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Melastomataceae

The Melastomataceae family is a vast group of tropical flowering plants known for their distinctive botanical structure and ornamental value. These species, ranging from herbs to trees, are particularly prized in greenhouses and controlled horticultural environments. They represent a significant segment of the tropical plant market, where specialized care is essential for maintaining their health and aesthetic vigor.

Main sections

Osbeckia16 Memecylon15 Miconia15 Medinilla12 Heterotis9 Dissotis8 Antherotoma5 Medinilla5 Mouriri5 Chaetogastra4 Melastomastrum4 Centradenia3 Aciotis2 Bellucia2 Dichaetanthera2 Heterocentron2 Monochaetum2 Ochthocharis2 Ossaea2 Pachyanthus2
87 sections

What the section contains

Aciotis Aciotis 2 items Acisanthera Acisanthera 1 item Amphiblemma Amphiblemma 1 item Andesanthus Andesanthus 1 item Antherotoma Antherotoma 5 items Arthrostemma Arthrostemma 1 item Bellucia Bellucia 2 items Bertolonia Bertolonia 1 item Blood-red melastoma Melastoma sanguineum Brachyotum Brachyotum 1 item Centradenia Centradenia G. Don. Centradenia Centradenia 3 items Chaetogastra Chaetogastra 4 items Chaetolepis Chaetolepis 1 item Cincinnobotrys Cincinnobotrys 1 item Clidemia Clidemia 1 item Clidemia dentata Clidemia dentata Clidemia dependens Clidemia dependens Clidemia eggersii Clidemia eggersii Clidemia rubra Clidemia rubra Comolia Comolia 1 item Conostegia Conostegia 1 item Dicellandra Dicellandra 1 item Dichaetanthera Dichaetanthera 2 items Dissochaeta Dissochaeta 1 item Dissotis Dissotis 8 items Feliciadamia Feliciadamia 1 item Heterocentron Heterocentron 2 items Heterocentron subtriplinervium Heterocentron subtriplinervium Heterotis Heterotis 9 items Heterotis angolensis Heterotis angolensis Heterotrichum Heterotrichum Leandra Leandra 1 item Macairea Macairea 1 item Macrolenes Macrolenes 1 item Maieta Maieta 1 item Medinilla Medinilla Gaudich. 5 items Medinilla Medinilla 12 items Melastoma Melastoma L. 1 item Melastoma candidum Melastoma candidum Melastoma denticulata Melastoma denticulata Melastoma dodecandrum Melastoma dodecandrum Melastoma fuscum Melastoma fuscum Melastoma tetramerum Melastoma tetramerum Melastoma villosum Melastoma villosum Melastomastrum Melastomastrum 4 items Melastomastrum afzelii Melastomastrum afzelii Memecylon Memecylon 15 items Miconia Miconia 15 items Miconia ceramicarpa Miconia ceramicarpa Monochaetum Monochaetum 2 items Monolena Monolena Triana 1 item Monolena Monolena Mouriri Mouriri 5 items Nepsera Nepsera 1 item Ochthocharis Ochthocharis 2 items Osbeckia Osbeckia 16 items Ossaea Ossaea 2 items Oxyspora Oxyspora 1 item Pachyanthus Pachyanthus 2 items

Melastomataceae

Originating primarily from the tropical regions of the Americas, Asia, and Africa, these plants have adapted to the humid, shaded environments of the rainforest floor. In agricultural practice, they are cultivated globally in controlled environments that mimic their natural habitat. Understanding their ecological niche is the foundation for successful large-scale production and private garden management.

The defining botanical feature of the Melastomataceae family is their characteristic leaf venation. The leaves are typically opposite, with several prominent longitudinal veins that run from the base to the apex. Flowers are often showy, characterized by complex stamens and a wide palette of colors, which makes them highly desirable for landscape design and specialized floriculture.

Cultivation requires specific environmental parameters, including a loose, well-draining, and acidic substrate (pH 5.0–6.0). Because of their tropical origins, these plants are highly sensitive to sudden temperature drops and lack of atmospheric humidity. Proper ventilation is essential to prevent fungal infections, which can easily take hold in the humid, warm environments preferred by these plants.

Main agricultural efforts focus on propagation via cuttings and vegetative management to ensure uniform growth. Pests, most notably spider mites and mealybugs, are frequent challenges that require integrated pest management (IPM) strategies. Regular feeding with iron-rich fertilizers is often necessary to avoid chlorosis, a condition commonly seen in these plants due to the high sensitivity of their root system to soil composition.

  • Requirements for bright but diffused light conditions.
  • Sensitivity to lime and alkaline tap water.
  • Need for high humidity levels (60–80%).
  • Critical reliance on high-porosity potting media.