CREATE YOUR LEGEND IN 2026 | SECURE YOUR PLACE WITH JUST £100 DEPOSIT | PAYMENT PLANS AVAILABLE
Scarlet-tufted Malachite Sunbird
Afro-alpine moorland, giant heath and high-altitude grassland above 2,800 metres
Habitat
Year round
Best Viewing Season
Least Concern
Conservation Status
Introduction
A high-altitude specialist found only above the treeline on East Africa's tallest peaks, the scarlet-tufted malachite sunbird feeds on giant lobelias in the afro-alpine zone. Breeding males flash hidden red pectoral tufts during territorial displays. The Ngorongoro Crater rim offers the most accessible northern circuit sighting.
Behaviour & Facts
The scarlet-tufted malachite sunbird is a high altitude specialist found only above the treeline on East Africa's tallest mountains. It is closely related to the malachite sunbird of the highlands but is a separate species adapted to the extreme conditions of the afro-alpine zone. The breeding male is metallic green with elongated tail streamers and distinctive scarlet pectoral tufts visible at close range. They feed on nectar from the giant lobelias and proteas that grow in the moorland zone above 2,800 metres. These plants have co-evolved with the sunbird, and the bird is the primary pollinator for several high-altitude species that no other pollinator can reach. The relationship is one of the most precisely balanced plant-animal partnerships in East African ecology. On the northern circuit, the only realistic sighting location is the upper slopes and crater rim of Ngorongoro, where the altitude reaches above 2,200 metres and the highland vegetation grades into the moorland zone. They are also found on Mount Meru above the forest line in Arusha National Park.
Jack Fleckney - Legend Head Guide
Living at extreme altitude means coping with cold nights, high UV, low oxygen and unpredictable weather. Scarlet-tufted malachite sunbirds enter torpor on cold nights, dropping their body temperature and metabolic rate to conserve energy when temperatures fall close to freezing. They become active again as soon as the sun hits their perch in the morning. Males defend nectar-rich territories around flowering giant lobelias and displays involve fanning the scarlet pectoral tufts while singing from a prominent rock or shrub. The tufts are normally hidden against the body and are only visible during displays or when the bird is agitated. Their restricted altitude range makes them a speciality bird for serious birders visiting the northern circuit. They are not rare within their habitat but that habitat is limited to a narrow altitudinal band that most safari itineraries only touch briefly on the Ngorongoro rim drive.
Where to see
Scarlet-tufted Malachite Sunbird
in Tanzania
Where to see this sunbird in Tanzania?
The Ngorongoro Crater rim is the most accessible location on the northern circuit, where the altitude is high enough for afro-alpine vegetation. Mount Meru in Arusha National Park also holds them above the forest line. They are not found in the Serengeti, Tarangire or Lake Manyara because those parks are too low.
How is it different from the malachite sunbird?
The scarlet-tufted malachite sunbird is a separate species that lives at higher altitudes, above 2,800 metres, in the afro-alpine zone. It has distinctive red pectoral tufts that the lowland malachite sunbird lacks. Both are iridescent green but occupy different altitudinal zones with minimal overlap.
What do they feed on?
Primarily nectar from giant lobelias and proteas in the afro-alpine moorland zone. They are the main pollinator for several high-altitude plant species. They also eat small insects caught on the wing or picked from vegetation. Their curved bill is adapted for the deep tubular flowers of their altitude zone.
Why do they live so high up?
They have evolved to exploit the nectar resources of the afro-alpine zone, where competition from other sunbird species is minimal. Their ability to enter torpor on cold nights and tolerate low oxygen gives them exclusive access to a food source that no other nectar-feeding bird can use at that altitude.
How do they survive cold nights?
Within their habitat they are not rare, but that habitat is limited to a narrow altitudinal band above 2,800 metres. Most safari itineraries only touch this zone briefly during the Ngorongoro rim drive. A dedicated stop at the right altitude with flowering lobelias gives a good chance.
They enter torpor, a state of controlled hypothermia where body temperature and metabolic rate drop significantly. This conserves energy through cold nights when temperatures near the summit can drop close to freezing. They warm up rapidly in the morning sun and resume normal activity within minutes.
WhatsApp Jack directly