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HRL Small Woody Features 2018: Raster 100 m

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Jiří Tomíček edited this page Nov 25, 2021 · 6 revisions

HRL Small Woody Features 2018: Raster 100 m

Small woody landscape features are important vectors of biodiversity and provide information on fragmentation of habitats with a direct potential for restoration while also providing a link to hazards protection and Green Infrastructure, amongst others.

The product (Product definition) is composed of exactly two rasters:

  • Density of small woody features (swf)
  • Small woody feature change (swfc)

The two rasters must be provided in one ZIP file in GeoTIFF format.

QC Tool looks into the following checks:

  • [Raster checks](#Raster checks)

Raster checks

raster.unzip

Check description: Delivery file can be unzipped

Required check, the check cannot be skipped.

raster.naming

Check description: Naming is in accord with specification

Required check, the check cannot be skipped.

Naming convention:

  • there must be exactly two raster file with .tif filename extension;

  • the filename of SWF raster must match regex: ^swf_2018_100m_(?P<aoi_code>[0-9a-zA-Z]{2,6})_(?P<epsg_code>[0-9]{5}).tif$;

    • the name must start with swf_2018_100m_;
    • followed by 6-letter AOI code, allowed codes are: E08N29, E10N27, E12N23, E12N25, E14N11, E14N13, E16N11, E16N13, E16N17, E18N11, E18N13, E18N15, E12N27, E26N23, E28N51, E30N51, E18N17, E20N11, E26N19, E26N21, E26N25, E26N49, E26N51, E26N53, E28N17, E28N19, E28N21, E28N23, E28N25, E28N35, E28N37, E28N49, E28N53, E30N15, E30N17, E30N19, E30N21, E30N23, E30N25, E30N33, E30N35, E30N37, E30N39, E30N49, E32N17, E32N19, E32N21, E32N23, E32N25, E32N27, E32N29, E32N31, E32N33, E32N35, E32N37, E32N39, E32N41, E32N49, E32N51, E34N19, E34N21, E34N23, E34N25, E34N27, E34N31, E34N33, E34N35, E34N37, E34N39, E34N41, E34N43, E36N19, E36N21, E36N23, E36N25, E36N27, E36N31, E36N33, E36N35, E36N37, E36N39, E36N41, E36N43, E38N19, E38N21, E38N23, E38N25, E38N27, E38N31, E38N33, E38N35, E40N19, E40N21, E40N23, E40N25, E40N27, E40N29, E40N31, E40N33, E40N35, E40N39, E40N41, E40N43, E40N45, E34N29, E36N29, E38N29, E42N19, E42N21, E42N23, E42N25, E42N27, E42N29, E42N31, E42N33, E42N37, E42N39, E42N41, E42N43, E42N45, E42N47, E42N49, E44N15, E44N17, E44N19, E44N21, E44N23, E44N27, E44N29, E44N31, E44N33, E44N35, E44N37, E44N39, E44N41, E44N43, E44N45, E44N47, E44N49, E44N53, E46N15, E46N17, E46N19, E46N21, E46N23, E46N25, E46N27, E46N29, E46N31, E46N33, E46N35, E46N39, E46N41, E46N43, E46N45, E42N35, E44N25, E44N51, E40N37, E46N37, E52N23, E46N47, E46N49, E46N51, E46N53, E46N55, E48N17, E48N19, E48N21, E48N25, E48N27, E48N29, E48N31, E48N33, E48N35, E48N37, E48N39, E48N41, E48N43, E48N45, E48N47, E48N51, E48N53, E48N55, E50N19, E50N21, E50N23, E50N25, E50N27, E50N29, E50N31, E50N33, E50N35, E50N39, E50N41, E50N43, E50N45, E50N47, E50N49, E50N51, E50N53, E50N55, E52N17, E52N19, E52N21, E52N25, E52N27, E52N29, E52N31, E48N23, E48N49, E50N37, E52N33, E52N35, E52N37, E52N39, E52N41, E52N43, E52N45, E52N47, E52N51, E54N15, E54N17, E54N19, E54N21, E54N23, E54N25, E54N27, E54N29, E54N31, E54N39, E54N47, E56N17, E56N19, E56N21, E56N23, E56N25, E56N27, E56N29, E58N15, E58N17, E58N19, E58N21, E58N23, E58N27, E60N17, E60N19, E60N21, E60N23, E60N25, E62N17, E62N19, E62N21, E62N23, E62N25, E64N17, E64N21, E64N23, E64N25, E66N19, E52N49, E56N15, E58N25, E64N19, E70N25, E66N21, E66N23, E66N25, E68N21, E68N23, E68N25, E68N27, E70N23, E70N27, E72N23, E72N25, E72N27;
    • followed by EPSG code 03035;
    • followed by .tif extension;
    • letter case is irrelevant;
    • example of filename: swf_2018_100m_E42N41_03035.tif;

  • the filename of SWFC raster must match regex: ^swfc_1518_100m_(?P<aoi_code>[0-9a-zA-Z]{2,6})_(?P<epsg_code>[0-9]{5}).tif$;

    • the name must start with swfc_1518_100m_;
    • followed by 6-letter AOI code, allowed codes are: E08N29, E10N27, E12N23, E12N25, E14N11, E14N13, E16N11, E16N13, E16N17, E18N11, E18N13, E18N15, E12N27, E26N23, E28N51, E30N51, E18N17, E20N11, E26N19, E26N21, E26N25, E26N49, E26N51, E26N53, E28N17, E28N19, E28N21, E28N23, E28N25, E28N35, E28N37, E28N49, E28N53, E30N15, E30N17, E30N19, E30N21, E30N23, E30N25, E30N33, E30N35, E30N37, E30N39, E30N49, E32N17, E32N19, E32N21, E32N23, E32N25, E32N27, E32N29, E32N31, E32N33, E32N35, E32N37, E32N39, E32N41, E32N49, E32N51, E34N19, E34N21, E34N23, E34N25, E34N27, E34N31, E34N33, E34N35, E34N37, E34N39, E34N41, E34N43, E36N19, E36N21, E36N23, E36N25, E36N27, E36N31, E36N33, E36N35, E36N37, E36N39, E36N41, E36N43, E38N19, E38N21, E38N23, E38N25, E38N27, E38N31, E38N33, E38N35, E40N19, E40N21, E40N23, E40N25, E40N27, E40N29, E40N31, E40N33, E40N35, E40N39, E40N41, E40N43, E40N45, E34N29, E36N29, E38N29, E42N19, E42N21, E42N23, E42N25, E42N27, E42N29, E42N31, E42N33, E42N37, E42N39, E42N41, E42N43, E42N45, E42N47, E42N49, E44N15, E44N17, E44N19, E44N21, E44N23, E44N27, E44N29, E44N31, E44N33, E44N35, E44N37, E44N39, E44N41, E44N43, E44N45, E44N47, E44N49, E44N53, E46N15, E46N17, E46N19, E46N21, E46N23, E46N25, E46N27, E46N29, E46N31, E46N33, E46N35, E46N39, E46N41, E46N43, E46N45, E42N35, E44N25, E44N51, E40N37, E46N37, E52N23, E46N47, E46N49, E46N51, E46N53, E46N55, E48N17, E48N19, E48N21, E48N25, E48N27, E48N29, E48N31, E48N33, E48N35, E48N37, E48N39, E48N41, E48N43, E48N45, E48N47, E48N51, E48N53, E48N55, E50N19, E50N21, E50N23, E50N25, E50N27, E50N29, E50N31, E50N33, E50N35, E50N39, E50N41, E50N43, E50N45, E50N47, E50N49, E50N51, E50N53, E50N55, E52N17, E52N19, E52N21, E52N25, E52N27, E52N29, E52N31, E48N23, E48N49, E50N37, E52N33, E52N35, E52N37, E52N39, E52N41, E52N43, E52N45, E52N47, E52N51, E54N15, E54N17, E54N19, E54N21, E54N23, E54N25, E54N27, E54N29, E54N31, E54N39, E54N47, E56N17, E56N19, E56N21, E56N23, E56N25, E56N27, E56N29, E58N15, E58N17, E58N19, E58N21, E58N23, E58N27, E60N17, E60N19, E60N21, E60N23, E60N25, E62N17, E62N19, E62N21, E62N23, E62N25, E64N17, E64N21, E64N23, E64N25, E66N19, E52N49, E56N15, E58N25, E64N19, E70N25, E66N21, E66N23, E66N25, E68N21, E68N23, E68N25, E68N27, E70N23, E70N27, E72N23, E72N25, E72N27;
    • followed by EPSG code 03035;
    • followed by .tif extension;
    • letter case is irrelevant;
    • example of filename: swfc_1518_100m_E42N41_03035.tif;

raster.epsg

Check description: Raster uses specific EPSG code.

Optional check, the check may be skipped.

Requirements:

  • each raster must be assigned spatial reference system EPSG:3035 (ETRS89 ETRS-LAEA equal-area projection);

raster.pixel_size

Check description: Pixel has specific size.

Optional check, the check may be skipped.

Requirements:

  • the pixel of all rasters size must be exactly 100m;

raster.origin

Check description: Bounding box upper left corner is positioned on grid.

Optional check, the check may be skipped.

Requirements:

  • upper-left X, Y coordinates of the raster must be divisible by 1000 with no remainder;

raster.bit_depth

Check description: Raster datatype is of specific bit depth.

Optional check, the check may be skipped.

Requirements:

  • the pixel type must be Byte (8 bits per sample);

raster.compress

Check description: Raster uses specific compression formats.

Optional check, the check may be skipped.

Requirements:

  • the tiff files must use LZW compression;

raster.value

Check description: Pixels have specific values.

Optional check, the check may be skipped.

Requirements:

  • the values of the pixel in SWF raster must be from the set 0-100, 254, 255.

  • the values of the pixel in SWFC raster must be from the set 0, 1, 2, 210, 254, 255.

raster.gap

Check description: There is no gap in the AOI.

Optional check, the check may be skipped.

Requirements:

  • there must not be a pixel with value 255 inside AOI;

vector.inspire

Check description: metadata are in accord with INSPIRE specification.

Optional check, the check may be skipped.

Requirements:

  • Each tiff file must contain an INSPIRE compliant XML metadata document;

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