cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.3367257
title: Dataset of Horizon scanning to identify invasion risk of ornamental plants marketed in Spain

description: Full dataset for the research entitled "Horizon scanning to identify invasion risk of ornamental plants marketed in Spain". We classified non-native species into six different lists based on their invasion status in Spain and elsewhere, their climatic suitability in Spain, and their potential environmental and socioeconomic impacts.
description: This study was funded by the project IMPLANTIN (CGL2015-65346-R). Á. Bayón is hired by the Biological Station of Doñana (EBD-CSIC) thanks to a Grant for Predoctoral Contracts for the Training of Doctors 2015 awarded by the Ministerio de Ciencia, Innovación y Universidades of Spain, and co-financed by the European Social Fund (BES-2015-072929). We thank P. Castro, O. Godoy and F. Essl, S. Vanderhoeven, P. Hulme and the associated editor for comments on previous versions of the manuscript, and J. Arroyo for tutoring the thesis project at the University of Seville
description: {"references": ["CABI (2018) Invasive Species Compendium. Wallingford, UK: CAB International. https://www.cabi.org/isc. Accessed 30 Jan 2016", "BOE (2013) Real Decreto 630/2013, de 2 de agosto, por el que se regula el Cat\u00e1logo espa\u00f1ol de especies ex\u00f3ticas invasoras. BOE 185:56764\u201356786", "European Commission (2016) Commission Implementing Regulation (EU) 2016/1141 of 13 July 2016 adopting a list of invasive alien species of Union concern pursuant to Regulation (EU) No 1143/2014 of the European Parliament and of the Council", "European Commission (2017) Commission Implementing Regulation (EU) 2017/1263 of 12 July 2017 updating the list of invasive alien species of Union concern established by Implementing Regulation (EU) 2016/1141 pursuant to Regulation (EU) No 1143/2014 of the European Parliament and of the Council", "Invasive Species Specialist Group ISSG (2015) The Global Invasive Species Database. Version 2015.1. http://www.issg.org/database. Accessed 23 May 2016", "Sanz Elorza M, Dana ED, Sobrino E (eds) (2004) Atlas de las Plantas Al\u00f3ctonas Invasoras en Espa\u00f1a. Direcci\u00f3n General para la Biodiversidad, Madrid"]}
DOI: 10.5281/zenodo.3367258
title: Dataset of Horizon scanning to identify invasion risk of ornamental plants marketed in Spain

description: Full dataset for the research entitled "Horizon scanning to identify invasion risk of ornamental plants marketed in Spain". We classified non-native species into six different lists based on their invasion status in Spain and elsewhere, their climatic suitability in Spain, and their potential environmental and socioeconomic impacts.
description: This study was funded by the project IMPLANTIN (CGL2015-65346-R). Á. Bayón is hired by the Biological Station of Doñana (EBD-CSIC) thanks to a Grant for Predoctoral Contracts for the Training of Doctors 2015 awarded by the Ministerio de Ciencia, Innovación y Universidades of Spain, and co-financed by the European Social Fund (BES-2015-072929). We thank P. Castro, O. Godoy and F. Essl, S. Vanderhoeven, P. Hulme and the associated editor for comments on previous versions of the manuscript, and J. Arroyo for tutoring the thesis project at the University of Seville
description: {"references": ["CABI (2018) Invasive Species Compendium. Wallingford, UK: CAB International. https://www.cabi.org/isc. Accessed 30 Jan 2016", "BOE (2013) Real Decreto 630/2013, de 2 de agosto, por el que se regula el Cat\u00e1logo espa\u00f1ol de especies ex\u00f3ticas invasoras. BOE 185:56764\u201356786", "European Commission (2016) Commission Implementing Regulation (EU) 2016/1141 of 13 July 2016 adopting a list of invasive alien species of Union concern pursuant to Regulation (EU) No 1143/2014 of the European Parliament and of the Council", "European Commission (2017) Commission Implementing Regulation (EU) 2017/1263 of 12 July 2017 updating the list of invasive alien species of Union concern established by Implementing Regulation (EU) 2016/1141 pursuant to Regulation (EU) No 1143/2014 of the European Parliament and of the Council", "Invasive Species Specialist Group ISSG (2015) The Global Invasive Species Database. Version 2015.1. http://www.issg.org/database. Accessed 23 May 2016", "Sanz Elorza M, Dana ED, Sobrino E (eds) (2004) Atlas de las Plantas Al\u00f3ctonas Invasoras en Espa\u00f1a. Direcci\u00f3n General para la Biodiversidad, Madrid"]}
DOI: 10.5281/zenodo.3476048
title: Synthesis and fluorescence properties of self-assembled colloidal supraparticles from CdSe/CdS/CdZnS/ZnS nanocrystals

description: Raw data of figures 2-5
DOI: 10.5066/p92ezqo3
title: Distribution of grazing cattle within the Pacific drainages of the United State, 2012

description: The U.S. Geological Survey (USGS) is developing SPARROW models (SPAtially Related Regressions On Watershed Attributes) to assess the transport of contaminants (e.g., sediment and nutrients) through the Pacific drainages of the United States (the Columbia River basin; the coastal drainages of Washington, Oregon, and California; the Klamath River basin; the Central Valley of California, and the west slopes of the Sierra Nevada Mountains). SPARROW relates instream water quality measurements to spatially referenced characteristics of watersheds, including contaminant sources and the factors influencing terrestrial and aquatic transport. Cattle grazing intensity is a potential factor affecting sediment and nutrient delivery to streams. The spatial data set &quot;Distribution of grazing cattle within the Pacific drainages of the United States, 2012&quot; represents an estimate of the distribution of grazing cattle on potential grazing land in 2012. This data set was created by disaggregating 2012 county-level estimates of non-AFO cattle (those not housed in an animal feeding operation such as a dairy or feedlot) to the potential grazing land within each county.
DOI: 10.5281/zenodo.3476047
title: Fluorescence properties of self assembled colloidal supraparticles from CdSe/CdS/ZnS nanocrystals

description: Raw data of figures 2-6
DOI: 10.7910/dvn/98sduh/qc7izw
title: Master Field Trial Summary 2013-2015.xlsx

description: :unav
DOI: 10.5281/zenodo.3476390
title: Investigating the effects of retaining riparian forest buffer zones of differing width on stream channel geomorphology

description: <b>Description: </b>To monitor temporal stream shape change over a gradient of RBZ widths, channel cross section measurements were continued at preestablished points that have been present since 2011. The points are marked with 0.4-metre-long PVC pipes that are spray painted yellow for easier identification and surrounding bedrock or roots are also marked at the exact location of the pipes in case a pipe should be eroded away in future. Channel cross sections were calculated using a standardised method. Cross- sectional area (CSA) measurement was repeated for every pre-established cross section point along the stream. These were located 250 m apart and numbered 4- 10, depending on the accessibility of the trails upstream. The stream with a '0 metre' buffer, for instance, had only four measurement points due to a steep waterfall which could not be passed. The CSA of these stream points were re-measured on a yearly basis in 2011 - 2014, 2018 and 2019.<b>Project: </b>This dataset was collected as part of the following SAFE research project: <b>Investigating the effects of retaining riparian forest buffer zones of differing width on stream channel geomorphology. </b><b>XML metadata: </b>GEMINI compliant metadata for this dataset is available here<b>Files: </b>This consists of 1 file: Template_cross_sections.xlsx<b>Template_cross_sections.xlsx</b>This file contains dataset metadata and 1 data tables:<b>Stream cross section measurements</b> (described in worksheet CrossSections)Description: Cross section measurementsNumber of fields: 7Number of data rows: 8377Fields: <b>Identity</b>: Original site label in field data (Field type: id)<b>Stream</b>: Stream transect (Field type: location)<b>Site</b>: Location of stream cross section (Field type: location)<b>DistanceAcross</b>: Distance across the stream at which the measurement was taken (Field type: numeric)<b>Height</b>: Stream depth (Field type: numeric)<b>BaseMaterial</b>: Ground cover at the measurement point (Field type: categorical)<b>Date</b>: Date cross section was measured (Field type: date)<b>Date range: </b>2011-01-12 to 2019-03-30<b>Latitudinal extent: </b>4.6314 to 4.7345<b>Longitudinal extent: </b>117.4554 to 117.6414
DOI: 10.5525/gla.researchdata.880
title: Multi-Reflection Polarimetry in Microfluidics

description: The field of microfluidics promises new portable, low-cost sensing systems, as well as the capabilities to measure the physical or chemical properties of precious samples, for which only small volumes are available. However, when using microfluidic channels with millimeter to micron scale dimmensions, together with optical sensing methods, these configurations result in short path lengths over which the signal can be acquired. Whilst polarimetry would greatly benefit from using small volumes, providing important information on the structure of chiral biomarkers in life sciences, the small interrogation volumes associated with the use of minute samples decreases the numbers of molecules in the light path that cause an optical rotation, and so reduces the sensitivity of the technique. Here we show that when an optical beam, passing through a chiral sample, undergoes multiple reflections from suitably aligned and configured external micromirrors, the usual cancelling out of the optical rotation that occurs when the rotated polarized beam is passed back through a solution following reflection at a single mirror can be negated. This enables the chirality of molecular species present in a microfluidic sample to be measured with increased sensitivity. This approach was validated experimentally using solutions of D-(+)-glucose as a model system, by investigating the effect of multiple reflections of a linearly polarized He-Ne laser beam and a 403 nm diode laser beam across the microfluidic channel. It was found that there was a 30 fold enhancement in the limit of detection with as few as 11 reflections through the sample.
DOI: 10.17171/1-2-1103-10
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-13
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-14
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-15
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-17
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-2
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-20
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-21
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-23
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-24
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-3
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-36
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-5
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-8
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-9
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1102-36
title: Medieval Diagram
title: MAPD1102

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1102-40
title: Medieval Diagram
title: MAPD1102

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams
DOI: 10.17171/1-2-1103-1
title: Medieval Diagram
title: MAPD1103

description: Length of Seasons: The description in the text and the diagrams in the manuscripts coincide well. The purpose of the diagram is solely to show that the four equal quadrants of the zodiac contain four unequal lengths of the year and what those lengths are. Initially the circle of the twelve signs is laid out, usually within a circular band, sometimes on the outside of a single circle. The four cardinal points ABΓΔ are set anti-clockwise at 90-degree intervals, beginning with A at Aries 0° and at 12 o'clock. Two perpendicular diameters connect the pairs of points AΓ and BΔ. The letter Θ appears at the centerpoint, where the diameters intersect.
description: Medieval Diagrams