HORN TRACE — Carry the Forest

Central Forest Spine / evidence surface

05.50°N / 101.35°E

Interface 01 / model

SEED DISPERSAL LAB

Track the cursor across the map to preview a dispersal field, then click to anchor it. Drag the source point whenever you want to move it.

Gut-passage time 60 min

Mean flight speed 24 km/h

Suitable canopy 68%

Gap resistance 42%

Radius positionNot placedMedian movement radius7.3 kmOuter probability field18.0 kmModel confidenceModerate

This exploratory kernel combines user-set assumptions. It is not a fitted hornbill movement model and must not be read as telemetry.

Interface 02 / evidence

FIELD EVIDENCE LAYER

Choose a record type, then click the map. Your session points stay visually separate from published evidence.

Record type

0feeding

0sightings

0outcomes

Session-only prototype. Do not enter nest locations or sensitive wildlife coordinates.

Interface 03 / comparison

LIVE MIGRATION RADAR

A live methods window from BirdCast, showing nocturnal migration detected by weather radar across the contiguous United States.

Comparative method only: this does not show Malaysian hornbills, toucans or local telemetry. BirdCast / Cornell Lab of Ornithology.

Open BirdCast with methodology and citations ↗

Hornbill record

Food tree

Seed outcome

Modelled flight

Diversity indices

Priority forest

Living architecture / hover the canopy

FOREST
SECTION.

Hornbill ecology is vertical. Food pulses through crowns; nesting depends on old trees with suitable cavities; seed fate changes with moisture, substrate, canopy gaps and the chemistry of each fruit. Hover the signals below to read the relationships—not just the species list.

Monochrome line silhouette of a Malaysian rainforest canopy

Forest systemPeat swamp edge

ElevationLow-lying

Substrate / pHWaterlogged · strongly acidic

Rain / waterHigh rainfall · persistent water table

Air / visibilityNo live sensor · haze attenuates light

Occurrence ledger / source-bounded

HORNBILL
LANDSCAPES.

Search the uploaded conference-paper matrix by site, forest complex, state or species. Coordinates on the map are deliberately generalised regional anchors: the database preserves published presence without pretending to provide nests or live telemetry.

0 RECORDS

RegionSiteForest complexRichnessPublished species codes

Codes: OPH Oriental Pied · BCH Bushy-crested · WCH White-crowned · BH Black · WRH Wreathed · WKH Wrinkled · PPH Plain-pouched · RH Rhinoceros · GH Great. Blank cells in the source mean “not reported”, not confirmed absence. CloudBirders reports are not merged into this evidence matrix.

CARRY THE FOREST.

A hornbill does more than cross a landscape. It swallows fruit, carries seed beyond the parent canopy and deposits the possibility of another tree. Every flight connects one forest to its future.

01 / SOURCE

FRUIT

A fruiting tree becomes an ecological departure point.

02 / CARRIER

FLIGHT

The hornbill moves seed across ridges, rivers and forest gaps.

03 / SIGNAL

DEPOSITION

The route becomes a probability field—not a fictional exact point.

04 / CHANCE

GERMINATION

Canopy, slope, moisture and disturbance determine survival.

05 / RETURN

FOREST

A mature fruiting tree begins the movement again.

Evidence ledger

OBSERVED ≠ MODELLED

Public records remain distinct from simulated dispersal. Sensitive wildlife locations are deliberately reduced in precision.

Shahrul Anuar et al. / 2017 landscape matrix ↗MyBIS / Malaysian hornbill taxonomy ↗Forestry Department / forest types ↗Asian hornbill frugivory database ↗Ficus canopy seed-dispersal study ↗CloudBirders / supplementary trip reports ↗Central Forest Spine / official context ↗BirdCast / comparative live radar ↗