dataset Request

[ChristianBeilschmidt]

cSAR response

{
	"dataset" : 
	{
		"DOI" : 
		[
			"10.1101/2020.04.14.031716"
		],
		"ExternalLink" : 
		[
			"https://www.biorxiv.org/content/10.1101/2020.04.14.031716v2"
		],
		"additionalInfo" : "",
		"biologicalEntity" : 
		{
			"classification" : 
			{
				"classificationSystemName" : "",
				"classificationSystemReference" : "",
				"classificationSystemType" : ""
			},
			"entityType" : "Species Taxonomy",
			"taxonomicCoverage" : "All birds, Non-forest birds, forest birds"
		},
		"contact" : 
		{
			"contactEmail" : "[email protected]",
			"contactName" : "Ines Martins",
			"contactOrganisation" : "German Centre for Integrative Biodiversity Research (iDiv)"
		},
		"creator" : 
		{
			"creatorEmail" : "[email protected]",
			"creatorName" : "Ines Martins",
			"creatorOrganisation" : "German Centre for Integrative Biodiversity Research (iDiv)"
		},
		"description" : "Changes in bird diversity at the grid cell level caused by land-use, estimated by the cSAR model (Pereira et al, doi.org/10.1101/2020.04.14.031716). It reports changes in species number (percentage and absolute), relative to 1900, for all bird species, forest bird species, and non-forest bird species in each cell. Uses the LUH 2.0 projections for land-use, and the PREDICTS coefficients for bird affinities to land-uses.",
		"ebv" : 
		{
			"ebvClass" : "Community composition",
			"ebvName" : "Taxonomic diversity"
		},
		"environmentalDomain" : "Terrestrial",
		"id" : "1",
		"keywords" : 
		[
			"BirdsLUH 2.0 projections",
			"PREDICTS",
			"land-use"
		],
		"license" : "CC BY 4.0",
		"pathNameDataset" : "/1/netcdf/cSAR_idiv_v1.nc",
		"pathNameMetadata" : "/1/metadata.xml",
		"provenanceDescription" : "to be added soon",
		"publicationDate" : "2018",
		"spatialDomain" : 
		{
			"spatialAccuracy" : "1 degree",
			"spatialDescription" : "",
			"spatialExtent" : "Global",
			"spatialResolution" : "1 degree"
		},
		"temporalDomain" : 
		{
			"temporalExtentEnd" : "2015-01-01",
			"temporalExtentStart" : "1900-01-01",
			"temporalResolution" : "Decade"
		},
		"title" : "Changes in local bird diversity (cSAR)"
	},
	"result" : true,
	"subgroups_and_values" : 
	[
		{
			"description" : "one scenario, one metric, three entities: non forest birds, forest birds, all birds",
			"name" : "scenario",
			"values" : 
			[
				{
					"description" : "calculations where done per decade betrween 1900 and 2015",
					"label" : "past: 1900 - 2015",
					"name" : "past"
				}
			]
		},
		{
			"description" : "",
			"name" : "metric",
			"values" : 
			[
				{
					"description" : "mean values per decade",
					"label" : "mean",
					"name" : "mean"
				}
			]
		},
		{
			"description" : "",
			"name" : "entity",
			"values" : 
			[
				{
					"description" : "Changes in bird diversity at the grid cell level caused by land-use, estimated by the cSAR model (Martins & Pereira, 2017). It reports changes in species number (percentage and absolute), relative to 1900, for all bird species, forest bird species, and non-forest bird species in each cell. Uses the LUH 2.0 projections for land-use, and the PREDICTS coefficients for bird affinities to land-uses.",
					"label" : "non forest birds species",
					"name" : "0"
				},
				{
					"description" : "Changes in bird diversity at the grid cell level caused by land-use, estimated by the cSAR model (Martins & Pereira, 2017). It reports changes in species number (percentage and absolute), relative to 1900, for all bird species, forest bird species, and non-forest bird species in each cell. Uses the LUH 2.0 projections for land-use, and the PREDICTS coefficients for bird affinities to land-uses.",
					"label" : "all brid species",
					"name" : "A"
				},
				{
					"description" : "Changes in bird diversity at the grid cell level caused by land-use, estimated by the cSAR model (Martins & Pereira, 2017). It reports changes in species number (percentage and absolute), relative to 1900, for all bird species, forest bird species, and non-forest bird species in each cell. Uses the LUH 2.0 projections for land-use, and the PREDICTS coefficients for bird affinities to land-uses.",
					"label" : "forest bird species",
					"name" : "F"
				}
			]
		}
	]
}