Disclaimer : This databank is curated from literature and may not claim for any medications or directly use of plants without any prior knowledge or consultation of physician.



Botanical Name Plant's Common Name Plant Family

MG097 : Coix gigantea J.Koenig ex Roxb.

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Melghat's Flora's Serial No. :  
Class : Liliopsida - Monocotyledons
Order : Cyperales
Family : Poaceae / Gramineae - Grass family
Genus : Coix L. - Job's tears
Species : Coix gigantea Roxb.
Plant Location in Melghat : -  
Plant Category : Grasses  
Plant's Current Status : -  
Plant Family : Poaceae  

 
Plant Common Name : -
 
Synonym : Coix aquatica Roxb.
Coix gigantea subsp. aquatica (Roxb.) Bhattacharya
Coix gigantea var. aquatica (Roxb.) Watt
Coix lacryma-jobi f. aquatica (Roxb.) Backer
Coix lingulata Hack.
Coix poilanei Mimeur


Description : Aquatic Job's tears is a perennial, aquatic herb. Stems (culms) are creeping and rooting from nodes at base, sometimes floating, up to 30 m long, about 1 cm in diameter. Flowering stems are up to 2 m tall, more than 10-noded. Leaf sheaths are smooth, hairless or upper sheaths hispid. Leaves are narrowly to broadly linear, up to 1 m long, and 1-2.5 cm wide, hispid with tubercle-based hairs on both surfaces or almost hairless. Midvein is stout, base is rounded, margins rough, tip slenderly long-pointed. Male flower racemes are 2.5-7 cm, drooping, spikelets mostly in triads, closely imbricate. Utricle ovoid, longer than broad, bony, shiny, 10-14 × 5-7 mm, white or pale brown, sometimes with a median transverse line, apex occasionally extended into a green blade. Male spikelets are broadly elliptic, 8-12 mm; glumes many-veined, lower glume winged on keels, wing 0.7-1.2 mm wide, margin ciliolate; anthers 4-5.5 mm. Flowering: August-November.
 
Curated Medicinal Use / Activity :
 
Plant's Phytochemicals :

Reference : ~ Kokate, U.R. and Muratkar, G.D.; "Study of the effect of invasive species on the development of grass meadows of Melghat Tiger Reserve, Amravati Maharashtra"; Online International Interdisciplinary Research Journal (2014); 4(2): 155-165 PMID :