Choosing an Atlas#
The GBIF network consists of a series of ‘node’ organisations who collate biodiversity data from their own countries, with GBIF acting as an umbrella organisation to store data from all nodes. Several nodes have their own APIs, often built from the ‘living atlas’ codebase developed by the ALA.
At present, galah supports the following functions and atlases:
Australia
Austria
Brazil
France
GBIF
Guatemala
Spain
Sweden
Set Organisation#
Set which atlas you want to use by changing the atlas argument in galah.galah_config(). The atlas argument
can accept a a region to select a given atlas, all of which are available
via galah.show_all(atlases=True). Once a value is provided, it will automatically update galah’s server
configuration to your selected atlas. The default atlas is Australia.
If you intend to download records, you may need to register a user profile with the relevant atlas first.
>>> import galah
>>> galah.galah_config(atlas="Spain", email="your-email-here")
Look up Information#
You can use the same look-up functions to find useful information about the Atlas you have set. Available information may vary for each Living Atlas.
>>> galah.galah_config(atlas="Australia")
>>> galah.show_all(datasets=True)
name uri uid
0 ALA Taxonomy List for Species Missing from Conservation Lists part B 27_11_2023 https://collections.ala.org.au/ws/dataResource/dr23929 dr23929
1 "A" Flora EPBC https://collections.ala.org.au/ws/dataResource/dr24170 dr24170
2 "H to O" flora EPBC https://collections.ala.org.au/ws/dataResource/dr24172 dr24172
3 "P to Z" flora EPBC https://collections.ala.org.au/ws/dataResource/dr24173 dr24173
4 (Appendix 2) Stratigraphic distribution of key and potential stratigraphic calcareous nannofossil markers in the upper Campanian–Maastrichtian of ODP Hole 122-762C https://collections.ala.org.au/ws/dataResource/dr30595 dr30595
... ... ... ...
11172 Zooplankton samples from Heron net trawls along the 110E meridian, eastern Indian Ocean, RV Investigator voyage IN2019_V03 (2019) https://collections.ala.org.au/ws/dataResource/dr23120 dr23120
11173 Zooplankton sampling in the coastal waters of south eastern Tasmania, Australia (2009-2015) https://collections.ala.org.au/ws/dataResource/dr15943 dr15943
11174 Zoos Victoria Moth Tracker https://collections.ala.org.au/ws/dataResource/dr22371 dr22371
11175 Zosteria fulvipubescens https://collections.ala.org.au/ws/dataResource/dr27880 dr27880
11176 Zosteria fulvipubescens https://collections.ala.org.au/ws/dataResource/dr27881 dr27881
[11177 rows x 3 columns]
>>> galah.show_all(fields=True)
id description type link
0 abcdTypeStatus ABCD field in use by herbaria field NaN
1 acceptedNameUsage http://rs.tdwg.org/dwc/terms/acceptedNameUsage field NaN
2 acceptedNameUsageID http://rs.tdwg.org/dwc/terms/acceptedNameUsageID field NaN
3 accessRights NaN field NaN
4 annotationsDoi NaN field NaN
... ... ... ... ...
1100 multimediaLicence Media filter field media
1101 images Media filter field media
1102 videos Media filter field media
1103 sounds Media filter field media
1104 qid Reference to pre-generated query other
[1105 rows x 4 columns]
>>> galah.search_all(datasets="year")
name uri uid
0 Elgin Road 3 year observations https://collections.ala.org.au/ws/dataResource/dr661 dr661
1 com plants greater than 50 years https://collections.ala.org.au/ws/dataResource/dr21699 dr21699
2 CoM animal species greater than 50 years.csv https://collections.ala.org.au/ws/dataResource/dr21448 dr21448
3 10 year trend of levels of organochlorine pollutants in Antarctic seabirds 2003/04 https://collections.ala.org.au/ws/dataResource/dr16247 dr16247
4 Ocean Sampling Day (OSD) 2014: AUTHORITY-RAW amplicon and metagenome sequencing study from the June solstice in the year 2014 https://collections.ala.org.au/ws/dataResource/dr30174 dr30174
5 Coccolithophore assemblages of a 9,000 year old marine sediment core from a climate hotspot in Tasmania, southeast Australia (2018) https://collections.ala.org.au/ws/dataResource/dr23184 dr23184
6 Year-round at-sea movements of fairy prions (Pachyptila turtur) from Kanowna Island, Bass Strait, south-eastern Australia (2017-2020) https://collections.ala.org.au/ws/dataResource/dr23233 dr23233
7 Jellyfish Database Initiative: Global records on gelatinous zooplankton for the past 200 years, collected from global sources and literature, subset of records from Australian and adjacent seas. (1907-2011) https://collections.ala.org.au/ws/dataResource/dr29550 dr29550
>>> galah.search_taxa(taxa="Heleioporus")
scientificName scientificNameAuthorship taxonConceptID rank kingdom phylum order family genus issues
0 Heleioporus Gray, 1841 https://biodiversity.org.au/afd/taxa/b63103c4-28f7-44a5-b8d7-df459eeff2d3 genus Animalia Chordata Anura Limnodynastidae Heleioporus noIssue
Download data#
You can build queries as you normally would in galah. For taxonomic queries, use galah.search_taxa() to
make sure your searches are returning the correct taxonomic data.
>>> galah.galah_config(atlas="Australia")
>>> # Returns no data due to misspelling
>>> galah.search_taxa(taxa="vlps")
Empty DataFrame
Columns: []
Index: []
>>> # Returns data
>>> galah.search_taxa(taxa="Vulpes vulpes")
scientificName scientificNameAuthorship taxonConceptID rank kingdom phylum order family genus species vernacularName issues
0 Vulpes vulpes Linnaeus, 1758 https://biodiversity.org.au/afd/taxa/2869ce8a-8212-46c2-8327-dfb7fabb8296 species Animalia Chordata Carnivora Canidae Vulpes Vulpes vulpes Fox noIssue
>>> galah.atlas_counts(taxa="Vulpes vulpes", filters="year>2010")
totalRecords
0 109750
Download species occurrence records from other atlases with galah.atlas_occurrences()
>>> galah.atlas_occurrences(taxa="Vulpes vulpes", filters="year>2010", fields=["taxon_name", "year"])
scientificName year
0 Vulpes vulpes 2018
1 Vulpes vulpes 2019
2 Vulpes vulpes 2017
3 Vulpes vulpes 2014
4 Vulpes vulpes 2021
... ... ...
109745 Vulpes vulpes 2023
109746 Vulpes vulpes 2016
109747 Vulpes vulpes vulpes 2018
109748 Vulpes vulpes vulpes 2019
109749 Vulpes vulpes vulpes 2019
[109750 rows x 2 columns]
Complex queries with multiple Atlases#
It is also possible to create more complex queries that return data from multiple Living Atlases. As an example, setting atlases within a loop with galah_config() allows us to return the total number of species records in each Living Atlas in one table.
>>> import galah
>>> import pandas as pd
>>> atlases = ["Australia","Austria","Brazil","France","GBIF","Spain"]
>>> counts_dict = {"Atlas": [], "Total Records": []}
>>> for atlas in atlases:
>>> galah.galah_config(atlas=atlas)
>>> counts_dict["Atlas"].append(atlas)
>>> counts_dict["Total Records"].append(galah.atlas_counts()["totalRecords"][0])
>>> pd.DataFrame(counts_dict)
Atlas Total Records
0 Australia 150760023
1 Austria 14064040
2 Brazil 38144545
3 France 161205262
4 GBIF 3165470902
5 Portugal 16043865
6 Spain 59833092
7 Sweden 163652617
8 United Kingdom 300207381