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Reference · Crops

Sapotaceae

The Sapotaceae family consists of a diverse group of evergreen trees and shrubs that are of immense agricultural and economic importance. Many species within this family are cultivated globally for their edible fruits, high-quality timber, and oil-rich seeds, which form the basis for various food and cosmetic industries worldwide.

Main sections

Gambeya5 Ecclinusa4 Donella3 Englerophytum3 Isonandra3 Burckella2 Canistel2 Chrysophyllum2 Manilkara2 Amorphospermum1 Argan tree1 Autranella1 Baillonella1 Breviea1 Labourdonnaisia1 Letestua1 Madhuca1
165 sections

What the section contains

Abiu Pouteria caimito Amorphospermum Amorphospermum 1 item Argan tree Argania 1 item Autranella Autranella 1 item Baillonella Baillonella 1 item Breviea Breviea 1 item Burckella Burckella 2 items Canistel Pouteria 2 items Canistel Pouteria campechiana Chrysophyllum Chrysophyllum 2 items Chrysophyllum argenteum Chrysophyllum argenteum Chrysophyllum boivinianum Chrysophyllum boivinianum Chrysophyllum flexuosum Chrysophyllum flexuosum Chrysophyllum giganteum Chrysophyllum giganteum Chrysophyllum gonocarpum Chrysophyllum gonocarpum Chrysophyllum imperiale Chrysophyllum imperiale Chrysophyllum lacourtianum Chrysophyllum lacourtianum Chrysophyllum marginatum Chrysophyllum marginatum Chrysophyllum mexicanum Chrysophyllum mexicanum Chrysophyllum perpulchrum Chrysophyllum perpulchrum Chrysophyllum pomiferum Chrysophyllum pomiferum Chrysophyllum sanguinolentum Chrysophyllum sanguinolentum Chrysophyllum splendens Chrysophyllum splendens Chrysophyllum subnudum Chrysophyllum subnudum Chrysophyllum viride Chrysophyllum viride Coastal red milkwood Mimusops caffra Donella Donella 3 items Ecclinusa Ecclinusa 4 items Englerophytum Englerophytum 3 items Gambeya Gambeya 5 items Green sapote Pouteria viridis Gum bumelia Sideroxylon lanuginosum Isonandra Isonandra 3 items Labourdonnaisia Labourdonnaisia 1 item Letestua Letestua 1 item Madhuca Madhuca 1 item Madhuca aspera Madhuca aspera Madhuca bejaudii Madhuca bejaudii Madhuca betis Madhuca betis Madhuca brochidodroma Madhuca brochidodroma Madhuca burckiana Madhuca burckiana Madhuca cuneata Madhuca cuneata Madhuca fulva Madhuca fulva Madhuca lanceolata Madhuca lanceolata Madhuca malaccensis Madhuca malaccensis Madhuca moonii Madhuca moonii Madhuca motleyana Madhuca motleyana Madhuca neriifolia Madhuca neriifolia Madhuca pasquieri Madhuca pasquieri Madhuca pierrei Madhuca pierrei Madhuca sericea Madhuca sericea Madhuca utilis Madhuca utilis Manilkara Manilkara 2 items Manilkara butugi Manilkara butugi Manilkara celebica Manilkara celebica Manilkara chicle Manilkara chicle Manilkara concolor Manilkara concolor Manilkara dawei Manilkara dawei Manilkara discolor Manilkara discolor Manilkara fasciculata Manilkara fasciculata

Sapotaceae

Native to tropical regions of Africa, Asia, and the Americas, these plants thrive in high-temperature environments. Their distribution is primarily limited to frost-free zones, as the majority of species are extremely sensitive to cold stress, requiring consistent tropical weather conditions to reach maturity and produce high-quality yields throughout the growing season.

Botanically, plants in this family are distinguished by the presence of latex in their stems and leaves. The foliage is typically simple, leathery, and arranged spirally along the branches. The flowers are generally small and bisexual, leading to the development of fleshy, multi-seeded berries that contain significant nutritional value, including healthy fats and antioxidants.

Cultivation practices for Sapotaceae involve selecting well-draining, nutrient-rich soils with a neutral pH. Proper irrigation management is critical, especially during the flowering and fruit-setting stages. Regular canopy management and pruning are essential to maintain tree health, improve light penetration, and facilitate harvesting of the fruits, which can be delicate when ripe.

The primary agricultural challenges include the management of pests such as scale insects and fruit flies, as well as fungal diseases that target the fruit skin. Integrated Pest Management (IPM) strategies, including biological control and careful site selection, are recommended to maintain plantation productivity and ensure the sustainability of the crop in varied tropical agro-ecosystems.