Madu Pelawan Namang

Bee Species:

Apis dorsata (giant honeybee, family Apidae). Wild and non-domesticable: Apis dorsata builds open comb colonies on exposed surfaces – in this production zone, specifically on branches of Tristaniopsis merguensis within the Hutan Pelawan forest. The colonies cannot be kept in managed hives and migrate seasonally. On Bangka, Apis dorsata nesting in pelawan trees has been documented by Henri et al. (2018) and Akbarini (2016). A stingless bee (Heterotrigona itama, locally called kelulut) also produces honey from pelawan nectar at Desa Namang, but is a separate product with a sour rather than bitter character.

Color:

Near-black to very dark brown; described by producers as translucent gold when poured into a white container or held to light. The dark color is consistent with Apis dorsata honey from a high-phenolic botanical source; the T. merguensis phytochemical profile accounts for the depth of color. Less viscous than some other dark wild honeys.

Flavor Profile:

Distinctively bitter with underlying sweetness. The bitterness is the primary reported character and is sought intentionally; it does not indicate processing error or fermentation. Sweet and bitter notes are described by producers as tasting separately rather than blended. Fresh, not cloying. The character is consistent across multiple independent retailer descriptions.

Tasting Notes:

The bitterness arrives first and lingers. It is not a fleeting note but a structural quality of the honey that persists across the palate. The sweetness emerges underneath it and balances rather than competes. Producers describe a warming quality attributed to the phenolic content; the honey does not sit heavily. Texture is thinner than expected for a honey of this color, which is characteristic of Apis dorsata wild honey generally. Sensory descriptions above are from Tier 3 retail and producer sources; no published sensory panel analysis exists for this honey type.

Aroma:

Forest floral with complex herbal undertones. The T. merguensis phytochemical profile produces a distinct aromatic character described as deeper and more herbal than multifloral wild honey of comparable color. Pronounced rather than subtle.

Defining Compounds:

The phytochemical profile of Tristaniopsis merguensis documented in ScienceDirect (2025) includes phenols, triterpenoids, flavonoids, saponins, and alkaloids from the leaf extracts. These compound classes are understood to transfer into the nectar and account for the honey’s characteristic bitterness and its traditional medicinal positioning. This study analyzed leaf extracts rather than honey directly; a compound analysis of the honey itself has not been published.

Forage Origin:

The production zone is Hutan Pelawan, an approximately 260-hectare community-protected forest in Desa Namang, Kecamatan Namang, Kabupaten Bangka Tengah, anchored by a formally designated 47-hectare biodiversity park (Regent Decree No. 188.45/403/KLH/2013), Bangka Island. This is the principal surviving intact pelawan forest on Bangka; most of the island’s original forest has been cleared by three centuries of tin mining and land conversion. The pelawan merah (Tristaniopsis merguensis) grows in low-to-hillside terrain up to 300 meters, often along river margins. It is slow-growing, uncommon outside its Bangka and Belitung range, and under documented pressure from continued land conversion and unmanaged forest clearance (Wibisono et al. 2023). The same tree supports Apis dorsata honey production from its flowers, edible ectomycorrhizal mushroom (jamur pelawan, Heimioporus sp.) from its roots, and historically timber use from its hardwood – three simultaneous outputs from the same standing forest. Henri et al. (2018) document the Hutan Pelawan as a site of active community conservation, with Apis dorsata nesting locations in the pelawan canopy directly observed and recorded.

Health Uses:

In Indonesian traditional practice, Madu Pelawan is used primarily as a medicinal preparation rather than a table sweetener. The bitter character is attributed to the phytochemical transfer from T. merguensis and is treated as the source of therapeutic value; the honey is commonly taken by the spoonful rather than used in cooking or eaten with food. It is traditionally associated with immune support, digestive benefit, and anti-inflammatory use. These are traditional and commercial use claims; no clinical validation specific to Madu Pelawan Namang has been established in peer-reviewed literature available for this review.