Pahu Manamana o ʻUmi

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Duration:
12 minutes, 31 seconds

Watch this video to learn about Pahu Manamana o ʻUmi.

 

High on the southwest slopes of Mauna Loa is a significant archaeological site containing a low, dry-stacked pahoehoe platform (paepae) with several upright stones atop it (manamana) and a small stack of rocks in front of the platform (pānānā). This feature has come to be known as Pahu Manamana o ‘Umi.

 
Archaeological site containing a low, dry-stacked pahoehoe platform (paepae) with several upright stones atop it (manamana) and a small stack of rocks in front of the platform (pānānā).

NPS Photo/Edith Kanakaʻole Foundation

 

Using historical chants and traditional ecological knowledge passed down through generations, the Edith Kanakaʻole Foundation (EKF) conducted extensive anthropological and astronomical research on the origin and function of this feature. They associated the site with ʻUmi or ʻUmialīloa, an aliʻi nui (high chief) who ruled the Island of Hawaiʻi around the early 16th century. ‘Umialīloa is credited with creating many similar solar and stellar instruments known as pahu manamana.

The researchers utilized a traditional Papakū Makawalu methodology to analyze the structure. Papakū Makawalu divides the universe into three interconnected regions: Papahulilani which relates to the activities of the heavens, Papahulihonua which concerns the elements of the earth, and Papahānaumoku which incorporates the cycles of all living things. Using this method, the researchers theorized that this site once functioned as a stellar instrument with points on the uprights corresponding to the locations of specific stars in the night sky. They also theorized that it functioned as a geographic compass with each upright stone correlating with locations in Hawaiʻi and Polynesia. The researchers concluded that Native Hawaiians may have utilized instruments like this one to track the moving planets, the rising and setting of stars, and the creation of the pae ʻāina (the archipelago of Hawaiʻi) as islands move over the volcanic hotspot.

 
A map of the island chain with colored lines radiating from Mauna Loa to the Northwestern Hawaiian Islands.

NPS map adapted from EKF and NOAA graphics

When sighting from the pānānā, points on each manamana are oriented in a specific direction. In this graphic, degree intervals are illustrated with numbers and colored lines superimposed on each manamana from 1 to 8 (bottom left). The larger map shows the eight lines corresponding to the orientation of each manamana projected out onto Hawaiian archipelago (pae ʻāina). The lines intersect the islands/waters of:
1. The French Frigate Shoals or Mokumanamana (the first stone has multiple possible orientations); 2. Nihoa; 3. The Kaulakahi Channel; 4. Kauaʻi; 5. Oʻahu; 6. Kahoʻolawe, Lānaʻi & Molokaʻi; 7. Kahoʻolawe & Molokaʻi; 8. Maui & Molokaʻi.
 
NPS Figure/Edith Kanakaʻole Foundation
A table lists stars, islands, and places that intersect the orientation of manamana.
Manamana # Compass Declination Stars Mokupuni Wahi Nearby Stars
1 292 22N 19N: Hōkūleʻa
**1 295 French Frigate Shoals 23: Hamal
**1 300 Mokumanamana (N) Manamana 24N:Makaliʻi
2 305 35N Nihoa (N) Kaulakahi, Nihoa (N)
3 311 41N Kaulakahi Channel Kīlauea 39N: Keoea
4 315 45N 45N:Konamaukuku Kauaʻi Leahi, Mokuleiau, Waialua 46N:Wainaku
5 320 50N 50N: Mirfak Oʻahu Makapuʻu, Ulupaʻu/Mōkapu, Kalaeuila 49N:Hikupau, 51N:Eltanin
6 325 55N Kahoʻolawe, Lānaʻi Molokaʻi 56N:Hikulima, Iwakeliʻi (Schedar)
7 329 59N Kahoʻolawe, Molokaʻi
8 332 62N 62N: Hikukahi Maui, Molokaʻi
 

EKF completed the study of Pahu Manamana o ʻUmi in 2018 and utilized their observations a year later on a research voyage to the small, culturally and spiritually significant Northwestern Hawaiian Island of Mokumanamana. The forty-six acre island hosts a dense concentration of pahu manamana similar in construction to the one found on Mauna Loa. In collaboration with Native Hawaiian navigators, part of the research team sailed on a traditional voyaging canoe using a star alignment between Pahu Manamana o ‘Umi and Mokumanamana observed during the 2018 study. Navigating solely with traditional methods, they successfully reached their destination. This practical implementation of the study’s findings supports the theory that pahu manamana could be used as navigational tools (link to news video of the voyage).

EKF’s continued research on pahu manamana furthers our understanding of how these historical instruments may have been used in Hawaiian navigational astronomy and how similar sites across the archipelago may be related. The research also helps us better understand connections Native Hawaiians recognized in the environment and how those connections may have influenced aspects of Hawaiian life, including the keeping of time, religious ceremonies, and political governance.

Read the report to learn more about this facinating research.

 
A black and white image of a cinder cone and stone altar. A black and white image of a cinder cone and stone altar.

Left image
Photo taken during 1919 ʻAlikā eruption.
Credit: Courtesy of University of Hawaiʻi

Right image
Photo taken during field work.
Credit: NPS Photo/International Archeology, LLC

 
Two images of the stone altar, one from a normal plain of view and the other an aerial point of view.
Pahu Manamana o ʻUmi and the 1950 flow that came perilously close to burying the pahu manamana. Note the large circular lava tube skylight nearly filled by pele (molten lava).

NPS Photo/International Archeology, LLC

Please note: This site is in a closed area of Hawaiʻi Volcanoes National Park as outlined in the Superintendent's Compendium (36 CFR § 1.5). Attempting to reach the site is illegal and poses an extreme safety hazard because of the lack of trail access, long distance over jagged ʻa‘ā lava flows, and high elevation. Researchers involved in the project traveled via administrative helicopter transport in order to safely reach the site. All archeological sites located within the national park and on federal lands are protected by the Archeological Resource Protection Act of 1979. Please help us preserve this site for future generations.
 
 

Last updated: February 28, 2024

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