Manilkara zapota (L.) P.Royen

Sapodilla (en), Sapotillier (fr)

Species

Angiosperms > Ericales > Sapotaceae > Manilkara

Characteristics

Trees, to 18 m. Leaves: petiole 10-30 mm; blade elliptic to oblong-elliptic, 60-140 × 20-50 mm, base cuneate to attenuate, margins sinuate, apex acute to acuminate (often folded on pressed specimens), surfaces brown-tomentose along midrib or glabrous abaxially, glabrous adaxially. Inflorescences solitary flowers. Pedicels 10-20 mm, rufous-tomentose Flowers: sepals ovate to lanceolate, 7-10 mm, apex acute to obtuse, tomentose; petals white, unlobed or irregularly 2-3-lobed, margins entire to irregularly 3-dentate apically, glabrous or sparsely hairy, corolla 7-11 mm, tube 4-6(-7) mm (equaling or exceeding lobes); staminodes petaloid; ovary hairy. Berries ellipsoid or depressed-globose to subglobose, 35-80 mm, surface roughened, scaly; pedicels slightly enlarged distally. Seeds 2-10, 15-25 mm. 2n = 26.
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A medium sized evergreen tree up to 18 m tall. It can grow to 30 m in tropical regions. The leaves are 8-12 cm long by 2-4 cm wide. The leaves are green and shiny. The leaves tend to be clustered in spirals near the ends of twigs. The flowers are single and white in the axils of leaves. They are bell like and 1 cm across and produced on long stalks. The fruit has several smooth black shiny seeds. The fruit are normally in pairs and 5-8 cm across. It is rusty brown in colour. The fruit can be seedless or can have up to 3 to 12 hard shiny seeds inside. The seeds are flattened and about 2 cm long. The tree has a milky juice. There are several named cultivated varieties.
(rarely all) their pubescence with age; corolla 6-11 mm long, the tube usually comprising 1/2-%3 the total length, the lobes oblong to ovate, 1.5-3 mm broad, entire or erose or dentate at the apex, lacking dorsal appendages; staminodes petaloid, rather narrowly ovate-lanceolate, 3-4.5 mm long, erose; stamens 2/3-3/4 as long as the staminodes; ovary densely sericeous, the style 4.5-8 mm long, glabrous except at the base, the apex often irregularly toothed or lobed. Fruit brown, mealy-roughened, ellipsoid or ovoid or subglobose, to 10 cm in diam; seeds brown, com-pressed, 16-24 mm long, the linear scar extending from near the base to beyond the middle.
Tree to 40 m. Leaves clustered toward the branch tips; petioles 0.8-3 cm long; blades elliptic or oblong-elliptic to somewhat obovate or oblanceolate, 4-15 cm long, 1.5-6 cm broad, subconcolorous, glabrate at maturity, the reticulation usually evident below. Flowers solitary in the leaf-axils; pedicels 1.2-2.5 cm long, rufous-tomentulose (some of the pubescence deciduous with age); sepals 6-10 mm long, ovate or occasionally oblong, tomentulose, the outer often losing some
Life form perennial
Growth form tree
Growth support free-standing
Foliage retention evergreen
Sexuality hermaphrodite
Pollination -
Spread -
Mature width (meter) -
Mature height (meter) 20.0 - 22.5
Root system -
Rooting depth (meter) 1.5
Root diameter (meter) -
Flower color
Blooming months -
Fruit color
Fruiting months -
Nitrogen fixer -
Photosynthetic pathway c3

Environment

It is a tropical plant. It suits the hot, humid tropical lowlands. It will grow in subtropical climates. It needs a warm climate above 18°C to 24°C. Tree can stand temperatures down to freezing for short periods of time. Frost will kill young trees but mature trees can tolerate reasonable frosts. Good year round rainfall is needed especially for young trees. It will probably grow up to 1000 m in the tropics but is better at lower altitudes. It can tolerate some salt in the soil. They need good fertile soil. It can grow in heavy clay soils. It can grow in acid soils. Young trees need extra fertiliser for good growth. It does best in sunny positions. It cannot tolerate waterlogged soils but can withstand drought. It can stand strong winds. It can grow in arid places. In Brisbane Botanical Gardens. It suits hardiness zones 10-12.
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Lowland and coastal forests.
Light 5-7
Soil humidity 3-6
Soil texture 1-6
Soil acidity 1-6
Soil nutriment -
Hardiness (USDA) 10-12

Usage

The fully ripe fruit are eaten. The fruit are eaten fresh. They can be used for drinks, jams or jellies. They can be dried, preserved, or used in custards, sherberts, ice cream, pies and muffins. The unripe fruit can be pickled. The juice can be boiled into syrup or made into syrup or wine. The bark contains a gummy substance (chicle) used for chewing gum. The very young leaves are eaten. The very young shoots and leaves may be eaten, but older leaves contain an alkaloid poison. CAUTION The seeds are hooked and can catch in the throat so should be removed.
Uses bee plant dye environmental use food food additive fuel gene source gum material medicinal non-vertebrate poison poison social use timber vertebrate poison wood
Edible fruits gums leaves saps seeds shoots stems
Therapeutic use Antineoplastic agents (bark), Antipyretics (bark), Fever (bark), General tonic for rejuvenation (bark), Antipyretics (fruit), Astringents (fruit), Diarrhea (fruit), Fever (fruit), Lipid peroxidation (fruit), Vomiting (fruit), Cheilitis (fruit), Analgesics (leaf), Anthelmintics (leaf), Anti-bacterial agents (leaf), Antifungal agents (leaf), Anti-inflammatory agents (leaf), Antioxidants (leaf), Insecticides (leaf), Lithiasis (leaf), Mosquito control (leaf), Dental caries (plant exudate), Stomatitis, aphthous (plant exudate), Tooth diseases (plant exudate), Anti-bacterial agents (root), Diabetes mellitus (root), Antioxidants (seed), Demulcents (seed), Diuretics (seed), Emollients (seed), Urinary tract infections (seed), Amenorrhea (unspecified), Cold (unspecified), Cough (unspecified), Diarrhea (unspecified), Fever (unspecified), Flu (unspecified), Masticatory (unspecified), Oliguria (unspecified), Wart (unspecified), Astringent (unspecified), Catarrh (unspecified), Diuretic (unspecified), Dysentery (unspecified), Inflammation (unspecified), Liver (unspecified), Sedative (unspecified), Tonic (unspecified), Emetic (unspecified), Hepatomegaly (unspecified), Antipyretics (unspecified), Diuretics (unspecified), General tonic for rejuvenation (unspecified)
Human toxicity -
Animal toxicity -

Cultivation

Trees can be grown from fresh seeds but they are not true to type. This has resulted in many varieties which vary in fruit shape and size. It is best to use grafted plants. Seed remain viable for several years. Better varieties should be grown by grafting or air-layering. Trees can be grown from cuttings of mature branches. Seedling trees tend to be taller. Growing from cuttings is not easy. A spacing of 8-9 metres is suitable. Thinning of fruit is rarely undertaken as sap discolours other fruit. Topping of the tree can be done if the tree becomes too tall. Trees need little pruning.
Mode cuttings seedlings
Germination duration (days) -
Germination temperacture (C°) -
Germination luminosity -
Germination treatment -
Minimum temperature (C°) -
Optimum temperature (C°) 20 - 34
Size -
Vigor -
Productivity -

Images

Leaf

Manilkara zapota leaf picture by Nelson Zamora Villalobos (cc-by-nc)
Manilkara zapota leaf picture by Nelson Zamora Villalobos (cc-by-nc)
Manilkara zapota leaf picture by Nelson Zamora Villalobos (cc-by-nc)

Flower

Manilkara zapota flower picture by Nelson Zamora Villalobos (cc-by-nc)

Fruit

Manilkara zapota fruit picture by Nelson Zamora Villalobos (cc-by-nc)
Manilkara zapota fruit picture by Nelson Zamora Villalobos (cc-by-nc)
Manilkara zapota fruit picture by Peter Lithner (cc-by-sa)

Distribution

Manilkara zapota world distribution map, present in Bangladesh, Bahamas, Belize, Brazil, Costa Rica, Cuba, Cayman Islands, Dominica, Guatemala, Honduras, Haiti, Jamaica, Nicaragua, Pakistan, Panama, Puerto Rico, United States of America, and Venezuela (Bolivarian Republic of)

Conservation status

Manilkara zapota threat status: Least Concern

Identifiers

LSID urn:lsid:ipni.org:names:152641-2
WFO ID wfo-0000235995
COL ID 736JM
BDTFX ID -
INPN ID 447601
Wikipedia (EN) Link
Wikipedia (FR) Link

Synonyms

Manilkara breviloba Manilkara calderonii Manilkara gaumeri Manilkara grisebachii Manilkara meridionalis Manilkara rojasii Manilkara striata Manilkara tabogaensis Manilkariopsis tabogaensis Achradelpha mammosa Achras breviloba Achras calderonii Achras latiloba Achras lobulata Achras meridionalis Achras petenensis Achras sapatilla Achras sapota Achras striata Achras tainteriana Achras tchicomame Achras zapotilla Sapota achras Sapota zapotilla Lucuma mammosa Manilkara conzattii Manilkariopsis lobulata Manilkariopsis meridionalis Manilkariopsis petenensis Manilkariopsis rojasii Manilkariopsis striata Mimusops grisebachii Achras conzattii Achras dactylina Achras lucuma Achras paludosa Achras rojasii Achras tabogaensis Achras verrucosa Achras zapota Pouteria mammosa Nispero achras Manilkara achras Manilkara zapotilla Calocarpum mammosum Calospermum mammosum Lucuma zapota Gambeya mammosa Achras occidentalis Achras sapota f. asperrima Vitellaria mammosa Achras mammosa Manilkara meridionalis var. caribbensis Achras sapota var. candollei Achras sapota var. globosa Achras sapota var. lobata Achras sapota var. ovalis Achras sapota var. pedicellaris Achras sapota var. sphaerica Achras zapota var. zapotilla Sapota achras var. lobata Sapota achras var. sphaerica Achras zapota var. major Lucuma sapota var. anguai Achras coriacea Achras gaumeri Manilkara zapota

Lower taxons

Manilkara zapota 'Brown Sugar' Manilkara zapota 'Khaki' Manilkara zapota 'Prolific' Manilkara zapota 'Russell' Manilkara zapota 'Tikal'