Scientists Identify Likweli Monkey Species

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Scientists Identify Likweli Monkey Species

Environment
Scientists Identify Likweli Monkey Species

Scientists currently identify the Likweli, a previously unknown monkey species, in the rainforests of the Democratic Republic of the Congo. The discovery marks Africa’s 5th new monkey species discovery in 75 years.

Likweli Monkey (Colobus congoensis):

Dimension Key Details
Common name The species is commonly known as the Likweli.
Scientific name The species is scientifically named Colobus congoensis.
Naming note The scientific name Colobus congoensis provides for honouring Congo’s biodiversity.
Family The species belongs to the Colobus family.
Location of identification The species is identified in the rainforests of the Democratic Republic of the Congo.
Appearance The species comprises glossy black fur, orange‑pink lips, and a distinctive roaring call.
Diet and digestive adaptation The species comprises herbivores that rely on specialised, ruminant-like digestive systems to process plant matter.
Foregut fermentation mechanism The ruminant-like digestive system uses foregut fermentation to break down plant-based cellulose using symbiotic gut microbes.
Unique trait Colobus monkeys lack a functional thumb.
Ecological role The species comprises herbivores of the canopy that eat canopy plants and spread seeds through waste, growing new trees, opening sunlight, and fertilizing the rainforest floor.
Conservation status note The species has a small estimated population and is already at risk due to hunting and deforestation.
Evolutionary insight note The discovery reshapes understanding of primate evolution in Central Africa.
Discovery count reference The identification marks Africa’s 5th new monkey species discovery in 75 years.
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Q 1 / 3
With reference to the digestive adaptation of the Likweli monkey, consider the following statements:
1. It uses a specialised, ruminant-like digestive system to process plant matter.
2. It uses foregut fermentation to break down plant-based cellulose.
3. It breaks down cellulose using symbiotic gut microbes.
Which of the statements given above are correct?