Query the LiPDverse

queryLipdverse(
  variable.name = NULL,
  archive.type = NULL,
  paleo.proxy = NULL,
  paleo.units = NULL,
  coord = c(-90, 90, -180, 180),
  age.min = NULL,
  age.max = NULL,
  pub.info = NULL,
  country = NULL,
  continent = NULL,
  ocean = FALSE,
  seasonality = NULL,
  season.not = NULL,
  interp.vars = NULL,
  interp.details = NULL,
  compilation = NULL,
  verbose = FALSE,
  skip.update = FALSE
)

Arguments

variable.name: vector of variable names from c(d18O, d13C, treeRing, etc.)
archive.type: vector of archive types. see unique(queryTable1$archiveType)
paleo.proxy: proxy type c(d18O, mg/ca)
paleo.units: proxy units c(per mil, degC)
coord: lat/lon extent of interest c(latMin, latMax, lonMin, lonMax)
age.min: The youngest portion of the record comes up to at least this age, age BP
age.max: The oldest part of the record extends to at least this age, age BP
pub.info: last name of author, DOI, unique word from title, etc. all lowercase, based on associated publications
country: Coutnry origin of dataset from unique(queryTable1$country), based on lat/lon
continent: Continent origin of dataset from unique(queryTable1$continent), based on lat/lon
ocean: Gather datasets from the marine environment, based on lat/lon
seasonality: list of seasons where items within a list are treated with "AND" logic and separate lists are treated with "OR" logic ie. list(list("July", "August"), list("7,8"), list("summer"))
season.not: seasons not desired with input format identical to seasonality
interp.vars: vector of interpretation variables ie. c("SST", "upwelling"), see possible: unique(queryTable$interp_Vars)
interp.details: vector of interpretation variables ie. c("sea@surface", "elNino"), see possible: unique(queryTable$interp_Details),
compilation: #compilation name as character vector from unique(queryTable$paleoData_mostRecentCompilations), eg. c("temp12k", "wnam")
verbose: offer details of filters and get feedback from user
skip.update: remove update prompt

Value

filtered query table