Deformation potential and thermoelastic contributions to the average change of strain.
- Figure S7. Temporal and spatial dependence of lattice temperature and strain, and diffraction curves at fixed delays, with Fin = 2.7 mJcm−2.
- Figure S8. Temporal and spatial dependance of lattice temperature and strain, and diffraction curves at fixed delays, with Fin = 1.4 mJcm−2.
- Figure S9. Delay dependence of the tensor elements χ(2)xxz , χ(2)zxx , and χ(2)zzz .
- Figure S10. SHG and R maximum relative change as a function of pump fluence.
- Figure S11. SHG and R time traces at different fluences.
- Figure S12. Photoexcited electron density as a function of delay t.
- Figure S13. Transmittance profile of 266 nm beam in BTO/SRO/GSO.
- Figure S14. θ-2θ scan.
- Figure S15. c parameters of BTO, SRO and GSO as a function of sample temperature.
- Figure S16. Reciprocal space map.
- Figure S18. Piezoresponse force microscopy.
- Figure S19. SHG plots at different azimuthal angles.
- Figure S20. Comparison of I_XRD(Eν) at negative delays and laser off.
- Figure S21. Determination of t0 in tr-XRD experiments.
- Figure S22. Beam arrival monitor.
- Figure S23. BTO, SRO and GSO (001) diffraction peaks.
- Figure S24. Comparison of simulated and experimental I_XRD(Eν) at negative delay.
- Figure S25. SHG intensity as a function of probe pulse energy.
DOI: 10.6084/m9.figshare.28381727.v2
title: Ultrafast decoupling of polarization and strain in ferroelectric BaTiO<sub>3</sub>

description: Source data of figures in the main text
- Figure 1: Photoinduced structural dynamics and time evolution of strain.
- Figure 2: Photoinduced ferroelectric polarization and electron dynamics.

Source data of figures in the supplementary information
- Figure S1. Diffraction intensity drop.
- Figure S2. Contribution of Debye-Waller factor.
- Figure S3. Electron and lattice temperature as a function of delay t.
- Figure S4. η(t) with pump fluence Fin = 1.4mJcm−2.
- Figure S5. Lattice temperature as a function of delay and depth.
- Figure S6. Deformation potential and thermoelastic contributions to the average change of strain.
- Figure S7. Temporal and spatial dependence of lattice temperature and strain, and diffraction curves at fixed delays, with Fin = 2.7 mJcm−2.
- Figure S8. Temporal and spatial dependance of lattice temperature and strain, and diffraction curves at fixed delays, with Fin = 1.4 mJcm−2.
- Figure S9. Delay dependence of the tensor elements χ(2)xxz , χ(2)zxx , and χ(2)zzz .
- Figure S10. SHG and R maximum relative change as a function of pump fluence.
- Figure S11. SHG and R time traces at different fluences.
- Figure S12. Photoexcited electron density as a function of delay t.
- Figure S13. Transmittance profile of 266 nm beam in BTO/SRO/GSO.
- Figure S14. θ-2θ scan.
- Figure S15. c parameters of BTO, SRO and GSO as a function of sample temperature.
- Figure S16. Reciprocal space map.
- Figure S18. Piezoresponse force microscopy.
- Figure S19. SHG plots at different azimuthal angles.
- Figure S20. Comparison of I_XRD(Eν) at negative delays and laser off.
- Figure S21. Determination of t0 in tr-XRD experiments.
- Figure S22. Beam arrival monitor.
- Figure S23. BTO, SRO and GSO (001) diffraction peaks.
- Figure S24. Comparison of simulated and experimental I_XRD(Eν) at negative delay.
- Figure S25. SHG intensity as a function of probe pulse energy.
DOI: 10.18160/fxqp-h4bn
title: Drought-2018 CO2 molar fraction product from Beromunster

description: Public release of the observational data product for atmospheric CO2 molar fraction at Beromunster
DOI: 10.6084/m9.figshare.28381727.v1
title: Ultrafast decoupling of polarization and strain in ferroelectric BaTiO<sub>3</sub>

description: Source data of figures in the main text
- Figure 1: Photoinduced structural dynamics and time evolution of strain.
- Figure 2: Photoinduced ferroelectric polarization and electron dynamics.

Source data of figures in the supplementary information
- Figure S1. Diffraction intensity drop.
- Figure S2. Contribution of Debye-Waller factor.
- Figure S3. Electron and lattice temperature as a function of delay t.
- Figure S4. η(t) with pump fluence Fin = 1.4mJcm−2.
- Figure S5. Lattice temperature as a function of delay and depth.
- Figure S6. Deformation potential and thermoelastic contributions to the average change of strain.
- Figure S7. Temporal and spatial dependence of lattice temperature and strain, and diffraction curves at fixed delays, with Fin = 2.7 mJcm−2.
- Figure S8. Temporal and spatial dependance of lattice temperature and strain, and diffraction curves at fixed delays, with Fin = 1.4 mJcm−2.
- Figure S9. Delay dependence of the tensor elements χ(2)xxz , χ(2)zxx , and χ(2)zzz .
- Figure S10. SHG and R maximum relative change as a function of pump fluence.
- Figure S11. SHG and R time traces at different fluences.
- Figure S12. Photoexcited electron density as a function of delay t.
- Figure S13. Transmittance profile of 266 nm beam in BTO/SRO/GSO.
- Figure S14. θ-2θ scan.
- Figure S15. c parameters of BTO, SRO and GSO as a function of sample temperature.
- Figure S16. Reciprocal space map.
- Figure S18. Piezoresponse force microscopy.
- Figure S19. SHG plots at different azimuthal angles.
- Figure S20. Comparison of I_XRD(Eν) at negative delays and laser off.
- Figure S21. Determination of t0 in tr-XRD experiments.
- Figure S22. Beam arrival monitor.
- Figure S23. BTO, SRO and GSO (001) diffraction peaks.
- Figure S24. Comparison of simulated and experimental I_XRD(Eν) at negative delay.
- Figure S25. SHG intensity as a function of probe pulse energy.
DOI: 10.18160/wqe9-8x7k
title: Drought-2018 CO2 molar fraction product from Beromunster

description: Public release of the observational data product for atmospheric CO2 molar fraction at Beromunster
DOI: 10.18160/n52p-fj59
title: Drought-2018 CO2 molar fraction product from Bilsdale

description: Public release of the observational data product for atmospheric CO2 molar fraction at Bilsdale
DOI: 10.6084/m9.figshare.30042400
title: Main Output.docx

description: MMS R Code
DOI: 10.6084/m9.figshare.30042400.v1
title: Main Output.docx

description: MMS R Code
DOI: 10.18160/j7rj-9hxb
title: Drought-2018 CO2 molar fraction product from Bilsdale

description: Public release of the observational data product for atmospheric CO2 molar fraction at Bilsdale
DOI: 10.18160/b1sa-ekgr
title: Drought-2018 CO2 molar fraction product from Bilsdale

description: Public release of the observational data product for atmospheric CO2 molar fraction at Bilsdale
DOI: 10.18160/z6q7-fgdr
title: Drought-2018 CO2 molar fraction product from Cabauw

description: Public release of the observational data product for atmospheric CO2 molar fraction at Cabauw
description: See also: Vermeulen, A. T., Hensen, A., Popa, M. E., van den Bulk, W. C. M. and Jongejan, P. A. C.: Greenhouse gas observations from Cabauw Tall Tower (1992–2010), Atmospheric Measurement Techniques, 4(3), 617–644, doi:10.5194/AMT-4-617-2011, 2011.
DOI: 10.18160/6gpq-kpep
title: Drought-2018 CO2 molar fraction product from Cabauw

description: Public release of the observational data product for atmospheric CO2 molar fraction at Cabauw
description: See also: Vermeulen, A. T., Hensen, A., Popa, M. E., van den Bulk, W. C. M. and Jongejan, P. A. C.: Greenhouse gas observations from Cabauw Tall Tower (1992–2010), Atmospheric Measurement Techniques, 4(3), 617–644, doi:10.5194/AMT-4-617-2011, 2011.
DOI: 10.18160/ejex-w9bf
title: Drought-2018 CO2 molar fraction product from Cabauw

description: Public release of the observational data product for atmospheric CO2 molar fraction at Cabauw
description: See also: Vermeulen, A. T., Hensen, A., Popa, M. E., van den Bulk, W. C. M. and Jongejan, P. A. C.: Greenhouse gas observations from Cabauw Tall Tower (1992–2010), Atmospheric Measurement Techniques, 4(3), 617–644, doi:10.5194/AMT-4-617-2011, 2011.
DOI: 10.18160/jzan-9e9k
title: Drought-2018 CO2 molar fraction product from Cabauw

description: Public release of the observational data product for atmospheric CO2 molar fraction at Cabauw
description: See also: Vermeulen, A. T., Hensen, A., Popa, M. E., van den Bulk, W. C. M. and Jongejan, P. A. C.: Greenhouse gas observations from Cabauw Tall Tower (1992–2010), Atmospheric Measurement Techniques, 4(3), 617–644, doi:10.5194/AMT-4-617-2011, 2011.
DOI: 10.18160/fzce-g4wr
title: Drought-2018 CO2 molar fraction product from Ersa

description: Public release of the observational data product for atmospheric CO2 molar fraction at Ersa
DOI: 10.18160/k6w1-mkey
title: Drought-2018 CO2 molar fraction product from Delta de l'Ebre

description: Public release of the observational data product for atmospheric CO2 molar fraction at Delta de l'Ebre
DOI: 10.18160/4p8d-ajwe
title: Drought-2018 CO2 molar fraction product from Gartow

description: Public release of the observational data product for atmospheric CO2 molar fraction at Gartow
DOI: 10.18160/y2zm-w6y0
title: Drought-2018 CO2 molar fraction product from Monte Cimone

description: Public release of the observational data product for atmospheric CO2 molar fraction at Monte Cimone
DOI: 10.18160/ycp6-f190
title: Drought-2018 CO2 molar fraction product from Gartow

description: Public release of the observational data product for atmospheric CO2 molar fraction at Gartow
DOI: 10.18160/kd4y-fmfv
title: Drought-2018 CO2 molar fraction product from Carnsore Point

description: Public release of the observational data product for atmospheric CO2 molar fraction at Carnsore Point
DOI: 10.18160/c0s9-4h83
title: Drought-2018 CO2 molar fraction product from Finokalia

description: Public release of the observational data product for atmospheric CO2 molar fraction at Finokalia
DOI: 10.18160/zzff-y1g9
title: Drought-2018 CO2 molar fraction product from Sierra de Gredos

description: Public release of the observational data product for atmospheric CO2 molar fraction at Sierra de Gredos
DOI: 10.5258/soton/wp00795
title: Modelled gridded population estimates for Maï-Ndombe Province in the Democratic Republic of Congo, version 4.3

description: This data release consists of gridded population estimates for Maï-Ndombe Province in the Democratic Republic of Congo (DRC). It includes gridded population counts with model uncertainty measures and breakdowns in 40 age-sex groups at a spatial resolution of approximately 100m. The team used the Pre-Distribution Registration Survey (PDRS) data from the National Malaria Control Programme (PNLP) collected as part of anti-malarial campaigns in the DRC, settlement footprints, and geospatial covariates to model population counts at the grid cell level in a Bayesian hierarchical modelling framework. This accounts for multiple levels of variability within the data and allows to quantify model uncertainty. Although the proposed approach accounts for bias in the input population data, other sources of uncertainty are likely to remain. These population estimates are for 2024, aligning with the year of the PDRS survey data collection in Maï-Ndombe Province and the settlement footprint data.

The data were produced by the WorldPop Research Group at the University of Southampton as part of the GRID3 – Phase 2 Scaling project funded by the Bill & Melinda Gates Foundation (INV-044979). Project partners included GRID3 Inc., the Center for Integrated Earth System Information (CIESIN) within the Columbia Climate School at Columbia University, and WorldPop at the University of Southampton. Ortis Yankey designed and developed the statistical model. Gianluca Boo implemented the model and processed the data with support from Tom Abbott and Heather Chamberlain. Chris Nnanatu, Attila Lazar, and Andy Tatem provided project oversight. The PDRS data from the malaria insecticide-treated net (ITN) distribution campaigns were collected, processed, anonymised, and shared by the PNLP and its implementing partners. The settlement extent data was prepared and shared by CIESIN (2024). The data has been clipped to GRID3-CIESIN health area extent (version 6.0) (CIESIN, 2025).
DOI: 10.18160/835e-vf8p
title: Drought-2018 CO2 molar fraction product from Gartow

description: Public release of the observational data product for atmospheric CO2 molar fraction at Gartow
DOI: 10.18160/k0kj-g71s
title: Drought-2018 CO2 molar fraction product from Gartow

description: Public release of the observational data product for atmospheric CO2 molar fraction at Gartow
DOI: 10.7274/29992681
title: Learning from Mistakes of the Past: Alternative Approaches towards Hsp90 Inhibition

description: The biological functions of life are heavily reliant upon the proteome. Consequently, cells have evolved several mechanisms through which proteostasis is maintained amid insults such as hypoxia and acidosis. Heat shock proteins represent a class of molecular chaperones expressed in response to elevated temperatures, and the 90-kiloDalton heat shock protein (Hsp90) is widely regarded as the “master regulator” of the heat shock response. Hsp90 is a ubiquitous ATPase that facilitates the maturation of &gt;400 client protein substrates via an elaborate protein folding cycle. Because several of Hsp90’s clients are associated with the hallmarks of cancer upon mutation or overexpression, the pro-survival activities of Hsp90 can be exploited into promoting oncogenesis. Conversely, this also means that Hsp90 is a promising anticancer target, as its inhibition can manifest outcomes akin to combination therapy. Despite the selectivity of small-molecule, ATP-competitive Hsp90 inhibitors, the 22 compounds that have undergone clinical evaluation failed, or are expected to fail, due to unanticipated adverse toxicities. Hence, there is great demand for small molecules that bypass previous setbacks and achieve Hsp90 inhibition via alternative approaches. This dissertation discusses efforts that have been made towards these strategies. Chapter one presents an review of small molecules that have been identified to disrupt protein-protein interactions between Hsp90 and various co-chaperones and client substrates. Chapter two describes a structure-activity relationship (SAR) study of the macrocyclic natural product Enniatin A, which was recently reported to be an Hsp90 PPI disruptor with immunogenic activities. Chapter three recounts an SAR study on the indazolone ring system of KUNB106, an Hsp90ß-selective inhibitor designed to overcome the limitations of previous Hsp90 pan-inhibitors. Consequently, chapter four is a continuation of this work and features the development of KUNB106 “chimeras.” Lastly, chapter five details the preparation and characterization of fortilin inhibitors as a potential treatment for atherosclerosis.
DOI: 10.7274/29992681.v1
title: Learning from Mistakes of the Past: Alternative Approaches towards Hsp90 Inhibition

description: The biological functions of life are heavily reliant upon the proteome. Consequently, cells have evolved several mechanisms through which proteostasis is maintained amid insults such as hypoxia and acidosis. Heat shock proteins represent a class of molecular chaperones expressed in response to elevated temperatures, and the 90-kiloDalton heat shock protein (Hsp90) is widely regarded as the “master regulator” of the heat shock response. Hsp90 is a ubiquitous ATPase that facilitates the maturation of &gt;400 client protein substrates via an elaborate protein folding cycle. Because several of Hsp90’s clients are associated with the hallmarks of cancer upon mutation or overexpression, the pro-survival activities of Hsp90 can be exploited into promoting oncogenesis. Conversely, this also means that Hsp90 is a promising anticancer target, as its inhibition can manifest outcomes akin to combination therapy. Despite the selectivity of small-molecule, ATP-competitive Hsp90 inhibitors, the 22 compounds that have undergone clinical evaluation failed, or are expected to fail, due to unanticipated adverse toxicities. Hence, there is great demand for small molecules that bypass previous setbacks and achieve Hsp90 inhibition via alternative approaches. This dissertation discusses efforts that have been made towards these strategies. Chapter one presents an review of small molecules that have been identified to disrupt protein-protein interactions between Hsp90 and various co-chaperones and client substrates. Chapter two describes a structure-activity relationship (SAR) study of the macrocyclic natural product Enniatin A, which was recently reported to be an Hsp90 PPI disruptor with immunogenic activities. Chapter three recounts an SAR study on the indazolone ring system of KUNB106, an Hsp90ß-selective inhibitor designed to overcome the limitations of previous Hsp90 pan-inhibitors. Consequently, chapter four is a continuation of this work and features the development of KUNB106 “chimeras.” Lastly, chapter five details the preparation and characterization of fortilin inhibitors as a potential treatment for atherosclerosis.
DOI: 10.18160/6sm9-thww
title: Drought-2018 CO2 molar fraction product from Heidelberg

description: Public release of the observational data product for atmospheric CO2 molar fraction at Heidelberg
DOI: 10.18160/jnfc-dnt7
title: Drought-2018 CO2 molar fraction product from Gartow

description: Public release of the observational data product for atmospheric CO2 molar fraction at Gartow
DOI: 10.18160/6fx9-z0ky
title: Drought-2018 CO2 molar fraction product from Hohenpeissenberg

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hohenpeissenberg
DOI: 10.18160/kwem-ndrx
title: Drought-2018 CO2 molar fraction product from Hohenpeissenberg

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hohenpeissenberg
DOI: 10.18160/jmg5-x016
title: Drought-2018 CO2 molar fraction product from Hyltemossa

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hyltemossa
DOI: 10.18160/95fs-4hf4
title: Drought-2018 CO2 molar fraction product from Hyltemossa

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hyltemossa
DOI: 10.18160/vej9-f7fz
title: Drought-2018 CO2 molar fraction product from Hohenpeissenberg

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hohenpeissenberg
DOI: 10.18160/fmcz-bq6v
title: Drought-2018 CO2 molar fraction product from Hegyhatsal

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hegyhatsal
DOI: 10.5281/zenodo.17046725
title: EqDOS
DOI: 10.5281/zenodo.17046726
title: EqDOS
DOI: 10.18160/6me4-z2y2
title: Drought-2018 CO2 molar fraction product from Hegyhatsal

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hegyhatsal
DOI: 10.18160/vt64-nrmf
title: Drought-2018 CO2 molar fraction product from Hegyhatsal

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hegyhatsal
DOI: 10.18160/2q1w-s71b
title: Drought-2018 CO2 molar fraction product from Hyltemossa

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hyltemossa
DOI: 10.18160/k6tk-nhh9
title: Drought-2018 CO2 molar fraction product from Izana, Tenerife, Canary Islands

description: Public release of the observational data product for atmospheric CO2 molar fraction at Izana, Tenerife, Canary Islands
DOI: 10.18160/72pe-k7dv
title: Drought-2018 CO2 molar fraction product from Ispra

description: Public release of the observational data product for atmospheric CO2 molar fraction at Ispra
DOI: 10.18160/g6t3-fggh
title: Drought-2018 CO2 molar fraction product from Ispra

description: Public release of the observational data product for atmospheric CO2 molar fraction at Ispra
DOI: 10.18160/r38v-5fgh
title: Drought-2018 CO2 molar fraction product from Ispra

description: Public release of the observational data product for atmospheric CO2 molar fraction at Ispra
DOI: 10.18160/1754-1ccf
title: Drought-2018 CO2 molar fraction product from Hegyhatsal

description: Public release of the observational data product for atmospheric CO2 molar fraction at Hegyhatsal
DOI: 10.15468/dl.fy4txt
title: Occurrence Download

description: A dataset containing 1682 species occurrences available in GBIF matching the query:
{
 "and" : [
 "DatasetKey is Collection Mollusca SMF",
 "TaxonKey is Albinaria"
 ]
}

 The dataset includes 1682 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0022489-250827131500795/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.15468/dl.r38acy
title: Occurrence Download

description: A dataset containing 2 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Country is China",
 "GadmGid is CHN.28_1",
 "TaxonKey is Alcea rosea"
 ]
}

 The dataset includes 2 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0022492-250827131500795/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.15468/dl.f2g9q3
title: Occurrence Download

description: A dataset containing 239749 species occurrences available in GBIF matching the query:
{
 "and" : [
 "BasisOfRecord is Human Observation",
 "Continent is one of (Africa, Asia, Europe)",
 "HasCoordinate is true",
 "HasGeospatialIssue is false",
 "Issue is one of (Continent derived from coordinates, Country derived from coordinates, Occurrence status inferred from individual count)",
 "OccurrenceStatus is Present",
 "TaxonKey is Coturnix coturnix",
 "Year 1965-2024"
 ]
}

 The dataset includes 239749 records from 1596 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0022466-250827131500795/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.15468/dl.g1svcc
title: Occurrence Download

description: A dataset containing 8303 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is one of (Olyra latifolia L., Leptaspis zeylanica Nees ex Steud., Oplismenus hirtellus (L.) P.Beauv.)",
 "BasisOfRecord is Specimen",
 "HasCoordinate is true",
 "HasGeospatialIssue is false"
 ]
}

 The dataset includes 8303 records from 222 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0007700-200221144449610/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.