Alocasia Reginula Black Velvet

Alocasia Reginula Black Velvet. Alocasia Reginula Black Velvet 13cm Pot Indoor Plants Plantsmith You also need to keep the humidity level in its environment around 50% and lightly fertilize it regularly. This plant, botanical name Alocasia Reginula, is a rare dwarf variety highly sought after for its velvety leaves and deep green coloration

Alocasia ‘Black Velvet’ (Alocasia reginula)
Alocasia ‘Black Velvet’ (Alocasia reginula) from www.logees.com

The Alocasia Black Velvet is a gorgeous ornamental plant native to Malaysia This plant, botanical name Alocasia Reginula, is a rare dwarf variety highly sought after for its velvety leaves and deep green coloration

Alocasia ‘Black Velvet’ (Alocasia reginula)

To learn more about this black beauty, check out the growing conditions outlined in the care guide below. Alocasia Reginula 'Black Velvet Alocasia', a member of Jewel Alocasia (dwarf Alocasias), is a low-ground plant exhibiting velvety dark green, almost black leaves and contrasting silver veins This plant, often referred to as one of the "jewel" Alocasias (along with several other diminutive Alocasia types), became increasingly popular among plant hobbyists between the years 2018 to 2020

Buy Alocasia reginula 'Black Velvet' with Canarius. Alocasia Black Velvet (Alocasia reginula) is the perfect houseplant to make a big impression in small spaces.Most plants in the Alocacia genus are known for their large, tropical-looking, heart or arrow-shaped leaves (which is where they get their common name of "Elephant ears") You also need to keep the humidity level in its environment around 50% and lightly fertilize it regularly.

Buy Alocasia Reginula Black Velvet Peppyflora®. Alocasia reginula: Common Name: Alocasia black velvet, Black Velvet Elephant Ear, Little Queen Alocasia: Light: Bright indirect sunlight: Watering: Water when the top 2 to 3 inches of soil are dry: Temperature: 60 to 86ºF (15 to 30ºC) Hardiness Zone: 10 to 12: Humidity: 70%: Soil Type: Rich, quick-draining: Black velvet is much more slow-growing and smaller than many in the genus.