Neoregelia 'Tiramisu'

Neoregelia 'Tiramisu'

Neoregelia 'Tiramisu' is a Lisa Vinzant hybrid. It has lime green foliage with bold and blotchy brown tiger markings.
Leaf margins are spiny, similar to neoregelia 'High Voltage'. Leaf tips do not color red. Grow it in bright filtered light with little slow-release fertilizer for a compact look or feed it a little for elongated leaves with less brown markings. Named after an Italian coffee flavored dessert.

Neoregelia 'Tiramisu'

Neoregelia 'Tiramisu' - Mature Plant

Only 2 left

$30.00
Neoregelia 'Tiramisu'

Neoregelia 'Tiramisu' - Offset

Out of stock

$15.00
Description

Details

Neoregelia 'Tiramisu' is a Lisa Vinzant hybrid. It has lime green foliage with bold and blotchy brown tiger markings. Leaf margins are spiny, similar to neoregelia 'High Voltage'. Leaf tips do not color red. Grow it in bright filtered light with little slow-release fertilizer for a compact look or feed it a little for elongated leaves with less brown markings. Named after an Italian coffee flavored dessert.

Maximum Size: H:10" x W:15"

Light: Part Shade/Part Sun

Temperature: Warm

Water: Part Damp

SKU: 468

Reviews

All plants are shipped bare root. What's this?

 

Mature Plant or Offset - What's the difference?


Mature plants are established plants with a root system, usuall full grown or almost full grown to their maximum capable size. 

An offset is a shoot that develops at the base of the plant, rooting to form a new plant identical to its parent. Also called a "pup". Most offsets have less color than mature plants and may or may not have roots. An offset or cutting will also vary, depending on the variety of plant, but will always be ‘ready enough’ to be easily rooted and grown. We follow the basic bromeliad rule for cutting pups which is cutting them off when they are at least half the size of the mother plant. Smaller stoloniferous offsets are good for terrariums. Since offsets cost less than a mature plant, they are recommended for those who want to grow them up to mature plants themselves. Learn more.