Hawaiian Traditions | Page 12 | Images of Old Hawaiʻi

September 3, 2024 by Peter T Young Leave a Comment

Kia Manu

“Feathers from certain birds were made into the highly-prized feather work artifacts of the alii – capes, cloaks, helmets, kahili, etc.” (Holmes)

“The plumage-birds, like everything else in Hawaii, were the property of the alii of the land, and as such were protected by tabu; at least that was the case in the reign of Kamehameha I, and for some time before.”

“The choicest of the feathers found their way into the possession of the kings and chiefs, being largely used in payment of the annual tribute, or land tax, that was levied on each ahupuaa.”

“As prerequisites of royalty, they were made up into full length cloaks to be worn only by the kings and highest chiefs. Besides these there were capes, kipuka, to adorn the shoulders of the lesser chiefs and the king’s chosen warriors, called hulumanu, not to mention helmets, mahiole, a most showy head-covering.”

“The supply needed to meet this demand was great, without reckoning the number consumed in the fabrication of lei and the numerous imposing kahili that surrounded Hawaiian royalty on every occasion of state.”

“It is, therefore, no surprise when we learn that in the economic system of ancient Hawaii a higher valuation was set upon bird feathers (those of the mamo and o-o) than upon any other species of property, the next rank being occupied by whale-tooth, a jetsam-ivory called palaoa pae, monopolized as a prerequisite of the king.” (Emerson)

“Bird-catching and feather gathering were frequently done by commoners in their ahupua‘a. These were people who were also farmers and fishermen, and not full-time specialist bird-catchers.” (Cordy)

“[M]en and women … are joined together in great numbers in climbing into the forests to snare birds [kapili manu; kawili manu]. And the number of birds caught by a person in a day is from six to thirty. The bird being caught is the Oo of the forests.” (Kuokoa, Mar 17, 1866) The bird-catchers were known as lawai‘a manu (those people who ‘fished for birds’) or kia manu.

“Initial bird-catching or feather-gathering was probably conducted by commoners (maka‘āinana) of each community land (ahupua‘a) as part of their tribute to chiefs, rather than exclusively by a special class of chiefly retainers (bird-catchers).”

“Wives of bird-catchers sometimes accompanied their husbands and plucked, sorted and fastened together feathers. Women probably wove the helmet and cloak fibre frameworks and nets (of ‘ie‘ie and ‘olonā fibers).”

“Women may have attached the feathers to cloaks and helmets – manufactured the cloaks and helmets. These cloaks and helmets were probably made in chiefly households by skilled female retainers.”

“Capes (cloaks) and helmets were probably not sacred and kapu until the finished products became identified with certain wearers.” (Cordy)

“The methods used by one hunter in the capture of the birds differed from those used by another. They also varied somewhat, no doubt, in different district, on the different islands, at different seasons of the year and seen in the different islands, at different hours of the day.”

“There could be nothing stereotyped in the way the hunter of birds practiced his art. While the method might remain essentially the same, it was necessarily subject to a wide range of modification, to suit the skill and ingenuity of each hunter in his efforts to meet the habits and outwit the cunning of the birds themselves.” (Emerson)

“A bird-hunting campaign was not an affair to be lightly entered upon. Like every other serious enterprise of ancient Hawaii, a service of prayer and an offering to the gods and aumakuas, must first be performed….”

“Having selected a camp, he erects the necessary huts for himself and his family. His wife, who will keep him company in the wilderness, will not lack for occupation. It will be hers to engage in the manufacture of kapa from the delicate fibers of the mamake bark, perhaps to aid in plucking and sorting the feathers.”

While some suggest, “‘When you take a bird do not strangle it, but having plucked the few feathers for which it was sought, set it free that others may grow in their place.’ They inquired, ‘Who will possess the bird set free? You are an old man.’ He added, ‘My sons will possess the birds hereafter.’” (Brigham)

Perez, however, notes. “Some authors prefer to disingenuously believe that birdcatchers plucked only a few feathers from each bird, then ‘set it free to raise its family and grow a new crop of feathers.’” (Perez)

This is substantiated in the first writing of Hawai‘i; Captain Cook’s Journal notes, “Amongst the articles which they brought to barter this day, we could not help taking notice of a particular sort of cloak and cap, which, even in countries where dress is more particularly attended to, might be reckoned elegant.”

“The first are nearly of the size and shape of the short cloaks worn by the women of England, and by the men in Spain, reaching to the middle of the back, and tied loosely before.”

“The ground of them is a network upon which the most beautiful red and yellow feathers are so closely fixed that the surface might be compared to the thickest and richest velvet, which they resemble, both as to the feel and the flossy appearance. …”

At the time of ‘Contact’, it was clear that when collection feathers birds were killed, as Cook’s Journal goes on to note, “We were at a loss to guess from whence they could get such a quantity of these beautiful feathers; but were soon informed as to one sort …”

“… for they afterward brought great numbers of skins of small red birds for sale, which were often tied up in bunches of twenty or more, or had a small wooden skewer run through their nostrils.”

“At the first, those that were bought consisted only of the skin from behind the wings forward; but we afterward got many with the hind part, including the tail and feet. The first, however, struck us at once with the origin of the sable formerly adopted, of the birds of paradise wanting legs, and sufficiently explained that circumstance. … (Cook’s Journal, Jan 1778)

August 14, 2024 by Peter T Young 1 Comment

Ships versus Canoes

Humans have tended to live near water, and it is natural to make use of things that float. Logs or bundles of reeds were lashed together to form rafts; hollow trunks can be improved to become dugout canoes. (HistoryWorld)

In ancient marine times, people used rafts, logs of bamboo, bundles of reeds, air filled animal skins and baskets to traverse small water bodies. The first boat was a simple frame of sticks lashed together. (Karanc)

The earliest known boats were log-boats or dugouts, with examples from Holland and Denmark going back to the Middle Stone Age or Mesolithic. (Wright) Carbon dating of a Danish dugout canoe shows its age at between 8040 and 7510 BC.

Over five thousand years ago, in Mesopotamia (present day Syria and Iraq, between the Mediterranean Sea and Persian Gulf,) it is thought that the first sailing vessels were used (a square sail acted like a modern-day spinnaker to run with the wind.)

About 3000 BC, Greek ships had sails, and were pushed along by the wind. Small trading ships usually stayed close to the shore, so the sailors did not get lost. Greek warships had oars as well as sails – some as long as 115-feet.

The earliest plank-built boats (planks attached to a ribbed frame) are from Ancient Egypt and include the royal barge of Pharaoh Cheops, found dismantled in a rock-crypt in front of the great Pyramid and dated to about 2600 BC.

The invention of the sail was the greatest turning point in maritime history. The sails replaced the action of human muscles and sail boats could embark on longer trips with heavier loads. Earlier vessels used square sails that were best suited for sailing down wind. Fore and aft sails were devised later.

Egyptians take the credit for developing advanced sailing cargo ships. These were made by lashing together and sewing small pieces of wood. These cargo ships were used to transport great columns of stone for monument building. (Karanc)

Sea-going vessels followed and are depicted in bas-reliefs and wall paintings. In the Aegean a positive regatta of boats was depicted in fresco on the walls of a building destroyed by the great volcanic eruption of the island of Thera (Santorini) around 1400 BC.

In 1947, Thor Heyerdahl, departed from Peru on the balsawood raft Kon-Tiki, demonstrating that a vessel made of nine balsa tree trunks up to 45-feet long, 2-feet in diameter, lashed together, could have been carried people 5,000-miles across the Pacific Ocean out 1,500 years ago.

In 1970, using Ra II, a papyrus reed lashed boat, Heyerdahl showed such vessels could cross the Atlantic, from Morocco to Barbados.

As boat designed evolved, the Vikings (around the 8th – 12th centuries) incorporated a keel into the hull design. Sails evolved, too; most look to the development of the triangular sail as the significant innovation (called lanteen (Latin) found in the Persian Gulf. Combined, this is basically what we know as today’s sailboat.

Before European open ocean exploration began, Eastern Polynesia had been explored and settled. (Herb Kane)

More than three thousand years ago, the uninhabited islands of Samoa and Tonga were discovered by an ancient people. With them were plants, animals and a language with origins in Southeast Asia; and along the way they had become a seafaring people.

Arriving in probably a few small groups, and living in isolation for centuries, they evolved distinctive physical and cultural traits. Samoa and Tonga became the cradle of Polynesia, and the center of what is now Western Polynesia. (Herb Kane)

Because of the great distances, these must have been sailing double-hulled canoes, with paddling as auxiliary power used only for brief periods-to launch or land canoes, or keep off a dangerous lee shore.

Changes in the primary power mode of the larger canoes of the Hawaiian Islands from sail to paddling, followed by a return to sail.

Voyaging vessels were double-hull; hulls were deep enough to track well while sailing across the wind or on a close reach into the wind. The round-sided V hulls provided lateral resistance to the water while under sail. (Herb Kane)

The most widely distributed and presumably most ancient sail was a triangle made up of strips of fine matting sewn together and mounted to two spars, one serving as a mast; the other, as a boom, usually more slender and either straight or slightly curved.

Throughout Eastern Polynesia, the same basic design probably persisted throughout the era of long distance two-way voyaging. (Herb Kane)

The double-hulled voyaging canoes were seaworthy enough to make voyages of over 2,000 miles along the longest sea roads of Polynesia, like the one between Hawai‘i and Tahiti.

And though these double-hulled canoes had less carrying capacity than the broad-beamed ships of the European explorers, the Polynesian canoes were faster: one of Captain Cook’s crew estimated one could sail “three miles to our two.” (Kawaharada)

In 1976, Hokuleʻa, the double-hulled Hawaiian voyaging vessel, demonstrated the Hawaiʻi – South Pacific sailing, when it left Hawaiʻi and reached Tahiti. (Hokuleʻa continues today on a worldwide voyage.)

Voyaging between Hawaiʻi and the South Pacific appears to have ceased several centuries before European arrival. No explanation is found in the traditions. (Herb Kane)

As long distance voyaging declined, the need shifted from voyaging canoes to large canoes for chiefly visits and warfare within the Hawaiian Islands, resulting in changes in canoe design.

For these short coastal and inter-island trips, paddling replaced sailing as the dominant power mode. Never certain when hospitality might turn sour, chiefs prudently traveled with bodyguards. (Herb Kane)

Throughout the years of late-prehistory, AD 1400s – 1700s, and through much of the 1800s, the canoe was a principal means of travel in ancient Hawaiʻi. Canoes were used for interisland and inter-village coastal travel.

Most permanent villages initially were near the ocean and at sheltered beaches, which provided access to good fishing grounds, as well as facilitating convenient canoe travel.

Fast forward to post-‘contact’ and the time of the Islands’ unification; a new style of boat was in the islands and Kamehameha started to acquire and build them.

The first Western-style vessel built in the Islands was the Beretane (1793.) Through the aid of Captain George Vancouver’s mechanics, after launching, it was used in the naval combat with Kahekili’s war canoes off the Kohala coast. (Thrum)

Encouraged by the success of this new type of vessel, others were built. The second ship built in the Islands, a schooner called Tamana (named after Kamehameha’s favorite wife, Kaʻahumanu,) was used to carry of his cargo of trade to the missions along the coast of California. (Couper & Thrum, 1886)

From 1796 until 1802 the kingdom flourished. Several small decked vessels were built. (Case) According to Cleveland’s account, Kamehameha possessed at that time twenty small vessels of from twenty to forty tons burden, some even copper-bottomed. (Alexander)

Canoe_Builder-(HerbKane)

Ancient-Voyaging-Canoe-(HerbKane)

Masked_Paddlers_at_Kealakekua-(HerbKane)

Kamehameha’s_Double_Canoe-(HerbKane)

Kamehameha_Waikiki_Landing-(HerbKane)

Arrival_of_Keoua_Below_Puukohola-(HerbKane)

Easter Island Petroglyph and Herb Kane Rendition of what Original Canoe may have looked like-PVS

Hokulea_Arrival_in_Tahiti-1976

Hokulea_parts-labeled

Pesse Dugout

Ra_II_1970

Mesopotamia-map

Viking Longboat

Triangular-Lateen_Sails

Kon-Tiki_1947

August 13, 2024 by Peter T Young Leave a Comment

Waihī Nui

“Manoa valley ends in what is called ‘the pen.’ It has walls with a trail into Pauoa valley.” (Towse) “Rocky, wooded ridges enclose it to right and left, and straight ahead is the black, sheer face of Konahuanui.” (Loomis)

Translated “his large seeds (testicles,)” the name Kōnāhuanui is said to come from a story summarized by T Kelsey: “when a man, probably a giant, chased a woman who escaped into a cave, he tore off his testes and threw them at her”. (Kawaharada)

Kōnāhuanui is the highest peak in the Koʻolau Mountains and is the northwest corner of the Mānoa Ahupua‘a boundary. It was the home of the gods Kāne and Kanaloa.

It is also home to a moʻo goddess, a large mythic lizard that lives in freshwater pools and streams. Rain clouds gather around its peak, and its Kona side, often ribboned with waterfalls, is the wettest area of Honolulu: here is the source of the waters of Mānoa and Nuʻuanu valleys.

“[T]his cul-de-sac at its makai, or southern, angle, along the stream called ‘Aihualama. The trail into Nu‘uanu opened at its upper left, or northwestern, angle. Here was a good path for a kama‘aina going alone from valley to valley”. (Loomis)

In an 1882 map of Manoa prepared by Baldwin, there are several waterfalls back in the valley, including, Waiihi-nui (Waihī Nui), Waihii-iki (Waihī Iki), Luaaulaea and Naniuapo.

“[T]he ground rises rapidly for a few rods, to a thicket of hibiscus and eugenia, at the foot of a magnificent mountain, exhibiting from the base to its summit a perpendicular height of a thousand feet – as rich a variety of projecting cliff and wild recess, of dripping rocks and mantling foliage, of graceful creeper, pendant shrub, and splendid flower, as Arcadia itself can boast.” (Stewart)

“On the curve of high cliffs at the mauka boundary of Manoa sheer white splashes of waterfall filled pools hidden from the casual eye in recesses where Kaahumanu herself loved to bathe among cool winds and soft air laden with fragrance of awapuhi and maile.” (Damon)

The water from these falls converge into Manoa Stream. Mānoa Valley formerly supported a large population with scores of lo‘i kalo that were watered by the many freshwater streams. (ASM)

“When we had seen the piece of land appropriated by Kalaimoku or Mr. Pitt to our use, and had given directions to the natives who cultivated the taro on the land, we indulged ourselves with a pleasant bath in a cooling stream that waters the valley, and we returned across a part of the mountain which lies between that place and Honoruru valley.” (Missionaries Chamberlain, Loomis, Blatchely and Bingham; Damon)

“The taro patches that followed the stream bed down the center of the valley were now either vegetable gardens, pasture land, or abandoned. … AIso much of the stream’s water had been diverted for the use of the island’s increasing population. The taro farms that were in the valley from the time the first foreign observer stepped into it were gone for good.” (DeLeon)

“In 1919 the Hawaii Sugar Planters’ Association established an experimental substation in the rear of the valley. Here sugar cane was raised for experimental purposes. Trees from all over the Pacific were also brought to the substation to see how they would adapt to the Hawaiian environment. The substation became Lyon Arboretum, which is part of the University of Hawaii.” (DeLeon)

There is something about falling water that fascinates a human being.

As noted above, here is Waihī Nui (‘trickling water’), Mānoa Falls. It’s in the backyard of Hawai‘i’s largest population and visitor destination. A bus line takes you within walking distance to the trailhead.

It is one of the most popular trail destinations on O‘ahu; Mānoa Falls sees an average of 200,000 visitors annually. (DLNR) The Mānoa Falls Trail is part of DLNR’s Na Ala Hele Trail & Access Program.

The video (done by DLNR) shows people down by the falls. Don’t go there; rather, there is a viewing area contained by a rock wall at the falls – heed all warning and other signs, do not go beyond the rock wall.

The State does not charge a fee to hike this trail. The Mānoa Falls Trail is open seven days a week – sunup to sundown. The parking lot is managed by Paradise Park and is not associated with the management of the state trail.

The beginning of the trail goes through a shipping container into a big open lush field used as a location for many movies. The trail continues past the field, then crosses over a natural wood footbridge through a grove of Eucalyptus trees.

The 0.8-mile trail (each way) gradually ascends through a rainforest that eventually transitions into bamboo. There is a low-lying rest area on the right of the trail with benches, interpretive sign and tree arch throne.

Continue up ascending gravel terrace steps until you round the corner that reveals the water fall from a distance. On the left you will another rest stop with a bench and interpretive sign. There is one more short section of terrace steps that leads up to a nice flat section of trail that gently takes all the way to small section of cement steps.

Ascend up the steps and now you are at the falls viewing area. On your left is a bench and viewing area is straight ahead. The viewing area is contained by a rock wall.

Signs are posted indicating to not go beyond that point, and of the potential danger of landslide. Do not go beyond the rock wall viewing area, closed area signs or into pool area or to upper pools. (DLNR)

August 11, 2024 by Peter T Young Leave a Comment

Barrage Terraces

In pre-contact (prior to Captain Cook) times, kalo (taro) played a vital role in Hawaiian culture. It was not only the Hawaiians’ staple food, but the cultivation of kalo was at the very core of Hawaiian culture and identity.

The early Hawaiians probably planted kalo in marshes near the mouths of rivers. Over years of progressive expansion of kalo lo‘i (flooded taro patches, pondfields) up slopes and along rivers, kalo cultivation in Hawai‘i reached a unique level of engineering and sustainable sophistication.

Hawaiians knew the productive advantages of growing wetland taro and placed the greater effort in this area very early, when required to increase food production capabilities for the rapidly increasing number of people.

By the time of Captain Cook’s visits in 1778 and 1779, every large river valley in the islands contained many loʻi (pondfields,) and each was systematically irrigated by means of ditches delivering water to the fields spread throughout the valley.

Usually, water was fed into an irrigation ditch from a stream. A loose-rock dam built across the stream allowed water to flow between and over the top of the rocks to provide for farmers living downstream. The dam functioned to raise the water level just high enough at that point to permit water to flow into the ditch leading to the terraces.

In this way the amount and speed of the water could be controlled. If too much water was found to be flowing into the ditch, a few stones could be removed from the dam, thus lowering the water level and reducing the volume of water entering the ditch.

The speed of the flow of water into the pondfields was controlled by the length and slope of the ditch. By varying the length and grade of the ditch, its builders were able to maintain a constant and low-level gradient over variegated terrain. The flow through the pond fields was controlled by the height of the terraces.

Captain George Vancouver visited Hawai‘i in 1792 and wrote, “Our guides led us to the northward through the village [Waikiki], to an exceedingly well-made causeway, about twelve feet broad, with a ditch on each side.”

“This opened to our view a spacious plain…the major part appeared divided into fields of irregular shape and figure, which were separated from each other by low stone walls, and were in a very high state of cultivation.” (Vancouver)

In 1815, the explorer Kotzebue added to these descriptions by writing about the gardens and the artificial ponds that were scattered throughout the area:

“The luxuriant taro-fields, which might be properly called taro-lake, attracted my attention. Each of these consisted of about one hundred and sixty square feet, forms a regular square, and walled round with stones, like our basins.”

“This field or tank contained two feet of water, in whose slimy bottom the taro was planted, as it only grows in moist places. Each had two sluices. One to receive, and the other to let out, the water into the next field, whence it was carried farther.” (Kotzebue)

Of the lo‘i types, “More common are stone-faced pondfields constructed either on [alluvial] slopes or alluvial terraces (SB), but not directly in stream channels; this is the dominant pondfield type ….”

“[T]he stone facing is generally a veneer of one-stone or two-stone thickness. Such facings apparently add stability to pondfields on steeper slopes; they may also be a means of removing unwanted loose stone from the soil media.”

[But, they are not the only type of lo‘i.] “These pondfields have been artificially filled, in contrast to the barrage fields which catch stream sediment.” (Kirch)

Stone-walled barrage pondfields “are what Spencer and Hale (1961:8) term ‘narrow channel barrage terraces.’ They were constructed by building a barrage of stones across a narrow stream channel (usually intermittent or with little flow) …”

“… and allowing soil and rock to accumulate behind the stone facing, thus creating a level planting surface which spread and impounded the channel’s waterflow.” (Kirch)

The barrage was sometimes “in sequential system of terraces … [providing] high level of context for function as an agricultural terrace and/or for water or soil retention or movement”. (Kamakakūokalani)

David Malo explained how a taro garden could keep a large number of people in vegetable food continuously: “Some farmers did not plant a great deal at a time. They would plant a little, and after waiting a few months, they planted more land.”

“So they continued to plant a little at a time during the months suitable for planting. The food did not all ripen at once, and by this plan the supply was kept up for a long time and they had no lack of food.” (Malo)

An acre of irrigated pondfields produced as much as five times the amount of taro as an acre of dryland cultivation. Over a period of several years, irrigated pondfields could be as much as 10 or 15 times more productive than unirrigated taro gardens, as dryland gardens need to lie fallow for greater lengths of time than irrigated gardens.

Rev. Armstrong suggested that there would be ‘food enough for ten persons’ on an acre of average taro land in Honolulu, that is, subsistence for ten persons.

“With proper management, kalo (taro) land needs no rest. So the natives tell me. Let the water be kept constantly upon it and the weeds cleared out and that is all that is needed. The kalo plants, however, must be changed every crop. It requires about a year to bring a crop of kalo to maturity.” (Armstrong)

Rev. Johnson of Hanalei, Kauai, a noted wetland taro-producing valley, suggested that 25 people subsist on an acre of good taro land.

Writing from his experiences on the well-watered windward side of Oʻahu, Rev. Parker wrote: “An acre of kalo land would furnish food for from twenty to thirty persons, if properly taken care of. It will produce crops for a great many years in succession, without lying fallow any time.”

Rev. Bishop, writing from ʻEwa District on Oʻahu, suggested that 15-20 people could be fed from an acre of taro: “Good kalo land, irrigated by water, improves by cultivation. It only requires time enough between crops to rot the weeds, which serve as manure.”

Rev. Emerson lived and worked in Waialua District on Oʻahu where several large rivers and numerous springs watered the land. He wrote: “Twenty persons, I think can be fed on an acre of good kalo land.”

“The land can generally be cultivated perpetually, if it has two or three months between each crop, in which to decompose the weeds which might grow during the time the kalo was ripening.”

“I have a large kalo patch that has not been left to rest one month at a time for fifteen years, and yet it produces as largely as fifteen years since. I presume the same parch was cultivated centuries before I knew it. It requires one year for kalo to come to maturity.” (Bishop)

July 20, 2024 by Peter T Young Leave a Comment

Ka Houpo o Kāne

E ui aku ana au ia oe,
Aia i hea ka Wai a Kane?
Aia i lalo, i ka honua, i ka Wai hu,
I ka wai kau a Kane me Kanaloa
He waipuna, he wai e inu,
He wai e mana, he wai e ola,
E ola no, ea!

One question I ask of you:
Where flows the water of Kane?
Deep in the ground, in the gushing spring,
In the ducts of Kane and Loa,
A well-spring of water, to quaff,
A water of magic power-
The water of Life!
Life! O give us this life!
(Emerson; Unwritten Literature of Hawaii)

Precipitation includes rain, snow, and fog drip. Evapotranspiration is the water that is either evaporated directly into the atmosphere or that which is used by plants and transpired back into the atmosphere. Runoff is the component that contributes to streamflow.

Groundwater recharge is the component of precipitation that percolates into the subsurface and is not lost to the atmosphere via evapotranspiration. (Intera)

Fresh water travels down into the earth through a process called percolation. On the Hawaiian Islands, water first percolates through soil, if present, then through porous volcanic rock to the water table within the lava. (BWS)

During the volcanic eruptions that created the Hawaiian Islands, molten rock beneath the surface flowed up from the center of the volcanoes; dikes formed when magma stopped flowing to the surface, then cooled over time to form dense, nonporous rock.

Fresh water percolating down between the dikes compartment becomes trapped between the nearly impenetrable walls of the dikes. The water can only escape when its level rises and overflows the walls of the dike, or when great internal pressure causes leakage. Sometimes a freshwater spring will form above ground when such water spews from a dike. (BWS)

Sometimes percolating water becomes trapped when it meets layers of fine volcanic ash or clay-like soil that occur between the remnants of Hawaii’s ancient underground lava flows. This perched water can no longer seep downward, so it collects and moves sideways, sometimes appearing as a spring (BWS)

“Ka-houpo-o-Kāne (literally, The-bosom-of Kāne), is the sacred region of Mauna Kea (between the 10,000 – 11,000 foot elevation), in which are found the springs fed by Ka-wai-hū-a-Kāne; by a rivulet from Waiau to the head of Pōhakuloa Gulch.” (“Houpokāne is mistakenly written Hopukani on most maps dated after 1900.”) (Maly)

Ka Houpo o Kāne represents the springs of the island of Hawaii. (Vredenburg) “The area identified as Ka-houpo-o-Kāne is situated below Waiau, on the southwestern slopes of Mauna Kea, in the land of Ka‘ohe.”

“The god Kāne is believed to be foremost of the Hawaiian gods, and is credited with creation, procreation, light, waters of life, abundance, and many other attributes.”

“A land being likened to the chest of Kāne, can imply that the land was cherished and blessed by the god Kāne. … SN Hale‘ole’s tradition of Lā‘ie-i-ka-wai (In Kū ‘Oko‘a 1862-1863), records that “Kahoupokane” was one of three companions of Poli‘ahu. The other two companions were Lilinoe and Waiau.”

“The area identified as Ka-houpo-o-Kāne is situated below Waiau, on the southwestern slopes of Mauna Kea, in the land of Ka‘ohe.” (Maly)

“One of the primary attributes of Kāne are the wai ola (life giving waters), sacred springs and water sources made by Kāne around the islands, to provide for the welfare of the people and the land). Interestingly, at Kahoupo-o-Kāne are found the waters of Pōhakuloa, Hopukani, and Waihū (also known by the name “Ka-wai-hū-a-Kāne”). (Maly)

“A spring on the southern side of the mountain, called ‘Wai Hu,’ is believed by the natives to be connected with [Lake Waiau].” (Pacific Commercial Advertiser, Sep 14, 1892)

“The few small springs on the glaciated peak of Mauna Kea in Hawaii are fed by ground water perched on and in glacial drift deposits. Their presence is note-worthy because of the light they throw on geologic history and on hydrologic principles rather than for the amount of water produced.”

“Springs in Hawaii fall into two chief categories: (1) high-level springs fed by ground-water bodies perched on or confined by intrusive bodies, ash beds, or modem or ancient soils and (2) basal springs fed from a great body of ground water which is kept in hydrostatic balance with sea water at a few feet above sea-level.” (Wentworth & Powers)

“Conditions on Mauna Kea favor rapid percolation of most rain and meltwater from the winter snow. Toward higher elevations rock-weathering becomes progressively more physical in type.”

“The largest springs on Mauna Kea are found at several points in the Waihu branch of Pohakuloa Valley, on the southwest slope between 8,900 and 10,400 feet.”

“The upper part of the Waihu springs area forms, in summer, a notably green little valley with many small patches of lush grass quite in contrast to the almost complete barrenness of the surrounding terrane, which is above timber line.”

“In the area to the east and up the slope from the springs are numerous small heaps of pre-European stone adz workings. Certain lava caves contain evidence of habitation, suggesting that the springs were frequented by adz workers.”

“In addition to these larger springs there are some dozens of smaller seeps where trickling water or greener vegetation shows the emergence of small amounts of ground water.” (Wentworth & Powers)