TaxonCount

class pyinaturalist.models.TaxonCount(id=None, uuid=None, ancestry=None, ancestor_ids=NOTHING, complete_rank=None, complete_species_count=None, created_at=None, current_synonymous_taxon_ids=NOTHING, extinct=None, gbif_id=None, iconic_taxon_id=0, iconic_taxon_name=None, is_active=None, listed_places=None, listed_taxa_count=None, matched_term=None, name=None, names=NOTHING, observations_count=None, parent_id=None, preferred_common_name='', preferred_establishment_means=None, rank_level=None, reference_url=None, ranges=None, rank=None, taxon_changes_count=None, taxon_schemes_count=None, vision=None, wikipedia_summary=None, wikipedia_url=None, artificial=False, partial=False, indent_level=None, ancestors=NOTHING, children=NOTHING, conservation_status=None, conservation_statuses=NOTHING, default_photo=None, establishment_means=None, listed_taxa=NOTHING, taxon_photos=NOTHING, count=0, descendant_obs_count=0) → None

Bases: Taxon

A Taxon with an associated count, used in a TaxonCounts collection

Attributes

Name	Type	Description
id	int	Unique record ID
uuid	str	Unversally unique record ID
ancestry	str	Slash-delimited string of ancestor IDs
ancestor_ids	List[int]	Taxon IDs of ancestors, from highest rank to lowest
complete_rank	str	Complete or “leaf taxon” rank, e.g. species or subspecies
complete_species_count	int	Total number of species descended from this taxon
created_at	datetime	Date and time the taxon was added to iNaturalist
current_synonymous_taxon_ids	List[int]	Taxon IDs of taxa that are accepted synonyms
extinct	bool	Indicates if the taxon is extinct
gbif_id	int	GBIF taxon ID
iconic_taxon_id	int	ID of the iconic taxon (e.g., general taxon “category”)
iconic_taxon_name	str	Name of the iconic taxon (e.g., general taxon “category”)
is_active	bool	Indicates if the taxon is active (and not renamed, moved, etc.)
listed_places	bool	Indicates if there are listed places for this taxon
listed_taxa_count	int	Number of listed taxa from this taxon + descendants
matched_term	str	Matched search term, from autocomplete results
name	str	Taxon name; contains full scientific name at species level and below
names	List[Dict]	All regional common names; only returned if all_names is specified
observations_count	int	Total number of observations of this taxon and its descendants
parent_id	int	Taxon ID of immediate ancestor
preferred_common_name	str	Common name for the preferred place, if any
preferred_establishment_means	str	Establishment means for this taxon in the given preferred place (if any)
rank_level	int	Number indicating rank level, for easier comparison between ranks (kingdom=highest)
reference_url	str	Reference URL for the taxonomy source
ranges	bool	Indicates if there is range data for this taxon
rank	str	Taxon rank Options: infrahybrid, form, variety, subspecies, hybrid, species, complex, subsection, section, subgenus, genushybrid, genus, subtribe, tribe, supertribe, subfamily, family, epifamily, superfamily, zoosubsection, zoosection, parvorder, infraorder, suborder, order, superorder, subterclass, infraclass, subclass, class, superclass, subphylum, phylum, kingdom
taxon_changes_count	int	Number of curator changes to this taxon
taxon_schemes_count	int	Taxon schemes that include this taxon
vision	bool	Indicates if this taxon is included in the computer vision model
wikipedia_summary	str	Taxon summary from Wikipedia article
wikipedia_url	str	URL to Wikipedia article for the taxon
count	int	Number of observations of this taxon
descendant_obs_count	int	Number of observations, including children

Methods

__init__(id=None, uuid=None, ancestry=None, ancestor_ids=NOTHING, complete_rank=None, complete_species_count=None, created_at=None, current_synonymous_taxon_ids=NOTHING, extinct=None, gbif_id=None, iconic_taxon_id=0, iconic_taxon_name=None, is_active=None, listed_places=None, listed_taxa_count=None, matched_term=None, name=None, names=NOTHING, observations_count=None, parent_id=None, preferred_common_name='', preferred_establishment_means=None, rank_level=None, reference_url=None, ranges=None, rank=None, taxon_changes_count=None, taxon_schemes_count=None, vision=None, wikipedia_summary=None, wikipedia_url=None, artificial=False, partial=False, indent_level=None, ancestors=NOTHING, children=NOTHING, conservation_status=None, conservation_statuses=NOTHING, default_photo=None, establishment_means=None, listed_taxa=NOTHING, taxon_photos=NOTHING, count=0, descendant_obs_count=0) → None

Method generated by attrs for class TaxonCount.

classmethod copy(obj) → BaseModel

Copy a model object. This is defined as a classmethod to easily initialize a subclass from a parent class instance. For copying an instance to the same type, copy.deepcopy() can be used.

Return type:

BaseModel

flatten(hide_root=False) → List[Taxon]

Return this taxon and all its descendants as a flat list. Taxon.indent_level is set to indicate the tree depth of each taxon.

Parameters:

hide_root (bool) – Exclude the current taxon from the list if it was automatically inserted by make_tree()

Return type:

List[Taxon]

classmethod from_json(value, user_id=None, **kwargs) → TaxonCount

Flatten out count + taxon fields into a single-level dict before initializing

Return type:

TaxonCount

classmethod from_json_file(value) → List[T]

Initialize a collection of model objects from a JSON string, file path, or file-like object

Return type:

List[TypeVar(T, bound= BaseModel)]

classmethod from_json_list(value, **kwargs) → List[T]

Initialize a collection of model objects from an API response or response results

Return type:

List[TypeVar(T, bound= BaseModel)]

classmethod from_sorted_json_list(value, **kwargs) → List[Taxon]

Sort Taxon objects by rank then by name

Return type:

List[Taxon]

to_dict(keys=None, recurse=True) → Dict[str, Any]

Convert this object back to dict format

Parameters:

• keys (Optional[List[str]]) – Only keep the specified keys (attribute names)

• recurse (bool) – Recurse into nested model objects

Return type:

Dict[str, Any]