| find_smos | R Documentation |
This function searches for BEC-SMOS soil moisture data available on Barcelona Expert Center (BEC) server for the frequency, orbit, and dates specified by the user.
find_smos(freq, orbit, dates)
freq |
an integer specifying temporal frequency of the data. Possible values are: 1 - for daily data, or 3 - for 3-day moving averages. No default value is provided. |
orbit |
a character (or character string) specifying SMOS orbit corresponding to the data. Possible values are: ‘a’, ‘asc’, and ‘ascending’ - for an ascending pass, or ‘d’, ‘des’, or ‘descending’ - for a descending pass. No default value is provided. |
dates |
an object of class |
BEC-SMOS soil moisture (SM) data is a regional root zone SM product that
covers Europe and Mediterranean countries. Particularly, smosr package
works with the reprocessed SMOS Level 4 (L4) SM estimates downscaled to ~1 km
spatial resolution (EASE-grid v.2). The data is computed for two time periods
(argument frequency): daily and 3-day moving averages produced by a
temporal aggregation of the daily products. Note that SMOS ascending and
descending passes (argument orbit) are processed separately. The data
is available starting from June 1st, 2010 throughout the end of 2022. The
currently supported version is 6.0. For more details about the BEC-SMOS SM
products, see the technical note available at
https://digital.csic.es/handle/10261/303808.
Note that the registration as a user on the Barcelona Expert Center (BEC)
webpage is required to access the server. See
set_credentials() for details.
a character vector containing full links to the data files on the server.
Pablos M, Gonzalez-Haro C, Portal G, Piles M, Vall-llossera M, Portabella M (2022). SMOS L4 Surface Soil Moisture downscaled maps at 1 km EASE-2 (reprocessed mode) (V.6.0) [Dataset].
## Not run:
# to look for BEC-SMOS data on a specific date
smos_data <- find_smos(freq = 1, orbit = "a", dates = "2022-12-31")
# to search data over a date range
start_date <- as.Date("2022-01-01")
end_date <- as.Date("2022-12-31")
date_range <- seq(start_date, end_date, by = 10)
smos_data <- find_smos(freq = 3, orbit = "descending", dates = date_range)
## End(Not run)
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