lpdaac_mod11a1v061_lste: MODIS Land Surface Temperature/Emissivity (LSTE) MOD11A1 Collection 061, 1 km sinusoidal projection.

2002

November

7th

MODIS Land Surface Temperature/Emissivity (LSTE) MOD11A1 Collection 061, 1 km sinusoidal projection.

lpdaac_mod11a1v061_lste on 7th November 2002

Last processed
19 datasets
  • 19 unique regions
  • No CRSes defined

Metadata (eo3)

Common fields

dataset_maturity • format GeoTIFF instrument MODIS product_family •

JSON / GeoJSON

Location 🔗 (samples)

s3://easi-dc-data/products-index/lpdaac_mod11a1v061_lste/2002/

Measurements 🔗

nodata
uint16 lst_day / LST_Day_1km 0
uint8 qc_day / QC_Day 255
uint8 day_view_time / Day_view_time 255
uint8 day_view_angle / Day_view_angl 255
uint16 lst_night / LST_Night_1km 0
uint8 qc_night / QC_Night 255
uint8 night_view_time / Night_view_time 255
uint8 night_view_angle / Night_view_angl 255
uint8 b31_emissivity / Emis_31 0
uint8 b32_emissivity / Emis_32 0
uint16 clear_day_cov / Clear_day_cov 0
uint16 clear_night_cov / Clear_night_cov 0

Total: 12

Definition 🔗

RAW As Stac
name: lpdaac_mod11a1v061_lste
metadata_type: eo3
description: MODIS Land Surface Temperature/Emissivity (LSTE) MOD11A1 Collection 061, 1 km sinusoidal projection.
metadata:
product:
name: lpdaac_mod11a1v061_lste
measurements: [
name: lst_day
dtype: uint16
units: Kelvin
nodata: 0
aliases: [
LST_Day_1km
]
add_offset: 0
scale_factor: 0.02
name: qc_day
dtype: uint8
units: 1
nodata: 255
aliases: [
QC_Day
]
flags_definition:
lst_error:
bits: [
6
7
]
values:
0: average_lst_error_lte_1K
1: average_lst_error_lte_2K
2: average_lst_error_lte_3K
3: average_lst_error_gt_3K
data_quality:
bits: [
2
3
]
values:
0: good_data_quality
1: other_quality_data
2: not_processed_missing_pixels
3: not_processed_poor_quality
mandatory_qa:
bits: [
0
1
]
values:
0: produced_good_quality
1: produced_other_quality
2: not_produced_cloud
3: not_produced_other
emissivity_error:
bits: [
4
5
]
values:
0: average_emissivity_error_lte_0.01
1: average_emissivity_error_lte_0.02
2: average_emissivity_error_lte_0.04
3: average_emissivity_error_gt_0.04
name: day_view_time
dtype: uint8
units: Hour
nodata: 255
aliases: [
Day_view_time
]
add_offset: 0
scale_factor: 0.1
name: day_view_angle
dtype: uint8
units: Degree
nodata: 255
aliases: [
Day_view_angl
]
add_offset: -65
scale_factor: 1.0
name: lst_night
dtype: uint16
units: Kelvin
nodata: 0
aliases: [
LST_Night_1km
]
add_offset: 0
scale_factor: 0.02
name: qc_night
dtype: uint8
units: 1
nodata: 255
aliases: [
QC_Night
]
flags_definition:
lst_error:
bits: [
6
7
]
values:
0: average_lst_error_lte_1K
1: average_lst_error_lte_2K
2: average_lst_error_lte_3K
3: average_lst_error_gt_3K
data_quality:
bits: [
2
3
]
values:
0: good_data_quality
1: other_quality_data
2: not_processed_missing_pixels
3: not_processed_poor_quality
mandatory_qa:
bits: [
0
1
]
values:
0: produced_good_quality
1: produced_other_quality
2: not_produced_cloud
3: not_produced_other
emissivity_error:
bits: [
4
5
]
values:
0: average_emissivity_error_lte_0.01
1: average_emissivity_error_lte_0.02
2: average_emissivity_error_lte_0.04
3: average_emissivity_error_gt_0.04
name: night_view_time
dtype: uint8
units: Hour
nodata: 255
aliases: [
Night_view_time
]
add_offset: 0
scale_factor: 0.1
name: night_view_angle
dtype: uint8
units: Degree
nodata: 255
aliases: [
Night_view_angl
]
add_offset: -65
scale_factor: 1.0
name: b31_emissivity
dtype: uint8
units: 1
nodata: 0
aliases: [
Emis_31
]
add_offset: 0.49
scale_factor: 0.002
name: b32_emissivity
dtype: uint8
units: 1
nodata: 0
aliases: [
Emis_32
]
add_offset: 0.49
scale_factor: 0.002
name: clear_day_cov
dtype: uint16
units: 1
nodata: 0
aliases: [
Clear_day_cov
]
add_offset: 0
scale_factor: 0.0005
name: clear_night_cov
dtype: uint16
units: 1
nodata: 0
aliases: [
Clear_night_cov
]
add_offset: 0
scale_factor: 0.0005
]
load:
crs: PROJCS["unnamed",GEOGCS["unnamed ellipse",DATUM["unknown",SPHEROID["unnamed",6371007.181,0]],PRIMEM["Greenwich",0],UNIT["degree",0.0174532925199433]],PROJECTION["Sinusoidal"],PARAMETER["longitude_of_center",0],PARAMETER["false_easting",0],PARAMETER["false_northing",0],UNIT["metre",1,AUTHORITY["EPSG","9001"]]]
resolution:
x: 926.6254331383334
y: -926.6254331383334