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Wrapper for accessing the eBird API

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eBird API

eBird API provides a set of wrapper functions for accessing the end-points in the eBird API 2.0.

Install

pip install ebird-api

Usage

Each of the functions map to a specific end-point in the API - with one or two exceptions where API calls are essentially identical. The functions can be grouped into five activities: fetching observations, getting information on hotspots, getting information on regions, getting lists of species and getting statistics.

All functions support arguments (with sensible defaults) for all the query parameters supported by the eBird API. Check the docstring for each function for more details. There you will also find a link to the documentation for each end-point.

To use the API you will need to register for an API key. All you need to do is fill out this form and the API key is generated automatically.

NOTE: Use the API with some restraint. Data costs money so don't go downloading all the checklists for the world or other excessive behaviour or your account will get banned. If you have a project in mind get in touch with eBird and tell them what you want to do - they will be interested to hear it.

Observations

from ebird.api import get_observations

# Get observations from Woodman Pond, Madison county, New York for the past week.
records = get_observations(api_key, 'L227544', back=7)

# Get observations from Madison county, New York
records = get_observations(api_key, 'US-NY-053')

# Get observations from New York
records = get_observations(api_key, 'US-NY')

# Get observations from the USA - don't overdo the data downloads
records = get_observations(api_key, 'US')

Any where you pass in single location or region you can also pass in a list or a comma-separated string. You can specify up to 10 locations or regions:

from ebird.api import get_observations

# Get the observations for the most visited locations in Madison county, New York:
# Woodman Pond, Ditch Bank Rd., Cornell Biological Field Station and
# Anne V Pickard Memorial Wildlife Overlook.
locations = ['L227544', 'L273783', 'L677871', 'L2313391']
get_observations(api_key, locations, provisional=True, detail='full')

# Get the observations for Suffolk, Nassau and Queens counties in New York state.
counties = 'US-NY-103,US-NY-059,US-NY-81'
records = get_observations(api_key, locations, hotspot=False, category='species')

The functions that return observations, checklists or taxonomy support allow the common name for species to be returned in different languages:

from ebird.api import get_observations

records = get_observations(api_key, 'CA-QC', locale='fr')

In addition to getting all the observations for a given location or in an area you can also get the latest observation of each species in a geographical area - useful for finding the nearest place to see a given species:

from ebird.api import get_nearby_observations

# Get the most recent sightings of all species seen in the last week within 
# 10km of Point Reyes National Seashore.
records = get_nearby_observations(api_key, 38.05, -122.94, dist=10, back=7)

The calls to get_observations() and get_nearby_observation() return all the available records. You can limit the set of records returned to only include notable ones (locally or nationally rare species) or limit the records to a small number of species:

from ebird.api import get_notable_observations, get_nearby_notable, \
    get_species_observations, get_nearby_species

# Get the interesting birds seen in New York state.
records = get_notable_observations(api_key, 'US-NY')

# Get the observations of Horned Lark (Eremophila alpestris) in New York state.
records = get_species_observations(api_key, 'horlar', 'US-NY')

# Get the interesting birds within 50kn of Point Reyes
records = get_nearby_notable(api_key, 38.05, -122.94, dist=50)

# Find out if Barn Swallows have been seen in the area in the past 10 days
records = get_nearby_species(api_key, 'barswa', 38.05, -122.94, back=10)

For the more travel-minded you can also find out where is th e nearest place to see a given species:

from ebird.api import get_nearest_species

# Where is the closest place to Cornell Lab of Ornithology to see
# Tennessee Warbler. 
locations = get_nearest_species('tenwar', 42.48, -76.45)

Depending on what time of year you try this, you might have a long way to go.

Checklists

There are two functions for finding out what has been seen at a given location. First you can get the list of checklists for a given country, region or location using get_visits(). Each result returned has the unique identifier for the checklist. You can then call get_checklist() to get the list of observations.

from ebird.api import get_visits, get_checklist

# Get visits made recently to locations in New York state:
records = get_visits(api_key, 'US-NY')

# Get visits made recently to locations in New York state on Jan 1st 2010
records = get_visits(api_key, 'US-NY', '2010-01-01')

# Get the details of a checklist
checklist = get_checklist(api_key, 'S22536787')

Hotspots

There are two functions for discovering hotspots. get_hotspots() list all the locations in a given area. You can find all the hotspots visited recently by given a value for the back argument. get_nearby_hotspots() is used to find hotspots within a given radius. get_hotspot() can be used to get information on the location of a given hotspot.

from ebird.api import get_hotspots, get_nearby_hotspots, get_hotspot

# List all the hotspots in New York state.
hotspots = get_hotspots(api_key, 'US-NY')

# List all the hotspots in New York state visited in the past week.
recent = get_hotspots(api_key, 'US-NY', back=7)

# List all the hotspots in New York state visited in the past week.
recent = get_hotspots(api_key, 'US-NY', back=7)

# List all the hotspots in within 50kn of Point Reyes
nearby = get_nearby_hotspots(api_key, 38.05, -122.94, dist=50)

# Get the details of Anne V Pickard Memorial Wildlife Overlook in New York state.
details = get_hotspot(api_key, 'L2313391')

Regions

eBird divides the world into countries, subnational1 regions (states) or subnational2 regions (counties). You can use get_regions() to get the list of sub-regions for a given region. For the approximate area covered by a region use get_region().

from ebird.api import get_regions, get_adjacent_regions, get_region

# Get the list of countries in the world.
countries = get_regions(api_key, 'country', 'world')

# Get the list of states in the US.
states = get_regions(api_key, 'subnational1', 'US')

# Get the list of counties in New York state.
counties = get_regions(api_key, 'subnational2', 'US-NY')

# Get the list of states which border New York state.
nearby = get_adjacent_regions(api_key, 'US-NY')

# Get the approximate area covered by New York state.
bounds = get_region(api_key, 'US-NY')

Taxonomy

You can get details of all the species, subspecies, forms etc. in the taxonomy used by eBird. It's the easiest way of getting the codes for each species or subspecies, e.g. horlar (Horned Lark), cangoo (Canada Goose), etc., that are used in the other API calls.1

from ebird.api import get_taxonomy, get_taxonomy_forms, get_taxonomy_versions

# Get all the species in the eBird taxonomy.
taxonomy = get_taxonomy(api_key)

# Get all the species in the eBird taxonomy with common names in Spanish
names = get_taxonomy(api_key, locale='es')

# Get all the taxonomy for Horned Lark
species = get_taxonomy(api_key, species='horlar')

# Get the codes for all the subspecies and froms recognised for Barn Swallow.
forms = get_taxonomy_forms(api_key, 'barswa')

# Get information on all the taxonomy revisions, i.e. versions.
# Usually only the latest is important.
versions = get_taxonomy_versions(api_key)

Statistics

You can also get some statistics from the eBird data. The most interesting is probably get_top_100() which return the list of observers who have seen the most species or submitted the largest number of checklists. The list is just for a specific day so it is really only useful for "Big Days" when lots of people are out trying to get the greatest number of species.

from datetime import date
from ebird.api import get_top_100, get_totals

# Get the winner of the Global Big Day in New York, on 5th May 2018
winners = get_top_100(api_key, 'US-NY', '2018-05-05')

# Get the number of contributors, checklist submitted and species seen today
totals = get_totals(api_key, 'US-NY', date.today())

Client

There is a simple Client class which wraps the various functions from the API. You can set the API key and locale when creating a Client instance so you don't have to keep passing them as arguments.

from ebird.api import Client

api_key = 'abc123'
locale = 'es'

client = Client(api_key, locale)

client.get_observations('MX-OAX')

The client supports all the API functions.

Locales

The eBird site supports the following list of locales:

LOCALES = [
    ('Bulgarian', 'bg'),
    ('Chinese', 'zh'),
    ('Chinese (Simple)', 'zh_SIM'),
    ('Croatian', 'hr'),
    ('Czech', 'cs'),
    ('Dutch', 'nl'),
    ('Danish', 'da'),
    ('English', 'en'),
    ('English (Australia)', 'en_AU'),
    ('English (India)', 'en_IN'),
    ('English (IOC)', 'en_IOC'),
    ('English (Hawaii)', 'en_HAW'),
    ('English (Kenya)', 'en_KE'),
    ('English (Malaysia)', 'en_MY'),
    ('English (New Zealand)', 'en_NZ'),
    ('English (Philippines)', 'en_PH'),
    ('English (South Africa)', 'en_ZA'),
    ('English (United Arab Emirates)', 'en_AE'),
    ('English (Great Britain)', 'en_UK'),
    ('English (United States)', 'en_US'),
    ('Faroese', 'fo'),
    ('Finnish', 'fi'),
    ('French', 'fr'),
    ('French (AOU)', 'fr_AOU'),
    ('French (Canada)', 'fr_CA'),
    ('German', 'de'),
    ('French (Guadeloupe)', 'fr_GP'),
    ('French (Haiti)', 'fr_HT'),
    ('Haitian', 'ht_HT'),
    ('Hebrew', 'iw'),
    ('Hungarian', 'hu'),
    ('Indonesian', 'id'),
    ('Icelandic', 'is'),
    ('Italian', 'it'),
    ('Japanese', 'ja'),
    ('Korean', 'ko'),
    ('Latvian', 'lv'),
    ('Lithuanian', 'lt'),
    ('Malayalam', 'ml'),
    ('Mongolian', 'mn'),
    ('Norwegian', 'no'),
    ('Polish', 'pl'),
    ('Portuguese (Portugal)', 'pt_PT'),
    ('Portuguese (Brasil)', 'pt_BR'),
    ('Russian', 'ru'),
    ('Serbian', 'sr'),
    ('Slovenian', 'sl'),
    ('Spanish', 'es'),
    ('Spanish (Argentina)', 'es_AR'),
    ('Spanish (Chile)', 'es_CL'),
    ('Spanish (Costa Rica)', 'es_CR'),
    ('Spanish (Cuba)', 'es_CU'),
    ('Spanish (Dominican Republic)', 'es_DO'),
    ('Spanish (Ecuador)', 'es_EC'),
    ('Spanish (Spain)', 'es_ES'),
    ('Spanish (Mexico)', 'es_MX'),
    ('Spanish (Panama)', 'es_PA'),
    ('Spanish (Puerto Rico)', 'es_PR'),
    ('Spanish (Uruguay)', 'es_UY'),
    ('Spanish (Venezuela)', 'es_VE'),
    ('Swedish', 'sv'),
    ('Thai', 'th'),
    ('Turkish', 'tr'),
    ('Ukrainian', 'uk'),
]

The common names for all species can be returned using any of the locales listed. When calling get_taxonomy_groups() however the following locales are not currently supported:

  • Croatian (hr)
  • Croatian (hr)
  • Faroese (fo)
  • Finnish (fi)
  • Haitian (ht_HT)
  • Hungarian (hu)
  • Indonesian (id)
  • Italian (it)
  • Japanese (ja)
  • Korean (ko)
  • Latvian (lv)
  • Lithuanian (lt)
  • Malayalam (ml)
  • Mongolian (mn)
  • Polish (pl)
  • Slovenian (sl)
  • Swedish (sv)
  • Ukrainian (uk)

Compatibility

ebird-api works with Python 3.5+.

Links

Documentation for the eBird API: https://documenter.getpostman.com/view/664302/S1ENwy59?version=latest#intro though it could do with a little love and attention.

Available translations for species names: http://help.ebird.org/customer/portal/articles/1596582

Information on the taxonomy used by eBird: http://help.ebird.org/customer/portal/articles/1006825-the-ebird-taxonomy

License

eBird API is available under the terms of the MIT licence.

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