Musa kattuvazhana is a species of wild banana in the genus Musa (family Musaceae). First described by K.C. Jacob in 1952, it is notable for its distinct characteristics and its potential role in elucidating the diversity and evolution of bananas. Although many taxonomists treat it as a synonym of Musa acuminata subsp. burmannica, its precise status remains under debate.

Originally published in Monogr. Madras Bananas (1952), Musa kattuvazhana has been variously interpreted. Several studies—including Joe et al. (2016)^[2]—have reduced M. acuminata subsp. burmannica and Musa banksii var. singampatti to synonyms of M. kattuvazhana. However, other treatments maintain a distinction between these taxa, reflecting the overall complexity of wild banana systematics.

This taxon is primarily native to the Andaman Islands, an archipelago in the Bay of Bengal, and it has also been reported from parts of southern India and Sri Lanka. These regions, characterized by wet tropical forests and humid lowlands, offer the ideal ecological conditions for wild banana growth.^[3][4]

Like other members of the genus Musa, M. kattuvazhana possesses:

• A pseudostem formed by tightly packed leaf sheaths that provide structural support.
• Large, robust leaves adapted to tropical climates.
• An inflorescence bearing both female flowers (located at its base) and male flowers (at the tip).

Although detailed morphological descriptions are limited, its overall appearance is similar to other wild bananas in the Musa acuminata complex.

While specific studies on M. kattuvazhana are few, wild banana species in general play an important role in their native ecosystems. They can serve as a food source for various animals and contribute to seed dispersal and pollination dynamics, thereby enhancing local biodiversity.

The restricted distribution and taxonomic uncertainties of M. kattuvazhana make it a subject of conservation interest. Ongoing field studies and genomic analyses are essential for:

• Clarifying its exact taxonomic position.
• Preserving its genetic diversity.
• Evaluating its potential use in banana breeding programs to improve resistance and other agronomic traits.

Research such as that by Joe et al. (2016)^[2] underscores the need for further integrative studies that combine morphological, anatomical, and molecular data.

Musa kattuvazhana is classified within the genus Musa, which includes both wild and domesticated banana species. It is widely regarded as a subspecies of Musa acuminata, specifically Musa acuminata subsp. burmannica. However, its taxonomic status remains under debate. Some botanists consider Musa acuminata subsp. burmannica and Musa banksii var. singampatti as synonyms of Musa kattuvazhana, while others argue that Musa kattuvazhana itself is synonymous with Musa acuminata subsp. burmannica.^[2] This ongoing controversy reflects the complexity of classifying wild banana species.

Musa kattuvazhana is primarily native to the Andaman Islands, an archipelago in the Bay of Bengal, India. It is also believed to occur in parts of southern India and Sri Lanka, regions characterized by wet, tropical climates ideal for banana growth.^[3][4] The species thrives in tropical environments, such as rainforests and humid lowlands.

As a member of the genus Musa, Musa kattuvazhana exhibits typical banana plant characteristics:

- Pseudostem: Composed of tightly packed leaf sheaths, providing structural support.

- Leaves: Large and robust, adapted to tropical conditions.

- Inflorescences: Featuring female flowers at the base and male flowers at the tip.

- Fruits: Berries, potentially edible, though specific details about their size, color, or taste are not widely documented.

Given its close relationship to Musa acuminata subspecies, its morphology is likely similar to other wild bananas in this group, though detailed descriptions remain limited.

The ecological role of Musa kattuvazhana is not extensively studied, but as a wild banana species, it likely contributes to the biodiversity of its native habitats, such as the Andaman Islands. It may serve as a food source for local wildlife and participate in pollination and seed dispersal processes within its ecosystem.

Due to its restricted distribution and taxonomic uncertainties, Musa kattuvazhana could benefit from conservation efforts to preserve its genetic diversity. Ongoing research, including genomic sequencing and morphological studies, aims to clarify its classification and explore its potential in banana breeding programs for agricultural applications.^[5]