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messages.po
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# Translations for datacube-ows metadata instance:
# Over-ridden: aardvark
#
# Acme Corporation 2024-08-05T11:27:36.172003
#
msgid ""
msgstr ""
"Project-Id-Version: Over-ridden: aardvark 2024-08-05T11:27:36.172003\n"
"Report-Msgid-Bugs-To: [email protected]\n"
"POT-Creation-Date: 2024-08-05 11:27+1005\n"
"PO-Revision-Date: 2024-08-05 11:27+1005\n"
"Last-Translator: FULL NAME <EMAIL@ADDRESS>\n"
"Language: en\n"
"Language-Team: en <[email protected]>\n"
"Plural-Forms: nplurals=2; plural=(n != 1);\n"
"MIME-Version: 1.0\n"
"Content-Type: text/plain; charset=utf-8\n"
"Content-Transfer-Encoding: 8bit\n"
"Generated-By: Babel 2.15.0\n"
#. Open web-services for the Open Data Cube
msgid "global.title"
msgstr "Open web-services for the Open Data Cube"
#. This web-service serves georectified raster data from our very own special
#. Open Datacube instance.
msgid "global.abstract"
msgstr ""
"This web-service serves georectified raster data from our very own "
"special Open Datacube instance."
#. satellite,time-series,australia
msgid "global.local_keywords"
msgstr "satellite,time-series,australia"
#. none
msgid "global.fees"
msgstr "none"
#. none
msgid "global.access_constraints"
msgstr "none"
#. Acme Corporation
msgid "global.contact_org"
msgstr "Acme Corporation"
#. CIO (Chief Imaginary Officer)
msgid "global.contact_position"
msgstr "CIO (Chief Imaginary Officer)"
#. Over-ridden: aardvark
msgid "folder.ows_root.title"
msgstr "Over-ridden: aardvark"
#. This web-service serves georectified raster data from our very own special
#. Open Datacube instance.
msgid "folder.ows_root.abstract"
msgstr ""
"This web-service serves georectified raster data from our very own "
"special Open Datacube instance."
msgid "folder.ows_root.local_keywords"
msgstr ""
#. s2
msgid "folder.sentinel2.title"
msgstr "s2"
#. Images from the sentinel 2 satellite
msgid "folder.sentinel2.abstract"
msgstr "Images from the sentinel 2 satellite"
#. sentinel2
msgid "folder.sentinel2.local_keywords"
msgstr "sentinel2"
#. Open Data Cube - OWS
msgid "folder.sentinel2.attribution_title"
msgstr "Open Data Cube - OWS"
#. Surface reflectance (Sentinel-2)
msgid "layer.s2_l2a.title"
msgstr "Surface reflectance (Sentinel-2)"
#. layer s2_l2a
msgid "layer.s2_l2a.abstract"
msgstr "layer s2_l2a"
msgid "layer.s2_l2a.local_keywords"
msgstr ""
#. coastal_aerosol
msgid "layer.s2_l2a.bands.B01"
msgstr "coastal_aerosol"
#. blue
msgid "layer.s2_l2a.bands.B02"
msgstr "blue"
#. green
msgid "layer.s2_l2a.bands.B03"
msgstr "green"
#. red
msgid "layer.s2_l2a.bands.B04"
msgstr "red"
#. red_edge_1
msgid "layer.s2_l2a.bands.B05"
msgstr "red_edge_1"
#. red_edge_2
msgid "layer.s2_l2a.bands.B06"
msgstr "red_edge_2"
#. red_edge_3
msgid "layer.s2_l2a.bands.B07"
msgstr "red_edge_3"
#. nir
msgid "layer.s2_l2a.bands.B08"
msgstr "nir"
#. nir_narrow
msgid "layer.s2_l2a.bands.B8A"
msgstr "nir_narrow"
#. water_vapour
msgid "layer.s2_l2a.bands.B09"
msgstr "water_vapour"
#. swir_1
msgid "layer.s2_l2a.bands.B11"
msgstr "swir_1"
#. swir_2
msgid "layer.s2_l2a.bands.B12"
msgstr "swir_2"
#. aerosol_optical_thickness
msgid "layer.s2_l2a.bands.AOT"
msgstr "aerosol_optical_thickness"
#. scene_average_water_vapour
msgid "layer.s2_l2a.bands.WVP"
msgstr "scene_average_water_vapour"
#. mask
msgid "layer.s2_l2a.bands.SCL"
msgstr "mask"
#. Simple RGB
msgid "style.s2_l2a.simple_rgb.title"
msgstr "Simple RGB"
#. Simple true-colour image, using the red, green and blue bands
msgid "style.s2_l2a.simple_rgb.abstract"
msgstr "Simple true-colour image, using the red, green and blue bands"
#. Simple RGB Clone
msgid "style.s2_l2a.style_ls_simple_rgb_clone.title"
msgstr "Simple RGB Clone"
#. Simple true-colour image, using the red, green and blue bands
msgid "style.s2_l2a.style_ls_simple_rgb_clone.abstract"
msgstr "Simple true-colour image, using the red, green and blue bands"
#. False colour multi-band infra-red
msgid "style.s2_l2a.infra_red.title"
msgstr "False colour multi-band infra-red"
#. Simple false-colour image, using the near and short-wave infra-red bands
msgid "style.s2_l2a.infra_red.abstract"
msgstr "Simple false-colour image, using the near and short-wave infra-red bands"
#. Blue - 490
msgid "style.s2_l2a.blue.title"
msgstr "Blue - 490"
#. Blue band, centered on 490nm
msgid "style.s2_l2a.blue.abstract"
msgstr "Blue band, centered on 490nm"
#. NDVI
msgid "style.s2_l2a.ndvi.title"
msgstr "NDVI"
#. Normalised Difference Vegetation Index - a derived index that correlates
#. well with the existence of vegetation
msgid "style.s2_l2a.ndvi.abstract"
msgstr ""
"Normalised Difference Vegetation Index - a derived index that correlates "
"well with the existence of vegetation"
#. NDVI
msgid "style.s2_l2a.ndvi.legend.1.title"
msgstr "NDVI"
#. dimensionless
msgid "style.s2_l2a.ndvi.legend.1.units"
msgstr "dimensionless"
#. low
msgid "style.s2_l2a.ndvi.legend.1.lbl_0.0"
msgstr "low"
#. high
msgid "style.s2_l2a.ndvi.legend.1.lbl_1.0"
msgstr "high"
#. NDVI
msgid "style.s2_l2a.ndvi_expr.title"
msgstr "NDVI"
#. Normalised Difference Vegetation Index - a derived index that correlates
#. well with the existence of vegetation
msgid "style.s2_l2a.ndvi_expr.abstract"
msgstr ""
"Normalised Difference Vegetation Index - a derived index that correlates "
"well with the existence of vegetation"
#. NDVI
msgid "style.s2_l2a.ndvi_expr.legend.1.title"
msgstr "NDVI"
#. NDVI plus RGB
msgid "style.s2_l2a.rgb_ndvi.title"
msgstr "NDVI plus RGB"
#. Normalised Difference Vegetation Index (blended with RGB) - a derived index
#. that correlates well with the existence of vegetation
msgid "style.s2_l2a.rgb_ndvi.abstract"
msgstr ""
"Normalised Difference Vegetation Index (blended with RGB) - a derived "
"index that correlates well with the existence of vegetation"
#. NDVI plus RGB
msgid "style.s2_l2a.rgb_ndvi.legend.1.title"
msgstr "NDVI plus RGB"
#. NDVI - Red, NIR
msgid "style.s2_l2a.ndvi_delta.title"
msgstr "NDVI - Red, NIR"
#. Normalised Difference Vegetation Index - a derived index that correlates
#. well with the existence of vegetation
msgid "style.s2_l2a.ndvi_delta.abstract"
msgstr ""
"Normalised Difference Vegetation Index - a derived index that correlates "
"well with the existence of vegetation"
#. NDVI - Red, NIR
msgid "style.s2_l2a.ndvi_delta.legend.1.title"
msgstr "NDVI - Red, NIR"
#. NDVI - Red, NIR
msgid "style.s2_l2a.ndvi_delta.legend.2.title"
msgstr "NDVI - Red, NIR"
#. s2_l2a Clone
msgid "layer.s2_l2a_clone.title"
msgstr "s2_l2a Clone"
#. Imagery from the s2_l2a Clone
msgid "layer.s2_l2a_clone.abstract"
msgstr "Imagery from the s2_l2a Clone"
msgid "layer.s2_l2a_clone.local_keywords"
msgstr ""
#. coastal_aerosol
msgid "layer.s2_l2a_clone.bands.B01"
msgstr "coastal_aerosol"
#. blue
msgid "layer.s2_l2a_clone.bands.B02"
msgstr "blue"
#. green
msgid "layer.s2_l2a_clone.bands.B03"
msgstr "green"
#. red
msgid "layer.s2_l2a_clone.bands.B04"
msgstr "red"
#. red_edge_1
msgid "layer.s2_l2a_clone.bands.B05"
msgstr "red_edge_1"
#. red_edge_2
msgid "layer.s2_l2a_clone.bands.B06"
msgstr "red_edge_2"
#. red_edge_3
msgid "layer.s2_l2a_clone.bands.B07"
msgstr "red_edge_3"
#. nir
msgid "layer.s2_l2a_clone.bands.B08"
msgstr "nir"
#. nir_narrow
msgid "layer.s2_l2a_clone.bands.B8A"
msgstr "nir_narrow"
#. water_vapour
msgid "layer.s2_l2a_clone.bands.B09"
msgstr "water_vapour"
#. swir_1
msgid "layer.s2_l2a_clone.bands.B11"
msgstr "swir_1"
#. swir_2
msgid "layer.s2_l2a_clone.bands.B12"
msgstr "swir_2"
#. aerosol_optical_thickness
msgid "layer.s2_l2a_clone.bands.AOT"
msgstr "aerosol_optical_thickness"
#. scene_average_water_vapour
msgid "layer.s2_l2a_clone.bands.WVP"
msgstr "scene_average_water_vapour"
#. mask
msgid "layer.s2_l2a_clone.bands.SCL"
msgstr "mask"
#. Simple RGB
msgid "style.s2_l2a_clone.simple_rgb.title"
msgstr "Simple RGB"
#. Simple true-colour image, using the red, green and blue bands
msgid "style.s2_l2a_clone.simple_rgb.abstract"
msgstr "Simple true-colour image, using the red, green and blue bands"
#. Simple RGB Clone
msgid "style.s2_l2a_clone.style_ls_simple_rgb_clone.title"
msgstr "Simple RGB Clone"
#. Simple true-colour image, using the red, green and blue bands
msgid "style.s2_l2a_clone.style_ls_simple_rgb_clone.abstract"
msgstr "Simple true-colour image, using the red, green and blue bands"
#. False colour multi-band infra-red
msgid "style.s2_l2a_clone.infra_red.title"
msgstr "False colour multi-band infra-red"
#. Simple false-colour image, using the near and short-wave infra-red bands
msgid "style.s2_l2a_clone.infra_red.abstract"
msgstr "Simple false-colour image, using the near and short-wave infra-red bands"
#. Blue - 490
msgid "style.s2_l2a_clone.blue.title"
msgstr "Blue - 490"
#. Blue band, centered on 490nm
msgid "style.s2_l2a_clone.blue.abstract"
msgstr "Blue band, centered on 490nm"
#. NDVI
msgid "style.s2_l2a_clone.ndvi.title"
msgstr "NDVI"
#. Normalised Difference Vegetation Index - a derived index that correlates
#. well with the existence of vegetation
msgid "style.s2_l2a_clone.ndvi.abstract"
msgstr ""
"Normalised Difference Vegetation Index - a derived index that correlates "
"well with the existence of vegetation"
#. NDVI
msgid "style.s2_l2a_clone.ndvi.legend.1.title"
msgstr "NDVI"
#. dimensionless
msgid "style.s2_l2a_clone.ndvi.legend.1.units"
msgstr "dimensionless"
#. low
msgid "style.s2_l2a_clone.ndvi.legend.1.lbl_0.0"
msgstr "low"
#. high
msgid "style.s2_l2a_clone.ndvi.legend.1.lbl_1.0"
msgstr "high"
#. NDVI
msgid "style.s2_l2a_clone.ndvi_expr.title"
msgstr "NDVI"
#. Normalised Difference Vegetation Index - a derived index that correlates
#. well with the existence of vegetation
msgid "style.s2_l2a_clone.ndvi_expr.abstract"
msgstr ""
"Normalised Difference Vegetation Index - a derived index that correlates "
"well with the existence of vegetation"
#. NDVI
msgid "style.s2_l2a_clone.ndvi_expr.legend.1.title"
msgstr "NDVI"
#. NDVI plus RGB
msgid "style.s2_l2a_clone.rgb_ndvi.title"
msgstr "NDVI plus RGB"
#. Normalised Difference Vegetation Index (blended with RGB) - a derived index
#. that correlates well with the existence of vegetation
msgid "style.s2_l2a_clone.rgb_ndvi.abstract"
msgstr ""
"Normalised Difference Vegetation Index (blended with RGB) - a derived "
"index that correlates well with the existence of vegetation"
#. NDVI plus RGB
msgid "style.s2_l2a_clone.rgb_ndvi.legend.1.title"
msgstr "NDVI plus RGB"
#. NDVI - Red, NIR
msgid "style.s2_l2a_clone.ndvi_delta.title"
msgstr "NDVI - Red, NIR"
#. Normalised Difference Vegetation Index - a derived index that correlates
#. well with the existence of vegetation
msgid "style.s2_l2a_clone.ndvi_delta.abstract"
msgstr ""
"Normalised Difference Vegetation Index - a derived index that correlates "
"well with the existence of vegetation"
#. NDVI - Red, NIR
msgid "style.s2_l2a_clone.ndvi_delta.legend.1.title"
msgstr "NDVI - Red, NIR"
#. NDVI - Red, NIR
msgid "style.s2_l2a_clone.ndvi_delta.legend.2.title"
msgstr "NDVI - Red, NIR"
#. DEA Config Samples
msgid "folder.ows_root.1.title"
msgstr "DEA Config Samples"
msgid "folder.ows_root.1.abstract"
msgstr ""
msgid "folder.ows_root.1.local_keywords"
msgstr ""
#. DEA Surface Reflectance (Sentinel-2)
msgid "layer.s2_ard_granule_nbar_t.title"
msgstr "DEA Surface Reflectance (Sentinel-2)"
#. Sentinel-2 Multispectral Instrument - Nadir BRDF Adjusted Reflectance +
#. Terrain Illumination Correction (Sentinel-2 MSI) This
#. product has been corrected to account for variations caused by atmospheric
#. properties, sun position and sensor view angle at time of image capture.
#. These corrections have been applied to all satellite imagery in the
#. Sentinel-2 archive. This is undertaken to allow comparison of imagery
#. acquired at different times, in different seasons and in different
#. geographic locations. These products also indicate where the
#. imagery has been affected by cloud or cloud shadow, contains missing data or
#. has been affected in other ways. The Surface Reflectance products are useful
#. as a fundamental starting point for any further analysis, and underpin all
#. other optical derived Digital Earth Australia products. This
#. is a definitive archive of daily Sentinel-2 data. This is processed using
#. correct ancillary data to provide a more accurate product than the Near Real
#. Time. The Surface Reflectance product has been corrected to
#. account for variations caused by atmospheric properties, sun position and
#. sensor view angle at time of image capture. These corrections have been
#. applied to all satellite imagery in the Sentinel-2 archive.
#. The Normalised Difference Chlorophyll Index (NDCI) is based on the method of
#. Mishra & Mishra 2012, and adapted to bands on the Sentinel-2A & B sensors.
#. The index indicates levels of chlorophyll-a (chl-a) concentrations in
#. complex turbid productive waters such as those encountered in many inland
#. water bodies. The index has not been validated in Australian waters, and
#. there are a range of environmental conditions that may have an effect on the
#. accuracy of the derived index values in this test implementation, including:
#. - Influence on the remote sensing signal from nearby land and/or atmospheric
#. effects - Optically shallow water - Cloud
#. cover Mishra, S., Mishra, D.R., 2012. Normalized difference
#. chlorophyll index: A novel model for remote estimation of chlorophyll-a
#. concentration in turbid productive waters. Remote Sensing of Environment,
#. Remote Sensing of Urban Environments 117, 394–406.
#. https://doi.org/10.1016/j.rse.2011.10.016 For more
#. information see http://pid.geoscience.gov.au/dataset/ga/129684
#. https://cmi.ga.gov.au/data-products/dea/190/dea-surface-reflectance-nbart-sentinel-2-msi
#. For service status information, see https://status.dea.ga.gov.au
msgid "layer.s2_ard_granule_nbar_t.abstract"
msgstr ""
"Sentinel-2 Multispectral Instrument - Nadir BRDF Adjusted Reflectance + "
"Terrain Illumination Correction (Sentinel-2 MSI)\n"
" This product has been corrected to account for variations"
" caused by atmospheric properties, sun position and sensor view angle at "
"time of image capture.\n"
" These corrections have been applied to all satellite "
"imagery in the Sentinel-2 archive. This is undertaken to allow comparison"
" of imagery acquired at different times, in different seasons and in "
"different geographic locations.\n"
" These products also indicate where the imagery has been "
"affected by cloud or cloud shadow, contains missing data or has been "
"affected in other ways. The Surface Reflectance products are useful as a "
"fundamental starting point for any further analysis, and underpin all "
"other optical derived Digital Earth Australia products.\n"
" This is a definitive archive of daily Sentinel-2 data. "
"This is processed using correct ancillary data to provide a more accurate"
" product than the Near Real Time.\n"
" The Surface Reflectance product has been corrected to "
"account for variations caused by atmospheric properties, sun position and"
" sensor view angle at time of image capture. These corrections have been "
"applied to all satellite imagery in the Sentinel-2 archive.\n"
" The Normalised Difference Chlorophyll Index (NDCI) is "
"based on the method of Mishra & Mishra 2012, and adapted to bands on the "
"Sentinel-2A & B sensors.\n"
" The index indicates levels of chlorophyll-a (chl-a) "
"concentrations in complex turbid productive waters such as those "
"encountered in many inland water bodies. The index has not been validated"
" in Australian waters, and there are a range of environmental conditions "
"that may have an effect on the accuracy of the derived index values in "
"this test implementation, including:\n"
" - Influence on the remote sensing signal from nearby land"
" and/or atmospheric effects\n"
" - Optically shallow water\n"
" - Cloud cover\n"
" Mishra, S., Mishra, D.R., 2012. Normalized difference "
"chlorophyll index: A novel model for remote estimation of chlorophyll-a "
"concentration in turbid productive waters. Remote Sensing of Environment,"
" Remote Sensing of Urban Environments 117, 394–406. "
"https://doi.org/10.1016/j.rse.2011.10.016\n"
" For more information see "
"http://pid.geoscience.gov.au/dataset/ga/129684\n"
" https://cmi.ga.gov.au/data-products/dea/190/dea-surface-"
"reflectance-nbart-sentinel-2-msi\n"
" For service status information, see "
"https://status.dea.ga.gov.au\n"
" "
msgid "layer.s2_ard_granule_nbar_t.local_keywords"
msgstr ""
#. nbar_coastal_aerosol
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_coastal_aerosol"
msgstr "nbar_coastal_aerosol"
#. nbar_blue
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_blue"
msgstr "nbar_blue"
#. nbar_green
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_green"
msgstr "nbar_green"
#. nbar_red
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_red"
msgstr "nbar_red"
#. nbar_red_edge_1
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_red_edge_1"
msgstr "nbar_red_edge_1"
#. nbar_red_edge_2
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_red_edge_2"
msgstr "nbar_red_edge_2"
#. nbar_red_edge_3
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_red_edge_3"
msgstr "nbar_red_edge_3"
#. nbar_nir_1
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_nir_1"
msgstr "nbar_nir_1"
#. nbar_nir_2
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_nir_2"
msgstr "nbar_nir_2"
#. nbar_swir_2
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_swir_2"
msgstr "nbar_swir_2"
#. nbar_swir_3
msgid "layer.s2_ard_granule_nbar_t.bands.nbart_swir_3"
msgstr "nbar_swir_3"
#. fmask
msgid "layer.s2_ard_granule_nbar_t.bands.fmask"
msgstr "fmask"
#. Normalised Difference Chlorophyll Index - Red Edge, Red
msgid "style.s2_ard_granule_nbar_t.ndci.title"
msgstr "Normalised Difference Chlorophyll Index - Red Edge, Red"
#. Normalised Difference Chlorophyll Index - a derived index that correlates
#. well with the existence of chlorophyll
msgid "style.s2_ard_granule_nbar_t.ndci.abstract"
msgstr ""
"Normalised Difference Chlorophyll Index - a derived index that correlates"
" well with the existence of chlorophyll"
#. Normalised Difference Chlorophyll Index - Red Edge, Red
msgid "style.s2_ard_granule_nbar_t.ndci.legend.1.title"
msgstr "Normalised Difference Chlorophyll Index - Red Edge, Red"
#. unitless
msgid "style.s2_ard_granule_nbar_t.ndci.legend.1.units"
msgstr "unitless"
#. Modified Normalised Difference Water Index - Green, SWIR
msgid "style.s2_ard_granule_nbar_t.mndwi.title"
msgstr "Modified Normalised Difference Water Index - Green, SWIR"
#. Modified Normalised Difference Water Index - a derived index that correlates
#. well with the existence of water (Xu 2006)
msgid "style.s2_ard_granule_nbar_t.mndwi.abstract"
msgstr ""
"Modified Normalised Difference Water Index - a derived index that "
"correlates well with the existence of water (Xu 2006)"
#. Modified Normalised Difference Water Index - Green, SWIR
msgid "style.s2_ard_granule_nbar_t.mndwi.legend.1.title"
msgstr "Modified Normalised Difference Water Index - Green, SWIR"
#. Modified Normalised Difference Water Index - Green, SWIR
msgid "style.s2_ard_granule_nbar_t.mndwi.legend.2.title"
msgstr "Modified Normalised Difference Water Index - Green, SWIR"
#. DEA Surface Reflectance Mosaic (Sentinel-2)
msgid "layer.s2_ard_latest_mosaic.title"
msgstr "DEA Surface Reflectance Mosaic (Sentinel-2)"
#. Sentinel-2 Multispectral Instrument - Nadir BRDF Adjusted Reflectance +
#. Terrain Illumination Correction (Sentinel-2 MSI) Latest imagery mosaic with
#. no time dimension.
msgid "layer.s2_ard_latest_mosaic.abstract"
msgstr ""
"Sentinel-2 Multispectral Instrument - Nadir BRDF Adjusted Reflectance + "
"Terrain Illumination Correction (Sentinel-2 MSI)\n"
"\n"
"Latest imagery mosaic with no time dimension.\n"
" "
msgid "layer.s2_ard_latest_mosaic.local_keywords"
msgstr ""
#. nbar_coastal_aerosol
msgid "layer.s2_ard_latest_mosaic.bands.nbart_coastal_aerosol"
msgstr "nbar_coastal_aerosol"
#. nbar_blue
msgid "layer.s2_ard_latest_mosaic.bands.nbart_blue"
msgstr "nbar_blue"
#. nbar_green
msgid "layer.s2_ard_latest_mosaic.bands.nbart_green"
msgstr "nbar_green"
#. nbar_red
msgid "layer.s2_ard_latest_mosaic.bands.nbart_red"
msgstr "nbar_red"
#. nbar_red_edge_1
msgid "layer.s2_ard_latest_mosaic.bands.nbart_red_edge_1"
msgstr "nbar_red_edge_1"
#. nbar_red_edge_2
msgid "layer.s2_ard_latest_mosaic.bands.nbart_red_edge_2"
msgstr "nbar_red_edge_2"
#. nbar_red_edge_3
msgid "layer.s2_ard_latest_mosaic.bands.nbart_red_edge_3"
msgstr "nbar_red_edge_3"
#. nbar_nir_1
msgid "layer.s2_ard_latest_mosaic.bands.nbart_nir_1"
msgstr "nbar_nir_1"
#. nbar_nir_2
msgid "layer.s2_ard_latest_mosaic.bands.nbart_nir_2"
msgstr "nbar_nir_2"
#. nbar_swir_2
msgid "layer.s2_ard_latest_mosaic.bands.nbart_swir_2"
msgstr "nbar_swir_2"
#. nbar_swir_3
msgid "layer.s2_ard_latest_mosaic.bands.nbart_swir_3"
msgstr "nbar_swir_3"
#. fmask
msgid "layer.s2_ard_latest_mosaic.bands.fmask"
msgstr "fmask"
#. Normalised Difference Chlorophyll Index - Red Edge, Red
msgid "style.s2_ard_latest_mosaic.ndci.title"
msgstr "Normalised Difference Chlorophyll Index - Red Edge, Red"
#. Normalised Difference Chlorophyll Index - a derived index that correlates
#. well with the existence of chlorophyll
msgid "style.s2_ard_latest_mosaic.ndci.abstract"
msgstr ""
"Normalised Difference Chlorophyll Index - a derived index that correlates"
" well with the existence of chlorophyll"
#. Normalised Difference Chlorophyll Index - Red Edge, Red
msgid "style.s2_ard_latest_mosaic.ndci.legend.1.title"
msgstr "Normalised Difference Chlorophyll Index - Red Edge, Red"
#. unitless
msgid "style.s2_ard_latest_mosaic.ndci.legend.1.units"
msgstr "unitless"
#. Modified Normalised Difference Water Index - Green, SWIR
msgid "style.s2_ard_latest_mosaic.mndwi.title"
msgstr "Modified Normalised Difference Water Index - Green, SWIR"
#. Modified Normalised Difference Water Index - a derived index that correlates
#. well with the existence of water (Xu 2006)
msgid "style.s2_ard_latest_mosaic.mndwi.abstract"
msgstr ""
"Modified Normalised Difference Water Index - a derived index that "
"correlates well with the existence of water (Xu 2006)"
#. Modified Normalised Difference Water Index - Green, SWIR
msgid "style.s2_ard_latest_mosaic.mndwi.legend.1.title"
msgstr "Modified Normalised Difference Water Index - Green, SWIR"
#. Modified Normalised Difference Water Index - Green, SWIR
msgid "style.s2_ard_latest_mosaic.mndwi.legend.2.title"
msgstr "Modified Normalised Difference Water Index - Green, SWIR"
#. DEA Fractional Cover (Landsat)
msgid "layer.ga_ls_fc_3.title"
msgstr "DEA Fractional Cover (Landsat)"
#. Geoscience Australia Landsat Fractional Cover Collection 3
#. Fractional Cover (FC), developed by the Joint Remote Sensing Research
#. Program, is a measurement that splits the landscape into three parts, or
#. fractions: green (leaves, grass, and growing crops)
#. brown (branches, dry grass or hay, and dead leaf litter)
#. bare ground (soil or rock) DEA uses Fractional Cover to
#. characterise every 30 m square of Australia for any point in time from 1987
#. to today.
#. https://cmi.ga.gov.au/data-products/dea/629/dea-fractional-cover-landsat-c3
#. For service status information, see https://status.dea.ga.gov.au
msgid "layer.ga_ls_fc_3.abstract"
msgstr ""
"Geoscience Australia Landsat Fractional Cover Collection 3\n"
" Fractional Cover (FC), developed by the Joint Remote "
"Sensing Research Program, is a measurement that splits the landscape into"
" three parts, or fractions:\n"
" green (leaves, grass, and growing crops)\n"
" brown (branches, dry grass or hay, and dead leaf litter)\n"
" bare ground (soil or rock)\n"
" DEA uses Fractional Cover to characterise every 30 m "
"square of Australia for any point in time from 1987 to today.\n"
" https://cmi.ga.gov.au/data-products/dea/629/dea-"
"fractional-cover-landsat-c3\n"
" For service status information, see "
"https://status.dea.ga.gov.au"
msgid "layer.ga_ls_fc_3.local_keywords"
msgstr ""
#. bare_soil
msgid "layer.ga_ls_fc_3.bands.bs"
msgstr "bare_soil"
#. photosynthetic_vegetation
msgid "layer.ga_ls_fc_3.bands.pv"
msgstr "photosynthetic_vegetation"
#. non_photosynthetic_vegetation
msgid "layer.ga_ls_fc_3.bands.npv"
msgstr "non_photosynthetic_vegetation"
#. ue
msgid "layer.ga_ls_fc_3.bands.ue"
msgstr "ue"
#. Three-band Fractional Cover Unmasked (Warning: includes invalid data)
msgid "style.ga_ls_fc_3.fc_rgb_unmasked.title"
msgstr "Three-band Fractional Cover Unmasked (Warning: includes invalid data)"
#. Fractional cover medians - red is bare soil, green is green vegetation and
#. blue is non-green vegetation
msgid "style.ga_ls_fc_3.fc_rgb_unmasked.abstract"
msgstr ""
"Fractional cover medians - red is bare soil, green is green vegetation "
"and blue is non-green vegetation"
#. Landsat-8 Geomedian
msgid "layer.ls8_geomedian.title"
msgstr "Landsat-8 Geomedian"
#. DEA Landsat-8 Geomedian
msgid "layer.ls8_geomedian.abstract"
msgstr "DEA Landsat-8 Geomedian"
msgid "layer.ls8_geomedian.local_keywords"
msgstr ""
#. red
msgid "layer.ls8_geomedian.bands.red"
msgstr "red"
#. green
msgid "layer.ls8_geomedian.bands.green"
msgstr "green"
#. blue
msgid "layer.ls8_geomedian.bands.blue"
msgstr "blue"
#. nir
msgid "layer.ls8_geomedian.bands.nir"
msgstr "nir"
#. swir1
msgid "layer.ls8_geomedian.bands.swir1"
msgstr "swir1"
#. swir2
msgid "layer.ls8_geomedian.bands.swir2"
msgstr "swir2"
#. sdev
msgid "layer.ls8_geomedian.bands.sdev"
msgstr "sdev"
#. edev
msgid "layer.ls8_geomedian.bands.edev"
msgstr "edev"
#. bcdev
msgid "layer.ls8_geomedian.bands.bcdev"
msgstr "bcdev"
#. count
msgid "layer.ls8_geomedian.bands.count"
msgstr "count"
#. Simple RGB
msgid "style.ls8_geomedian.simple_rgb.title"
msgstr "Simple RGB"
#. Simple true-colour image, using the red, green and blue bands
msgid "style.ls8_geomedian.simple_rgb.abstract"
msgstr "Simple true-colour image, using the red, green and blue bands"
#. False colour multi-band infra-red
msgid "style.ls8_geomedian.infra_red.title"
msgstr "False colour multi-band infra-red"
#. Simple false-colour image, using the near and short-wave infra-red bands
msgid "style.ls8_geomedian.infra_red.abstract"
msgstr "Simple false-colour image, using the near and short-wave infra-red bands"
#. NDVI
msgid "style.ls8_geomedian.ndvi.title"
msgstr "NDVI"
#. Normalised Difference Vegetation Index - a derived index that correlates
#. well with the existence of vegetation
msgid "style.ls8_geomedian.ndvi.abstract"
msgstr ""
"Normalised Difference Vegetation Index - a derived index that correlates "
"well with the existence of vegetation"
#. NDVI
msgid "style.ls8_geomedian.ndvi.legend.1.title"
msgstr "NDVI"
#. dimensionless
msgid "style.ls8_geomedian.ndvi.legend.1.units"
msgstr "dimensionless"
#. low
msgid "style.ls8_geomedian.ndvi.legend.1.lbl_0.0"
msgstr "low"
#. high
msgid "style.ls8_geomedian.ndvi.legend.1.lbl_1.0"
msgstr "high"