data_ingestion/weather/download_era5_monthly
Monthly estimated weather variables. Monthly weather variables obtained from combining observations and numerical model runs to estimate the state of the atmosphere.
Sources
user_input: Time range and geometry of interest.
Sinks
downloaded_product: 30km resolution weather variables.
Parameters
cds_api_key: api key for Copernicus CDS (https://cds.climate.copernicus.eu/user/register)
variable: Options are: 2t - 2 meter temperature (default) 100u - 100 meter U wind component 100v - 100 meter V wind component 10u - 10 meter U wind component 10v - 10 meter V wind component 2d - 2 meter dewpoint temperature msl - Mean sea level pressure sp - Surface pressure ssrd - Surface solar radiation downwards sst - Sea surface temperature tp - Total precipitation
Tasks
list: Lists monthly ERA5 products for the input time range and geometry.
download: Downloads requested property from ERA5 products.
Workflow Yaml
name: download_era5_monthly
sources:
user_input:
- list.input_item
sinks:
downloaded_product: download.downloaded_product
parameters:
cds_api_key: null
variable: 2t
tasks:
list:
op: list_era5_cds
op_dir: list_era5
parameters:
variable: '@from(variable)'
download:
op: download_era5
parameters:
api_key: '@from(cds_api_key)'
edges:
- origin: list.era5_products
destination:
- download.era5_product
description:
short_description: Monthly estimated weather variables.
long_description: Monthly weather variables obtained from combining observations
and numerical model runs to estimate the state of the atmosphere.
sources:
user_input: Time range and geometry of interest.
sinks:
downloaded_product: 30km resolution weather variables.
parameters:
cds_api_key: api key for Copernicus CDS (https://cds.climate.copernicus.eu/user/register)
variable: "Options are:\n 2t - 2 meter temperature (default)\n 100u - 100 meter\
\ U wind component\n 100v - 100 meter V wind component\n 10u - 10 meter U\
\ wind component\n 10v - 10 meter V wind component\n 2d - 2 meter dewpoint\
\ temperature\n msl - Mean sea level pressure\n sp - Surface pressure\n ssrd\
\ - Surface solar radiation downwards\n sst - Sea surface temperature\n tp\
\ - Total precipitation"