UNESCO World Heritage SiteUNESCO Heritage
Kuk Swamp
Papua New Guinea

Kuk Swamp

Early agricultural site with drainage systems.

Location

Explore the Map

Historical Context

About

Kuk Swamp is a significant archaeological site located in Papua New Guinea's Wahgi Valley, recognized for its early evidence of agriculture. This highland site, at an altitude of approximately 1550 meters, features a sophisticated network of drainage systems dating back to 9000 years ago, representing some of the earliest known agricultural practices globally. These systems, including major disposal channels and field ditches, were used to transform the swamp into an anthropogenic grassland, facilitating the cultivation of native crops like taro. Subsequent phases of agriculture at Kuk Swamp include the cultivation of bananas and sugar cane around 6900 to 6400 years ago, underscoring the site's role as an independent center for the development of agriculture. Kuk Swamp's designation as a UNESCO World Heritage Site in 2008 highlights its archaeological and historical importance.

Paleolithic
Mesolithic
Neolithic
Chalcolithic
Bronze Age
Iron Age
Classical Period
Post-Classical Period
Early Modern Period
Industrial Period
Contemporary Period
Visual Archive

Gallery

Explore photographs of ancient structures, artifacts, and archaeological excavations

FileKuk_New_Guinea_2002.jpg
Temporal Epochs

Historical Timeline

Journey through time and discover key events in this site's history

Early drainage systems

9000 BCE

Banana and sugar cane cultivation

6950 BCE

Classification

Archaeological Features

Unique architectural and cultural elements found at this historical site

category

Defensive Structures

Ditches
category

Water Management Features

Irrigation Canals
category

Agricultural and Land Use Features

Field Systems
category

Environmental and Natural Features

Soil Layers
Explore

Plan Your Visit

Tours, travel arrangements, and practical information

Reference

Details

Country

Papua New Guinea

Coordinates

-5.78° N, 144.33° E