Grow and Care Flying Duck Orchid (Caleana major)

Flying Duck Orchid

This Chicken Orchid Originating from Australia, the unique shape of this orchid helps increase pollination. The fireflies are attracted to its scent and land on the “beak”, where their weight presses them down and into the flower, temporarily rolling the “beak” down and in. From there, the only way out is to go through the pollen-filled part of the flower where the dragonfly found and then emerges from.

Flying Duck Orchid


Source: Robert Lawrence

Caleana Primary Care

Caleana Major care is quite complicated and almost impossible to grow in any garden. This is because the orchid is considered a protected plant species under Australian law and cannot be sold.

– Water

Caleana Major grows in the open forests of Australia and depends on the climate for water.

– Light

Caleana Major can be found in locations exposed to high levels of sunlight exposure. The Flying Duck Orchid can be found in open woodlands in small flocks or in sparse groups where sun exposure lasts for several hours.

– Land

Caleana Major prefers sandy, gravelly soil where water can drain quickly. This helps the root system of the plant to stay hydrated but not too wet. The flying duck orchid has a symbiotic relationship with soil in Australia.

The composition of fungi in the soil is very important for the growth and survival of species. This fungal ingredient is unique to Australia, as it is derived from the specific decomposing organic matter of the eucalyptus forest.

– Temperature

Caleana Major is commonly found in the coastal regions of Australia, where it can be found in relatively wet forests and wet marshes. The flying duck orchid does not require special care in terms of temperature, as it depends mainly on the natural climatic conditions of Australia. However, like most orchids, this terrestrial tuber cannot tolerate cold and will die if exposed to cold temperatures.

– Humidity

Caleana Major is like most orchids. This means it needs a fair amount of moisture to keep it alive and growing. Moisture levels are highly dependent on its local surroundings, most of which include coastal forests and marshes.

– Time remaining

Caleana Major is a terrestrial and perennial orchid. Its perennial nature causes it to rest slightly after the flowering and fruiting period. Eventually the leaves and flower stalks may wither during the dormant period while the bulbs and flower stalks reach out and propagate.

Rest Period

The Flying Duck Orchid is naturally pollinated by male flies, which often mistake the modified labellum for a female fly. Pollination produces a dense capsule that can hold up to 500 Caleana Major seeds, which eventually open and fall to the ground.

The small seeds will eventually germinate into seedlings, but the survival rate is highly dependent on the environmental factors of its habitat. Repotting Caleana Major seedlings is also not recommended.

Propagation

When an insect touches the labia, it turns downward. Insects fall into the reproductive system of flowers. After emergence, insects visit other flowers and this is where pollination occurs.

This method of reproduction is known as pseudo-simulation, in which a male insect tries to mate with a flower very similar to its female. While doing so, the male insect spreads pollen among other flowers.

Problems

The Caleana Major orchid is considered vulnerable as its local habitat is threatened with destruction, which could lead to extinction. Threats to their existence include wildlife grazing, pine forestry practices, land extraction, weed acreage competition, wildfire frequency, and wildfire management.

The presence of specific fungal components in soil and natural pollinators is challenging to mimic in crop production. Even the most skilled gardener can replicate the natural breeding cycle of Caleana Major.

Plants in danger of extinction

Since Caleana Major is a protected plant, cultivation for commercial and personal use is highly discouraged. Listed on Australia’s list of vulnerable plants, this orchid is on the verge of extinction due to destruction of its native habitat.

 

 

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