RARE DWARF BOLBITIS - Bolbitis sp. 'Dwarf'
Quality Control Policy - Indoor Grown, Free from Outdoor Pests & Frequent Plants Health & Algae Check
Fast Delivery - 95% delivered within 1-3 days after posted
Submersed Grown Quality Policy -95% of our plants are patiently submersed grown in our aquarium to help you avoid plant transition melting issues that affect many tissue culture & emersed grown plants when planted underwater in an aquarium
(Information written by Aquarzon based on actual growing experience, observations and research. Please do not copy any information or photos)
Portion Size : Around 5+ Leaves or more depending on option selected
Portion Type: Loose/Unattached
Growth Speed : Slow
Difficulty Level : Easy
Temperature : 10-30°C
PH Range : 5.0-8.0
Min. Light Needs: Low
Origin : Congo, Africa
Dwarf Bolbitis is rare dwarf variant of the common Bolbitis which is also known as African River Fern. Unlike the common Bolbitis which grows very tall, this dwarf variant only grows to around half the size or less.
This is dwarf variant has two main advantages:
1) As a midground plant in larger aquariums
The standard Bolbitis is known to be more of a background plant and it can grow very tall and therefore it is not suitable for the midground. However, this dwarf variant can easily be used as a midground plant especially in larger aquariums as it is smaller
2) Suitability for smaller and medium size aquariums
For hobbyists who likes the appearance of Bolbitis but have smaller aquariums where the standard Bolbitis would grow too big in it, this dwarf variant would be perfect as it only grows to around half the size, so it can be used as a midground or background plant
The Dwarf Bolbitis that we propagate is 100% confirmed to grow smaller. We have tested it in our own aquarium and observed the growth for a period of one year.
In our aquarium where we have observed the growth over more than a year, we also observed that this Dwarf Bolbitis have a greater tendency to grow leaves in a more horizontal direction, maximising light exposure on its leaves. This was observed in a high light intensity aquarium with high Co2.