ga_ls7e_ard_3
product of type
eo3_landsat_ard
Geoscience Australia Landsat 7 Enhanced Thematic Mapper Plus Analysis Ready Data Collection 3
Location (from sampling)
file:/g/data/xu18/ga/ga_ls7e_ard_3
- file:///g/data/xu18/ga/ga_ls7e_ard_3/091/076/2020/12/16/ga_ls7e_ard_3-1-0_091076_2020-12-16_final.odc-metadata.yaml
- file:///g/data/xu18/ga/ga_ls7e_ard_3/102/068/2020/12/14/ga_ls7e_ard_3-1-0_102068_2020-12-14_final.odc-metadata.yaml
- file:///g/data/xu18/ga/ga_ls7e_ard_3/114/080/2020/12/18/ga_ls7e_ard_3-1-0_114080_2020-12-18_final.odc-metadata.yaml …
Metadata
dataset_maturity
final
eo_gsd
15.0
format
GeoTIFF
instrument
ETM
platform
landsat-7
product_family
ard
Searchable fields
cloud_cover
double
Cloud cover percentage [0, 100]
creation_time
datetime
Time when dataset was created (processed)
eo_sun_azimuth
double
eo_sun_elevation
double
fmask_clear
double
fmask_cloud_shadow
double
fmask_snow
double
fmask_water
double
gqa
double
GQA Circular error probable (90%)
gqa_abs_iterative_mean_x
double
gqa_abs_iterative_mean_xy
double
gqa_abs_iterative_mean_y
double
gqa_abs_x
double
gqa_abs_xy
double
gqa_abs_y
double
gqa_cep90
double
gqa_iterative_mean_x
double
gqa_iterative_mean_xy
double
gqa_iterative_mean_y
double
gqa_iterative_stddev_x
double
gqa_iterative_stddev_xy
double
gqa_iterative_stddev_y
double
gqa_mean_x
double
gqa_mean_xy
double
gqa_mean_y
double
gqa_stddev_x
double
gqa_stddev_xy
double
gqa_stddev_y
double
label
string
Label
landsat_scene_id
string
Landsat Scene ID
lat
double-range
Latitude range
lon
double-range
Longitude range
region_code
string
Spatial reference code from the provider. For Landsat region_code is a scene path row:
'{:03d}{:03d}.format(path,row)'
For Sentinel it is MGRS code. In general it is a unique string identifier that datasets covering roughly the same spatial region share.
time
datetime-range
Acquisition time range
Measurements
nbar_blue
/ nbar_band01
int16
with units 1 and nodata -999
nbar_green
/ nbar_band02
int16
with units 1 and nodata -999
nbar_red
/ nbar_band03
int16
with units 1 and nodata -999
nbar_nir
/ nbar_band04
int16
with units 1 and nodata -999
nbar_swir_1
/ nbar_band05
int16
with units 1 and nodata -999
nbar_swir_2
/ nbar_band07
int16
with units 1 and nodata -999
nbar_panchromatic
/ nbar_band08
int16
with units 1 and nodata -999
nbart_blue
/ nbart_band01
/ blue
int16
with units 1 and nodata -999
nbart_green
/ nbart_band02
/ green
int16
with units 1 and nodata -999
nbart_red
/ nbart_band03
/ red
int16
with units 1 and nodata -999
nbart_nir
/ nbart_band04
/ red
int16
with units 1 and nodata -999
nbart_swir_1
/ nbart_band05
/ swir_1
/ swir1
int16
with units 1 and nodata -999
nbart_swir_2
/ nbart_band07
/ swir_2
/ swir2
int16
with units 1 and nodata -999
nbart_panchromatic
/ nbart_band08
/ panchromatic
int16
with units 1 and nodata -999
oa_fmask
/ fmask
uint8
with units 1 and nodata 0
oa_nbar_contiguity
/ nbar_contiguity
uint8
with units 1 and nodata 255
oa_nbart_contiguity
/ nbart_contiguity
uint8
with units 1 and nodata 255
oa_azimuthal_exiting
/ azimuthal_exiting
float32
with units 1 and nodata NaN
oa_azimuthal_incident
/ azimuthal_incident
float32
with units 1 and nodata NaN
oa_combined_terrain_shadow
/ combined_terrain_shadow
uint8
with units 1 and nodata 255
oa_exiting_angle
/ exiting_angle
float32
with units 1 and nodata NaN
oa_incident_angle
/ incident_angle
float32
with units 1 and nodata NaN
oa_relative_azimuth
/ relative_azimuth
float32
with units 1 and nodata NaN
oa_relative_slope
/ relative_slope
float32
with units 1 and nodata NaN
oa_satellite_azimuth
/ satellite_azimuth
float32
with units 1 and nodata NaN
oa_satellite_view
/ satellite_view
float32
with units 1 and nodata NaN
oa_solar_azimuth
/ solar_azimuth
float32
with units 1 and nodata NaN
oa_solar_zenith
/ solar_zenith
float32
with units 1 and nodata NaN
oa_time_delta
/ time_delta
float32
with units 1 and nodata NaN