All plants

Bunga

Areca catechu · Betel nut palm

Bunga, Areca catechu
Photo: This Photo was taken by Timothy A. Gonsalves. Feel free to use my photos, but please mention me as the author. I would m, CC BY-SA 4.0, via Wikimedia Commons
Names in the 1901 book
Bog̃a, Tag.; Betel-nut Palm, Areca, Eng.
Names in the 1985 book
English: Betel-nut Palm; Tagalog: Bunga de China, Bunga de Jolo; Ilocano: Bua
Used for
Mouth, teeth and throat
Colours
flowercreamfruitorange
Native range
Probably the Philippines
In the Philippines, per the book
Grows throughout the islands.
Family
Arecaceae, filed in the book under Palmæ
Printed in 1901 as
Areca Catechu, L.
Printed in 1985 as
Areca catechu L.
Sources
Page 234 on Project Gutenberg · Healing Wonders of Herbs (1985), page 77 · Wikipedia

The plant today

Areca catechu is a species of palm native to the Philippines. It was later introduced to much of tropical South and Southeast Asia, South-central China and Taiwan, West Africa and Madagascar, some of the Pacific Islands, and the West Indies. It is widely cultivated for its seeds, which are used in along with betel leaves and slaked lime for chewing.

Excerpt from “Areca catechu” on Wikipedia, CC BY-SA 4.0.

Sa Tagalog

Ang bunga ay isang uri ng palmang areka (Ingles: betel-nut palm, Areca palm, Areca nut palm, o betel palm). Bagaman nakagawiang tawagin bilang palma ng betel, mayroon itong kamalian sapagkat hindi ito ang puno ng betel. Malimit lamang na maging kasamang sangkap dahon ng betel ang mga mani ng luyos – kilala rin bilang mani ng areka – kapag inihahanda bilang nganga. Kilala rin ito bilang Areca catechu.

Sipi mula sa “Bunga (puno)” sa Tagalog Wikipedia, CC BY-SA 4.0.

Recorded in the Philippines

GBIF holds 130 records of this plant from the Philippines. The ones with map coordinates fall in 23 provinces, most often Laguna (6), Bataan (4), Batanes (4), Benguet (4), Cavite (4), Guimaras (4), Isabela (4), Quezon (4), and 15 more.

Counts from GBIF occurrence records, October 2026. They include planted trees and garden plants, and a province with no records may only lack collectors.

What the 1901 book says

A historical record, quoted as printed. Doses and remedies here are not medical advice.

Uses

The seeds form part of a masticatory very common throughout the extreme Orient, known as Buyo and composed of a betel leaf, a little slaked lime, and a slice of the fruit of the bonga, known as Siri in Indo-China and among the Malays. It is so common that it is hard to find a man or woman who does not use it. The saliva of those who use it is red and of a strong odor, and its careless use in time blackens the teeth and makes the breath extremely disagreeable. Habitual chewers consider it a tonic of the mouth and stomach and a general stimulant as well. It probably does possess these properties but they are reversed in the case of persons who use it immoderately for they lose appetite, become salivated, and the whole organism degenerates. The carbonized and powdered fruit is used as a dentifrice but its virtues are doubtless identical with those of any vegetable charcoal, i. e., absorbent and antiseptic.

One unaccustomed to the use of bonga and chewing it for the first time, usually experiences a most disagreeable combination of symptoms; constriction of the œsophagus, a sensation of heat in the head and face, the latter becoming red and congested; at the same time dizziness and precordial distress are experienced. The same phenomena occur in certain persons after eating palmito salad or the tender central portion of the bonga and of other palms.

The flowers are eaten in salad like the above-mentioned palmito. The seed is astringent and tænifuge; for the latter purpose it is given internally as a powder in a dose of from 16 to 24 grams. Its action is uncertain. The catechu which is obtained in India from the Bonga differs from that obtained from the Acacia Catechu and is a tonic analogous to rhatany and cinchona.

The seeds contain about 14% of a fatty crystalline material which melts at 39°, and after saponification yields a crystalline, fatty acid that may be regarded as a mixture of lauric and muriatic acids. They also contain about 14% of a red, amorphous tonic material which, after drying, is but slightly soluble in cold or hot water.

The lower part of the petiole of the leaves is thin and broad, ensheathing the trunk, is as tough as pasteboard when dry and is used in the Philippines as wrapping paper; Dr. Bholanauth Bose and other physicians of India use it as a material for splints in fractures, a practice which might well be imitated in Manila and especially in the country.

Botanical description

A well-known palm with slender stem, surrounded by many circles; it grows to about the same height as the coco-nut palm or less. The flowers spring in bunches of long, thread-like spikes from the trunk a little below the crown of leaves at the base of the long, smooth, green, sheath-like petioles which clasp the trunk; each spike bears many staminate and a few pistillate flowers. The fruit is about the size and shape of a hen’s egg, the husk tow-like or filamentose, the kernel pinkish or light red.

What the 1985 book uses it for

A record of home remedies from 1985, with the book's amounts and doses reworded. It is not medical advice.

  • Swollen gums and mouth inflammationFruit decoction as a mouthwash or gargle.Peel and chop 3 fruits and boil in 2 glasses of water for 10 minutes.Page 42

Summarised from Herminia de Guzman-Ladion, Healing Wonders of Herbs (Manila: Philippine Publishing House, 1985), where this plant is shown as “Bunga” on page 77. The book is in copyright, so its wording and photographs are not reproduced. Amounts are the book's, restated.

Recent research

The most cited papers since 2022 that name this plant in the title, pulled from Europe PMC in October 2026. Titles are the authors' own and the findings have not been reviewed here.

  1. Structural Elucidation and Antioxidant Activities of a Neutral Polysaccharide From Arecanut (Areca catechu L.)Ji X and others, Front Nutr, 2022
  2. The genome of Areca catechu provides insights into sex determination of monoecious plantsZhou G and others, New Phytol, 2022
  3. Optimization of ultrasonic-assisted extraction of polyphenol from Areca nut (Areca catechu L.) seeds using response surface methodology and its effects on osteogenic activitySun Y and others, Ultrason Sonochem, 2023
All 85 results on Europe PMC