Sapodilla (Manilkara zapota)

How often to water a Sapodilla

Sapodilla tolerates a range of soil moisture from dry to medium. Mature trees do not need frequent watering, and giving them too much can make them decline or grow poorly. Soil that drains well suits this tree better than ground that stays wet. It can also handle soil that is occasionally wet. This tree prefers soil that does not stay wet. Whether grown in the ground or a container, this tree needs soil that drains well.

• Water: Dry to medium¹

Best soil for a Sapodilla

This tree needs soil that drains well, not soil that stays wet and poorly drained. It can also tolerate soil that is occasionally wet. Pick a planting site with soil that drains well instead of one that holds standing water. Soil that drains well suits sapodilla better than ground that stays soggy. This tree will not perform well if the soil stays poorly drained. Ground that puddles after rain is not suited to this tree. Choose ground that sheds water quickly after rain instead. This tree does best in soil that drains quickly after watering.

• Soil drainage: Well drained and occasionally wet^2,1,3,3

Temperature and humidity

USDA zones 10b to 11b are the hardiness range given for sapodilla. Mature trees can tolerate brief drops to 26.6 °F (-3 °C) for a few hours without major damage. That level of cold is tolerated only briefly, not for long periods of time at a stretch.

• Minimum temperature: 26.6 °F (-3 °C)^3,3

Pruning a Sapodilla

Prune sapodilla lightly to shape it and control its height and spread. Growers usually prune after harvest for this purpose. Beyond shaping, remove only growth that is dead. At maturity, sapodilla can spread 35 to 45 ft (10.67 to 13.72 m) wide.

• Pruning: Light shaping and Remove dead growth only¹

How to propagate a Sapodilla

Seed is the usual method growers use to propagate sapodilla. Superior varieties are usually veneer-grafted instead of grown from seed. Side veneer grafting and cleft grafting are the grafting methods used most. These grafts go onto seedling sapodilla rootstock. Seed propagation is the usual starting point before grafting improved varieties. Both seed and grafting remain the two methods used to propagate this tree. Veneer grafting is one of the two most common grafting methods used on this tree, along with cleft grafting.

• Propagation: Seed and grafting^2,3

Common problems

Several pests are known to affect sapodilla, among them fruit flies, scale insects, leafminers, beetles, whiteflies, mealybugs, and thrips. Diseases recorded on this tree include leaf rust, several leaf-spot diseases, anthracnose, scab, fruit rot, dry rot, and root rot. Named examples include the Caribbean fruit fly, Mediterranean fruit fly, pink hibiscus mealybug, and cotton root rot. Scab and anthracnose are two of the diseases recorded for this tree.

• Common pests: caribbean fruit fly, cuban may beetle, mining scale, green shield scale, pustule scale, leafminer, conotrachelus beetle, citrus blackfly, spiraling whitefly, pink hibiscus mealybug, chili thrips, mediterranean fruit fly and queensland fruit fly⁴
• Common diseases: leaf rust, dry rot, septoria leaf spot, phytophthora fruit rot, phyllosticta leaf spot, pestalotia leaf spot, anthracnose, scab, phomopsis leaf spot and cotton root rot⁴

Questions and answers

How much water does sapodilla need?

Mature sapodilla trees do not need frequent watering, and soil moisture can run from dry to medium. Giving the tree too much water can make it decline or grow poorly. This tree tolerates a wide range of soil moisture rather than needing a strict schedule.

How cold can sapodilla tolerate?

Mature sapodilla trees can tolerate brief drops to 26.6 °F (-3 °C) for a few hours without major damage. The tree suits USDA zones 10b to 11b. That cold tolerance lasts only a few hours at a time, not for extended cold spells.

How do you propagate sapodilla?

Sapodilla is usually propagated from seed, and superior varieties are veneer-grafted instead. Side veneer and cleft grafting onto seedling rootstock are the most common grafting methods. Growers choose grafting mainly to reproduce superior varieties from seedling rootstock.