cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.10419549
title: Sound-Frameworks: Claus Falk-Petersen (Struer Kommune) - Interview

description: This is a transcription of an interview that took place within the project Sound-Frameworks: Collaborative Frameworks for Integrating Sound Within Urban Design and Planning Processes.

Sound-Frameworks is an action-led research project that explores the role of sound in urban design and city planning. The project is led by the artist and researcher Dr. Sven Anderson and hosted by Theatrum Mundi, a non-profit organisation that expands the craft of city-making through collaboration with artists.

Central to this project is a focus on how urban sonic experience can serve as a driver for design in the public realm. The public realm constitutes the integral connective tissue that defines the contemporary cityscape, within which different individuals, communities and institutions engage with each other through cooperation and conflict. Sound has remained a neglected dimension of this domain, generally coming into consideration only within late stages of design through efforts to ameliorate the impact of environmental noise. As the densification of urban territories accelerates, the role of sonic experience as an essential factor to be addressed by urban designers must be reassessed.

Sound-Frameworks explores new methodologies for integrating sound in urban design through the production of three inter-related resources:

1. A sound in practice survey2. A publication on best practice guidelines in this field3. An online tool to guide the integration of sound in the design of the public realm

Drawing from environmental acoustics, spatial planning, contemporary sound studies, the project initiates a framework to extend regional, national and international objectives for integrated city planning and contribute to public realm initiatives in Europe and beyond.

Sound-Frameworks has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 101032632.

Sound-Frameworks is hosted by Theatrum Mundi (UK) and supported by partnerships with Arup (UK), UrbanIdentity (CH), Struer Kommune (DK), the University of Oxford Faculty of Music (UK) and the Sound Studies Lab at the University of Copenhagen (DK). 

Sound-Frameworks: https://www.soundframeworks.orgTheatrum Mundi: https://www.theatrum-mundi.orgSven Anderson: https://www.svenanderson.net
DOI: 10.5281/zenodo.16780341
title: Modifications in fire frequency impact belowground plant components in old-growth grasslands, posing risks to their resilience

description: This dataset compiles data on belowground plant components collected in Brazil's Campos Rupestres areas under different fire frequencies.
DOI: 10.5281/zenodo.15736637
title: Supplementary material for manuscript "Plasma-Targeted Proteomic and Lipidomic Biomarkers Identify MASLD, MASH, and Hepatitis C Virus Infection"
DOI: 10.5281/zenodo.10419140
title: Sound-Frameworks: Arnthrudur Gisladottir (NIRAS) - Survey Interview

description: This is a transcription of a survey interview that took place within the project Sound-Frameworks: Collaborative Frameworks for Integrating Sound Within Urban Design and Planning Processes.

Sound-Frameworks is an action-led research project that explores the role of sound in urban design and city planning. The project is led by the artist and researcher Dr. Sven Anderson and hosted by Theatrum Mundi, a non-profit organisation that expands the craft of city-making through collaboration with artists.

Central to this project is a focus on how urban sonic experience can serve as a driver for design in the public realm. The public realm constitutes the integral connective tissue that defines the contemporary cityscape, within which different individuals, communities and institutions engage with each other through cooperation and conflict. Sound has remained a neglected dimension of this domain, generally coming into consideration only within late stages of design through efforts to ameliorate the impact of environmental noise. As the densification of urban territories accelerates, the role of sonic experience as an essential factor to be addressed by urban designers must be reassessed.

Sound-Frameworks explores new methodologies for integrating sound in urban design through the production of three inter-related resources:

1. A sound in practice survey2. A publication on best practice guidelines in this field3. An online tool to guide the integration of sound in the design of the public realm

Drawing from environmental acoustics, spatial planning, contemporary sound studies, the project initiates a framework to extend regional, national and international objectives for integrated city planning and contribute to public realm initiatives in Europe and beyond.

Sound-Frameworks has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 101032632.

Sound-Frameworks is hosted by Theatrum Mundi (UK) and supported by partnerships with Arup (UK), UrbanIdentity (CH), Struer Kommune (DK), the University of Oxford Faculty of Music (UK) and the Sound Studies Lab at the University of Copenhagen (DK). 

Sound-Frameworks: https://www.soundframeworks.orgTheatrum Mundi: https://www.theatrum-mundi.orgSven Anderson: https://www.svenanderson.net
DOI: 10.5281/zenodo.13968452
title: Supplementary dataset for "Global trends of unsustainable irrigation water consumption under 21st century climate change scenarios"

description: The folder contains the output data relative to the paper:

Citrini, A., Sangiorgio, M., and Rosa, L. Global trends of unsustainable irrigation water consumption under 21st century climate change scenarios

 

Contact: lrosa@carnegiescience.edu

 

 

##List of files

 

- Irrigation_regions.zip: Geospatial extent of irrigation regions (WGS 1984, ESRI shapefile)

 

      ## Shapefile Structure

 

      The shapefile includes the following files:

      - `Irrigation_regions.shp`: Geometry of the objects.

      - `Irrigation_regions.shx`: Geometry index.

      - `Irrigation_regions.dbf`: Database of attributes associated with the geometry.

      - `Irrigation_regions.prj`: Projection file.

      - `Irrigation_regions.cpg`: Character encoding file.

 

      ## Shapefile Attributes

 

      The attributes present in the `.dbf` file are described below:

 

      - **ID**: [Long] - ID Irrigation region

      - **Name**: [Text] - Name Irrigation region

      - **Country1**: [Text] - Main Country covered by the irrigation region (according to the covered area) (ISO              3166 1 alpha 3)

      - **Country2**: [Text] - Other Countries covered by the irrigation region (ISO 3166 1 alpha 3)

      - **Continent**: [Text] - Continent covered by the irrigated region (AF: Africa, AS: Asia, AU: Oceania, EU:                    Europe, NA: North America, SA: South America) 

      - **Area_sqkm**: [Double] - Geodesic area of Irrigation region in km2

 

- UIWC_Irrigation_regions.xlsx: Multi-model results of Unsustainable Irrigation Water Consumption (UIWC) volumes (km3/year) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios

 

- Reliance_Irrigation_regions.xlsx: Reliance on Unsustainable Irrigation Water Consumption (%) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios

 

- Consumption_Irrigation_region.xlsx: Irrigation Water Consumption volumes (km3/year) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios
DOI: 10.5281/zenodo.14917551
title: Airborne laser scanning data for the Sabah Biodiversity Experiment from 2013 and 2020

description: Please contact tobydjackson [at] gmail.com if you have any questions about this data.

The Sabah Biodiversity Experiment covers a 500 ha area, with 124 plots, each 4 ha in size. The original experimental design is described in Hector et al (2011) https://doi.org/10.1098/rstb.2011.0094. 

This repository contains airborne laser scanning data collected in 2013 and 2020 over the Sabah Biodiversity Experiment. The canopy height models and digital terrain models are provided in raster format (chm_2013.tif, chm_2020.tif & dtm.tif). The raw laser scanning point clouds are provided as laz files within a zipped folder for each year (2013_DSM_small_tiles.zip & 2020_DSM_small_tiles.zip). 

The plot metadata are provided as a zipped shapefile 'SBE_plots_corrected_with_GPS_2025.zip'. The columns in this shapefile are:



plot - the plot id

block - whether the plot is in the north or south block of the experiment

species_ri - species richness of the seedlings that were planted

species_co - species code

 climber_cu - whether or not the lianas (climbers) were cut in this plot

 generic_di - generic diversity of the planted seedlings

canopy_typ - classification of the seedlings into 'thick' or 'thin' canopies, where thin have only tall species while thick have a mixture

canopy_str - classification of seedlings into short (S), medium (M), tall (T) or combined (SMT)

planted - whether or not enrichment planting was carried out

treatment - a combination of previous variables used for plotting

random - whether or not the plot location was randomly assigned. Some were not possible for logistical reasons

name - a simple classification of the treatment type used for plotting

name_ha - a combination of previous variables used for plotting

ID - a unique identifier         

tile_area - the area of the plot 

geometry - the polygon representing the plot


The whole airborne laser scan data spans approximately 5.075 to 5.1 degrees of latitude and 117.64 to 117.67 degrees of longitude.  We thank the Sabah Biodiversity Council and Danum Valley Managament Council for access and assistance with the laser scanning data collection. The data was collected under Sabah Biodiversity Council permit number JKM/MBS.1000-2/2 JLD.9 (122).
DOI: 10.5281/zenodo.13967728
title: Supplementary dataset for "Global trends of unsustainable irrigation water consumption under 21st century climate change scenarios"

description: The folder contains the output data relative to the paper:

Citrini, A., Sangiorgio, M., and Rosa, L. Global trends of unsustainable irrigation water consumption under 21st century climate change scenarios

 

Contact: lrosa@carnegiescience.edu

 

 

##List of files

 

- Irrigation_regions.zip: Geospatial extent of irrigation regions (WGS 1984, ESRI shapefile)

 

      ## Shapefile Structure

 

      The shapefile includes the following files:

      - `Irrigation_regions.shp`: Geometry of the objects.

      - `Irrigation_regions.shx`: Geometry index.

      - `Irrigation_regions.dbf`: Database of attributes associated with the geometry.

      - `Irrigation_regions.prj`: Projection file.

      - `Irrigation_regions.cpg`: Character encoding file.

 

      ## Shapefile Attributes

 

      The attributes present in the `.dbf` file are described below:

 

      - **ID**: [Long] - ID Irrigation region

      - **Name**: [Text] - Name Irrigation region

      - **Country1**: [Text] - Main Country covered by the irrigation region (according to the covered area) (ISO 3166 1 alpha 3)

      - **Country2**: [Text] - Other Countries covered by the irrigation region (ISO 3166 1 alpha 3)

      - **Continent**: [Text] - Continent covered by the irrigated region (AF: Africa, AS: Asia, AU: Oceania, EU: Europe, NA: North America, SA: South America) 

      - **Area_sqkm**: [Double] - Geodesic area of Irrigation region in km2

 

- UIWC_Irrigation_regions.xlsx: Multi-model results of Unsustainable Irrigation Water Consumption (UIWC) volumes (km3/year) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios

 

- Reliance_Irrigation_regions.xlsx: Reliance on Unsustainable Irrigation Water Consumption (%) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios

 

- Consumption_Irrigation_region.xlsx: Irrigation Water Consumption volumes (km3/year) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios
DOI: 10.5281/zenodo.14197239
title: Sorghum purpureosericeum repeat explorer analysis
DOI: 10.5281/zenodo.14263125
title: Supplementary dataset for "Global trends of unsustainable irrigation water consumption under 21st century climate change scenarios"

description: The folder contains the output data relative to the paper:

Citrini, A., Sangiorgio, M., and Rosa, L. Global trends of unsustainable irrigation water consumption under 21st century climate change scenarios

 

Contact: lrosa@carnegiescience.edu

 

 

##List of files

 

- Irrigation_regions.zip: Geospatial extent of irrigation regions (WGS 1984, ESRI shapefile)

 

      ## Shapefile Structure

 

      The shapefile includes the following files:

      - `Irrigation_regions.shp`: Geometry of the objects.

      - `Irrigation_regions.shx`: Geometry index.

      - `Irrigation_regions.dbf`: Database of attributes associated with the geometry.

      - `Irrigation_regions.prj`: Projection file.

      - `Irrigation_regions.cpg`: Character encoding file.

 

      ## Shapefile Attributes

 

      The attributes present in the `.dbf` file are described below:

 

      - **ID**: [Long] - ID Irrigation region

      - **Name**: [Text] - Name Irrigation region

      - **Country1**: [Text] - Main Country covered by the irrigation region (according to the covered area) (ISO              3166 1 alpha 3)

      - **Country2**: [Text] - Other Countries covered by the irrigation region (ISO 3166 1 alpha 3)

      - **Continent**: [Text] - Continent covered by the irrigated region (AF: Africa, AS: Asia, AU: Oceania, EU:                    Europe, NA: North America, SA: South America) 

      - **Area_sqkm**: [Double] - Geodesic area of Irrigation region in km2

 

- UIWC_Irrigation_regions.xlsx: Multi-model results of Unsustainable Irrigation Water Consumption (UIWC) volumes (km3/year) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios

 

- Reliance_Irrigation_regions.xlsx: Reliance on Unsustainable Irrigation Water Consumption (%) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios

 

- Consumption_Irrigation_region.xlsx: Irrigation Water Consumption volumes (km3/year) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios

 

- People_fed_by_UIWC.xlsx: People fed by crops grown from Unsustainable Irrigation Water Consumption (UIWC) (in million people) aggregated by irrigation region for each decade of 21st century under SSP1-2.6 and SSP5-8.5 scenarios
DOI: 10.5281/zenodo.17223175
title: Diffusion–Model–Driven Discovery of Ferroelectrics for Photocurrent Applications

description: This dataset contains 12,800 crystal structures generated using the MatterGen diffusion model for discovery of ferroelectrics. All structures are provided in CIF format and have been compressed into a single archive for convenient access.
DOI: 10.5281/zenodo.15762641
title: Vegetation Greening in Chambal Badlands

description: Climate variability in recent decades has significantly influenced the eco-geomorphic dynamics of global drylands and loess landscapes, often exhibiting large-scale spatial heterogeneity. In this context, understanding the spatiotemporal patterns of vegetation greening in the semi-arid, erosion-prone Chambal Badlands of central India is essential for characterizing erosion processes and landscape stability. Here, we present the MODIS-derived Enhanced Vegetation Index (EVI) and Normalized Difference Vegetation Index (NDVI) time series (2000–2024), alongside InSAR-based deformation analyses (using SBAS and PS techniques), supplemented by sediment concentration data to quantify greening trends and assess the erosion dynamics of the region. Our results indicate a statistically significant increase in vegetation greening, particularly pronounced in the eastern region and corresponds with rising rainfall trends. InSAR analyses revealed no evidence of large-scale erosion; instead, positive deformation velocities were observed, suggesting surface stabilization. Localized sediment loss from agricultural lands and subsequent deposition along riverbanks may explain the weak positive trend in suspended sediment loads observed in recent years. These findings underscore the growing ecological resilience of the Chambal badlands and demonstrate the value of integrating optical and microwave remote sensing techniques for monitoring vegetation and erosion interactions in inaccessible, geomorphologically active regions
DOI: 10.5281/zenodo.10413175
title: Sound-Frameworks: Mitchell Allen (Arup) - Survey Interview

description: This is a transcription of a survey interview that took place within the project Sound-Frameworks: Collaborative Frameworks for Integrating Sound Within Urban Design and Planning Processes.

Sound-Frameworks is an action-led research project that explores the role of sound in urban design and city planning. The project is led by the artist and researcher Dr. Sven Anderson and hosted by Theatrum Mundi, a non-profit organisation that expands the craft of city-making through collaboration with artists.

Central to this project is a focus on how urban sonic experience can serve as a driver for design in the public realm. The public realm constitutes the integral connective tissue that defines the contemporary cityscape, within which different individuals, communities and institutions engage with each other through cooperation and conflict. Sound has remained a neglected dimension of this domain, generally coming into consideration only within late stages of design through efforts to ameliorate the impact of environmental noise. As the densification of urban territories accelerates, the role of sonic experience as an essential factor to be addressed by urban designers must be reassessed.

Sound-Frameworks explores new methodologies for integrating sound in urban design through the production of three inter-related resources:

1. A sound in practice survey2. A publication on best practice guidelines in this field3. An online tool to guide the integration of sound in the design of the public realm

Drawing from environmental acoustics, spatial planning, contemporary sound studies, the project initiates a framework to extend regional, national and international objectives for integrated city planning and contribute to public realm initiatives in Europe and beyond.

Sound-Frameworks has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 101032632.

Sound-Frameworks is hosted by Theatrum Mundi (UK) and supported by partnerships with Arup (UK), UrbanIdentity (CH), Struer Kommune (DK), the University of Oxford Faculty of Music (UK) and the Sound Studies Lab at the University of Copenhagen (DK). 

Sound-Frameworks: https://www.soundframeworks.orgTheatrum Mundi: https://www.theatrum-mundi.orgSven Anderson: https://www.svenanderson.net
DOI: 10.5281/zenodo.10419365
title: Sound-Frameworks: Nicola di Croce (SONINURB) - Survey Interview

description: This is a transcription of a survey interview that took place within the project Sound-Frameworks: Collaborative Frameworks for Integrating Sound Within Urban Design and Planning Processes.

Sound-Frameworks is an action-led research project that explores the role of sound in urban design and city planning. The project is led by the artist and researcher Dr. Sven Anderson and hosted by Theatrum Mundi, a non-profit organisation that expands the craft of city-making through collaboration with artists.

Central to this project is a focus on how urban sonic experience can serve as a driver for design in the public realm. The public realm constitutes the integral connective tissue that defines the contemporary cityscape, within which different individuals, communities and institutions engage with each other through cooperation and conflict. Sound has remained a neglected dimension of this domain, generally coming into consideration only within late stages of design through efforts to ameliorate the impact of environmental noise. As the densification of urban territories accelerates, the role of sonic experience as an essential factor to be addressed by urban designers must be reassessed.

Sound-Frameworks explores new methodologies for integrating sound in urban design through the production of three inter-related resources:

1. A sound in practice survey2. A publication on best practice guidelines in this field3. An online tool to guide the integration of sound in the design of the public realm

Drawing from environmental acoustics, spatial planning, contemporary sound studies, the project initiates a framework to extend regional, national and international objectives for integrated city planning and contribute to public realm initiatives in Europe and beyond.

Sound-Frameworks has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 101032632.

Sound-Frameworks is hosted by Theatrum Mundi (UK) and supported by partnerships with Arup (UK), UrbanIdentity (CH), Struer Kommune (DK), the University of Oxford Faculty of Music (UK) and the Sound Studies Lab at the University of Copenhagen (DK). 

Sound-Frameworks: https://www.soundframeworks.orgTheatrum Mundi: https://www.theatrum-mundi.orgSven Anderson: https://www.svenanderson.net
DOI: 10.5065/d6xd0zrw
title: HLY-02-03 Video Plankton Recorder (VPR) Data. Version 1.0

description: This data set contains data collected on a cruise (HLY0203) to the Chukchi and Beaufort Seas on the U.S. Coast Guard Cutter (USCGC) Healy from July 17 to August 26, 2002. The primary sampling instrument was a self-contained, battery powered, single camera Auto Video Plankton Recorder (VPR) that was deployed from the stern of the ship in a steel cage.