knitr::opts_chunk$set(echo = TRUE) library(dplyr)
get_site_speciesOccurrences(), map_occ_gbif2elter and save_occ_eLTER_reporting_Archive() are delivered only with devwithImprovements branch __
Starting from the eLTER site id (DEIMS.iD), by ReLTER get_site_speciesOccurrences function, anyone can retrieve occurrence records from GBIF (via rgbif
R package), iNaturalist and OBIS carried out within the boundaries of the site.
ReLTER
get_site_speciesOccurrences() is?The user sets the parameters of the function and, through these choose, defines the output.
The parameters of the function are:
user sets parameter 'deimsid' to select the area of interest from which data are to be harvested (i.e., paste DEIMS.ID of the site of interest; e.g., Gulf Of Venice - GOV https://deims.org/758087d7-231f-4f07-bd7e-6922e0c283fd)
user sets parameter 'list_DS' to select the external data service to be queried (i.e., 'gbif' or 'obis' or 'inaturalist')
user sets parameter 'show_map' to get data in map format in addition to tabular format (i.e., show_map = TRUE)
user sets parameter 'limit' to select the records number (i.e., species presence record) to be extracted
The output are two type: a map and a table(s), for each external data service selected.
# DEIMS.iD of eLTER site Gulf Of Venice (GOV) GOVid <- "https://deims.org/758087d7-231f-4f07-bd7e-6922e0c283fd" # Compose the function with choosen parameters resGOV <- ReLTER::get_site_speciesOccurrences( deimsid = GOVid, list_DS = c("gbif", "inat", "obis"), show_map = TRUE, limit = 20 )
# iNat table knitr::kable( resGOV$inat[c(1:10)], caption = "The first 10 occurrence records of iNaturalist on the selected eLTER site." ) # OBIS table knitr::kable( resGOV$obis[c(1:10)], caption = "The first 10 occurrence records of OBIS on the selected eLTER site." )
The structure of species occurrence records reflects the exporting schema of the original data publisher. Fields mapping among the three data source schemas (i.e., GBIF, iNaturalist, OBIS) and the eLTER data-reporting template (@Peterseil2021) was carried out so as to design functions to structure fetched data in three simplified output data formats. These output data formats result i) harmonised to eLTER data-reporting requirements/template and ii) more readable since only essential attributes are maintained.
Using 2 other R functions, developed for solve this issue, data from external data service can be exported into eLTER data-reporting template.
Below an example for the eLTER Saldur River Catchment site, where the external data service to be queried are GBIF and iNaturalist.
saldurid <- "https://deims.org/97ff6180-e5d1-45f2-a559-8a7872eb26b1" resSaldur <- ReLTER::get_site_speciesOccurrences( deimsid = saldurid, list_DS = c("gbif", "inat"), show_map = FALSE, limit = 20, exclude_inat_from_gbif = TRUE ) # GBIF tblSaldur_gbif <- tibble::as_tibble(resSaldur$gbif) if (nrow(tblSaldur_gbif) > 0) { outGbif <- tblSaldur_gbif %>% ReLTER::map_occ_gbif2elter(deimsid = saldurid) ReLTER::save_occ_eLTER_reporting_Archive(outGbif) } # iNaturalist tblSaldur_inat <- tibble::as_tibble(resSaldur$inat) outInat <- tblSaldur_inat %>% ReLTER::map_occ_inat2elter(deimsid = saldurid) ReLTER::save_occ_eLTER_reporting_Archive(outInat)
The eLTER useful archive created are:
biodiv_occurrence_site_97ff6180-e5d1-45f2-a559-8a7872eb26b1_gbif.zip
biodiv_occurrence_site_97ff6180-e5d1-45f2-a559-8a7872eb26b1_inat.zip
::: {#refs} :::
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