Cuttings Monstera adansonii 'Mint' (unrooted)

1.084,00 Kč

Stage:: Top cutting (1 node, 1 leaf, growth tip)

Top cutting (1 node, 1 leaf, growth tip)
Cutting (1 node, 1 leaf)
Full description and specifications

Freshly harvested Monstera adansonii 'Mint' cuttings. The mother plants are developed and healthy specimens, with characteristics characteristic of the species/hybrid.
The cuttings shown in the pictures are not for sale - the pictures are for information purposes, and the cuttings will be harvested to order (based on online ordering).
Top cutting - the portion (cutting) from the upper part of the plant, with a growth tip. It is considered the best option for propagation, because it is actively growing from the moment of harvesting.
Cutting - cutting that includes a node and a leaf. Rooting can occur quite quickly, because most of the nodes already have aerial roots in different stages of development, but the growth point may appear more difficult.
General recommendations: The material or substrate in which the rooting will take place will be chosen depending on the experience of the buyer and the microclimate. The following rooting methods are known: rooting in sphagnum moss, rooting in perlite/vermiculite/clay balls, rooting directly in the substrate, rooting in water. Regardless of the option chosen, the leaves should be above the material in which the rooting will take place (not submerged in water/substrate/sphgnum/etc.).
The success of propagation/rooting cannot be guaranteed, because the whole process depends on the person who orders and takes care of these cuttings. The microclimate (temperature, light, humidity, ventilation), materials used for rooting, the chosen rooting method, tools and the human factor influence the rooting process.
When purchased, they are packed in self-sealing bags with moist sphagnum, to ensure optimal transport conditions.
The level of variegation differs from one cutting to another. The size of the leaf and the stem is variable.
The leaves may have mechanical defects/scars and may suffer damage during transport.