Pacaya palm
Chamaedorea Tepejilote • Pacaya • Tepejilote • Palmito dulce • Caña verde • Pacaya grande • Guaya
Pacaya palm in Motion
The Essence
"Chamaedorea tepejilote is the only species in the large neotropical genus Chamaedorea cultivated as a food source, grown for its immature staminate (male) inflorescence — the vegetable known across Central America as pacaya. It is a dioecious understorey palm of moist and wet tropical forest, ranging from southern Mexico through Central America to western Colombia, and one of the largest members of its genus, with a green, prominently ringed stem that Palmpedia likens to a bamboo culm. Hodel called it "a variable species throughout its very wide range," which is why so many segregate names were later sunk into synonymy. That variability includes a genuine case of palm domestication in progress. Cultivated Guatemalan pacaya is solitary and bears larger, more highly branched inflorescences, while wild Guatemalan pacaya is caespitose with smaller inflorescences and a non-overlapping distribution; in the 2017 PALMS sampling, the male inflorescence of the cultivated form carried on average twice as many rachillae as the wild form. The morphological gulf was wide enough that Cook and Doyle (1939) placed the cultivated Alta Verapaz palm in a separate genus altogether, as "Edanthe veraepacis" — an interpretation taxonomists did not adopt. Growers also prize a fasciated inflorescence variant called "patush," whose anarchically organized, extra-branched tissues tend to be particularly tender and perhaps less bitter. Female plants produce inflorescences too bitter to be eaten and may be taken for palm heart or left as seed sources. The palm is likewise a source of palm heart (harvesting the apical bud kills the plant), and is grown as an ornamental — Hodel calls it a handsome ornamental and a striking specimen for background planting."
Tepejilote comes from Nahuatl and means "mountain maize" (Wikipedia) or "mountain corn" (PALMS 2017); Monaco Nature Encyclopedia renders it "mountain ear." The name refers to the unopened male inflorescence, which superficially resembles a cob of maize in size and appearance. The genus name Chamaedorea derives from Greek roots meaning "on the ground" and "gift" (Monaco Nature Encyclopedia). The common name "pacaya" may derive from Guatemala's Pacaya volcano: Wikipedia notes it "could be derived from" the volcano, and the PALMS 2017 authors likewise report the speculation that the volcano gave its name to the vegetable, since C. tepejilote has been cultivated on its slopes for many centuries. Liebmann named the species, published in Martius, Historia Naturalis Palmarum 3: 308 (1849).
Linguistic evidence suggests pacaya has been exploited in Central America for two or three millennia (Brown 2009, cited in PALMS 2017). Liebmann apparently discovered the palm at Matlaluca, Veracruz, Mexico, although Hodel notes that the holotype at Copenhagen and the isotypes at Paris and the Smithsonian are all from Oaxaca. Collectors including Liebmann, Linden, Warscewicz and Wendland sent material to Europe, where the species has been cultivated since before the middle of the 19th century. Alta Verapaz is Guatemala's leading pacaya-producing department; harvested inflorescences are sold without removing the bracts, which protect them during transport, and a productive palm typically carries about half a dozen pacaya buds per season. Pacaya is compared to asparagus for its slightly bitter but pleasant taste, is eaten boiled and seasoned or battered with egg as fritters (envueltos de pacaya), and is a key ingredient of fiambre, the traditional Guatemalan dish eaten to celebrate the Day of the Dead and All Saints Day. Bottled in acidified water it is exported to North America, where demand among Central American expatriates has made it a "nostalgia food." The 2017 survey also recorded fewer and less intensively managed plantations than in the 1990s, some abandoned, which the authors suggest may reflect rural depopulation and the westernization of consumer habits — while cautioning that the lack of official data on pacaya cultivation, consumption and trade makes any generalized conclusion impossible at present.
Natural Habitat
Understorey palm of moist or wet tropical forest. Hodel (1992, via Palmpedia) gives moist or wet forest on both the Atlantic and Pacific slopes from 0 to 1,600 m, often on limestone; Useful Tropical Plants records moist, humus-rich soils in rainforest understorey to the same elevation, and Monaco Nature Encyclopedia extends the range to about 1,800 m on mainly calcareous soils. POWO classifies it as a shrub of the wet tropical biome. The 2017 PALMS survey in Guatemala sampled it in cloud forest around the Quetzal Biotope (1,500-2,348 m, roughly 2,000 mm annual rainfall) and on mid-altitude volcanic soils in the south; in smallholdings it is commonly interplanted with coffee, and was also seen growing closely with bananas and maize.
Curated Specimens

Botanical specimen of Chamaedorea Tepejilote.

Botanical specimen of Chamaedorea Tepejilote.

Botanical specimen of Chamaedorea Tepejilote.

Botanical specimen of Chamaedorea Tepejilote.

Botanical specimen of Chamaedorea Tepejilote.
Biology & Morphology
"Chamaedorea tepejilote is one of the largest species in its genus: a dioecious, usually solitary (sometimes clustering) understorey palm 2-7 m tall with a green, prominently ringed, bamboo-like stem 2-10 cm across, often with basal prop roots, a crown of 3-7 spreading pinnate leaves with 12-25 pinnae per side, infrafoliar inflorescences 25-60 cm long whose rachis turns red-orange in fruit, and ellipsoid to nearly globose fruits 10-15(20) x 7-8 mm ripening from blue-green to black."
Morphology
Multi-stemmed clumping architecture with slender, clustering canes exhibiting high tensile strength.
Adventitious root system spreading radially to maximize hydraulic intake in competitive soil matrices.
Distinctive shrubby/clumping habit and dwarf stature providing a unique architectural profile.
Foliage
Vibrant green canopy featuring feather-like pinnate fronds with reinforced midribs and high surface-area leaflets.
Specialized green tissues exhibiting moderate metabolic expansion rates.
Reproduction
Complex inflorescence branching typical of the Chamaedorea clade, exhibiting seasonal reproductive synchrony.
Nutrient-dense drupes encased in a fibrous pericarp, optimized for protection and dispersal.
Dormant embryonic tissues with high endosperm density, characteristic of resilient Chamaedorea specimens.
Ecology
Active rhizosphere communication with mycorrhizal fungal networks, enhancing phosphorus and micronutrient uptake.
Interlocked with local entomological vectors, primarily Meliponini bees or specialized coleoptera.
Gravity-mediated and animal-vectored dispersal mechanisms ensuring regional genetic distribution.
Germination & Propagation
Germination Timeline
Hydration soak.
Incubation in moist media.
Sprout emergence.
Because the cultivated form is solitary rather than clustering, seed is its only possible means of propagation, which is central to how selection has acted on the crop. Notably, the 2017 PALMS field survey found that Guatemalan growers sow no seed at all: all palms exploited appeared to have germinated in situ from naturally dispersed fruits, with plantation density and structure managed instead by repositioning self-sown seedlings or removing unwanted plants. The same survey saw no evidence of hand pollination.
Cultivation & Care
Light
Shade. Palmpedia lists sun exposure simply as "Shade" and Useful Tropical Plants specifies at least moderate shade with tolerance of deep shade, consistent with the palm's natural role in the rainforest understorey; Monaco Nature Encyclopedia says it requires a slight shade.
Water
Prefers 1,000-2,500 mm mean annual rainfall and tolerates 700-3,000 mm (Useful Tropical Plants). Monaco Nature Encyclopedia advises keeping the soil constantly humid but well-draining, and notes that established plants tolerate brief dry periods. In Alta and Baja Verapaz, Guatemala, cultivated pacaya grows under the rainy mist known locally as "chipi chipi," experienced through much of the year.
Soil
Well-drained, moist, humus-rich soil. Useful Tropical Plants and PFAF agree on a preferred pH of 6.5-7.5, with tolerance of 6-8. In the wild it is frequently found on limestone (Hodel 1992, via Palmpedia) or calcareous soils (Monaco Nature Encyclopedia); in southern Guatemala it grows on the medium-altitude volcanic soils that also suit coffee cultivation.
Tender and essentially frost-intolerant, though sources differ and none are precise. PFAF lists USDA zones 10-12. Useful Tropical Plants gives a preferred daytime range of 20-28°C with tolerance of 15-32°C and states that the plant can be killed by temperatures of 2°C or lower, while also allowing that it tolerates occasional light frosts. Monaco Nature Encyclopedia is more generous, saying it can withstand temperatures around 0°C only if exceptional and very short-lasting. Palmpedia assigns survivability index MSI #4A. Note that PFAF flags that the fruit juice of most palms in this genus is said to irritate the skin.
Pests, Diseases & Care
Pests
Rhynchophorus palmarum (South American Palm Weevil)
CRITICALLarvae tunnel through the apical meristem, leading to crown collapse.
Pheromone trapping and systemic insecticide injection.
Strategus aloeus (Ox Beetle)
HIGHAdults bore into the base of young palms, causing structural instability.
Soil drenching and manual inspection of the root flare.
Diseases
Ganoderma zonatum (Butt Rot)
LETHALRadial wood decay and structural instability at the base.
No chemical cure; immediate isolation and removal.
Thielaviopsis punctulata (Black Scorch)
HIGHBlackening and dwarfing of newly emerging fronds.
Wound protection and application of thiophanate-methyl.
Nutritional Deficiencies
Interveinal chlorosis (Younger fronds)
Chelated Fe-EDDHA Soil Pulse
Marginal chlorosis (Older fronds)
Mg-Sulfate (Kieserite) saturation
Frizzletop / Distorted spear
Systemic Mn-Sulfate application
Care Tips
Biosurveillance pulse synchronized for America regional vectors.
Apply prophylactic fungicidal drench in the nocturnal phase.
Improve canopy ventilation to disrupt fungal sporulation cycles.
Sources & Conservation
Curated- Chamaedorea tepejilote Liebm. | Plants of the World Online | Kew Science · accessed 2026-09
- Chamaedorea tepejilote - Wikipedia · accessed 2026-09
- Chamaedorea tepejilote - Palmpedia - Palm Grower's Guide (description after Hodel 1992 / Palmweb) · accessed 2026-09
- Castillo Mont, Hodel, Stauffer & Tregear (2017). The Pacaya Palm, Chamaedorea tepejilote: Observations of its Cultivated and Wild Forms in Guatemala. PALMS 61(3): 109-118 · accessed 2026-09
- Chamaedorea tepejilote - Useful Tropical Plants · accessed 2026-09
- Chamaedorea tepejilote - Plants For A Future (PFAF) · accessed 2026-09
- Samain, Machuca Machuca & Martínez Salas (2022). Chamaedorea tepejilote. The IUCN Red List of Threatened Species 2022: e.T58410118A58410241 · accessed 2026-09
- Chamaedorea tepejilote - Monaco Nature Encyclopedia · accessed 2026-09