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Coontie

Conifers and Other Gymnosperms

Coontie, Zamia integrifolia, is a small cycad native to Florida and parts of the southeastern United States and the Caribbean, growing as a low, palm-like plant with a mostly underground stem. Its starchy roots were processed by indigenous peoples and later by settlers into a flour-like starch, an early Florida industry, despite the plant's natural toxicity requiring careful preparation to remove harmful compounds before consumption; it also serves as the primary host plant for the caterpillars of the atala butterfly.

Facts
Classification
Diet
Photosynthetic Autotroph 1
System (Realm)
Terrestrial 1
Relationship to People
Eaten or Drunk by People 1
Living or Extinct
Yes 2
Comparison
NatureServe Rank
G3 Vulnerable 3
CITES Appendix
Appendix II 4
Scientific Name
Zamia integrifolia 2
Conservation Status
Near Threatened 5
Connections

Child Taxon Of

Cycadopsida, Taxa
Source Wikidata: Coontie

In Biome

Source Zamia integrifolia (Wikipedia)

In Ecosystem

Everglades, Ecosystems
Source Zamia integrifolia (Wikipedia)
In the Other Atlases

Found In

Also in Geography Atlas: where this subject is found.

Also in Geography Atlas: where this subject is found.

Also in Geography Atlas: where this subject is found.

Also in Geography Atlas: where this subject is found.

Sources
1. Zamia integrifolia (Wikipedia)
  • Lead, sentence naming the group it belongs to
    Zamia integrifolia, also known as coontie, is a small, tough, woody cycad native to the southeastern United States (in Florida and formerly in Georgia), the Bahamas, Cuba, the Cayman Islands, and Puerto Rico.
  • Article text
    In the Bahamas, Z. integrifolia is found in Bahamian pine forests and Bahamian dry forests on the Abaco Islands, where it is abundant, northern Andros, where it is common, Grand Bahama, where it is rare, and New Providence, where it is found in the few remaining unfragmented patches of pine forest.
  • system statement
    In the Bahamas, Z. integrifolia is found in Bahamian pine forests and Bahamian dry forests on the Abaco Islands, where it is abundant, northern Andros, where it is common, Grand Bahama, where it is rare, and New Providence, where it is found in the few remaining unfragmented patches of pine forest.
  • Edible use
    Two names, Florida arrowroot and wild sago, refer to the former commercial use of this species as the source of an edible starch.
  • In Biome: Tropical Dry Forest, Distribution and habitat
    In the Bahamas, Z. integrifolia is found in Bahamian pine forests and Bahamian dry forests on the Abaco Islands, where it is abundant, northern Andros, where it is common, Grand Bahama, where it is rare, and New Providence, where it is found in the few remaining unfragmented patches of pine forest.
  • In Ecosystem: Everglades, Distribution
    silvicola - Found in the vicinity of Crystal River and in the Everglades, this variety has leaflets 12 to 17 cm long and 10 to 15 mm wide.
View the Source
2. Wikidata: Coontie
Wikidata
  • Wikidata Q3506489, class allow-list match (w-wdresolver-0926)
  • Statements section, conservation status (P141)
    IUCN Red List conservation status (Wikidata property P141): near threatened.
  • Wikidata Q3506489 (P225 taxon name)
  • Child Taxon Of: Cycadopsida, Wikidata parent-taxon (P171) chain
View the Source
3. NatureServe Explorer: Zamia integrifolia
NatureServe ExplorerGlobal rank (roundedGRank)
Quote, Global rank (roundedGRank)
"roundedGRank": "G3"
View the Source
4. UNEP-WCMC Species+ database (CITES Secretariat): Species+: Zamia integrifolia
UNEP-WCMC Species+ database (CITES Secretariat)Species+ taxon_concepts, id 26799
Quote, Species+ taxon_concepts, id 26799
"rank":"SPECIES","name_status":"A","updated_at":"2019-05-07T14:04:23.339Z","active":true,"cites_listing":"II"
View the Source
5. Coontie (Wikipedia)
infobox status=NTView the Source
Plant (Wikipedia)
Lead, whole group is photosynthetic
Quote, Lead, whole group is photosynthetic
They are predominantly photosynthetic or came from photosynthetic ancestors, meaning that they obtain their energy from sunlight by using the green pigment chlorophyll in their chloroplasts to produce sugars from carbon dioxide and water.
View the Source
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