Waialua High and Intermediate School

Waialua (two waters) may refer to the two large stream drainages (Anahulu and Helemano-Poamoho-Kaukonahua) that were once used to irrigate extensive taro fields in the ahupua‘a of Kamananui, Pa‘ala‘a and Kawailoa, the more populous ahupua‘a on the eastern side of the district.  The ahupua‘a of Keālia, Kawaihāpai, and Mokulē‘ia, on the western side of the district, were more arid, and were not as well-watered as the three eastern ahupua‘a. (Cultural Surveys)

In 1813, Waialua was described by John Whitman, an early missionary visitor, as: “…a large district on the NE extremity of the island, embracing a large quantity of taro land, many excellent fishing grounds and several large fish ponds one of which deserves particular notice for its size and the labour bestowed in building the wall which encloses it.”  (Cultural Surveys)

Later (1826,) Levi Chamberlain noted, “The whole district of Waialua is spread out before the eye with its cluster of settlements, straggling houses, scattering trees, cultivated plats & growing in broad perspectives the wide extending ocean tossing its restless waves and throwing in its white foaming billows fringing the shores all along the whole extent of the district.”  (Cultural Surveys)

In 1865, Levi and Warren Chamberlain started a sugar plantation in Waialua that ultimately failed, and Robert Halstead bought the Chamberlain plantation in 1874 under the partnership of Halstead & Gordon.

Gordon died in 1888, and the plantation was managed by the Halstead Brothers, Robert and his two sons, Edgar and Frank. In 1898, Castle & Cooke formed the Waialua Agricultural Company and purchased the plantation from the Halstead Brothers.  (The mill stayed in operation up until 1996.)

By 1898, the OR&L railroad was constructed along the coast through the Waialua District, with stations in both Kawaihāpai and Mokulēʻia.  By the early-1900s, sugarcane plantations and large ranches came to dominate the lands of western Waialua.

“Waialua is reached either by railroad, a distance from Honolulu of 58 miles, or wagon road, 28 miles. The plantation lands extend along the seacoast 15 miles and 10 miles back toward the mountains. The plantation has a good railway system.”  (Louisiana Planter, 1910)

To serve the growing population, in 1914, Waialua had a one room school known as Mokulēʻia School with Miss Eva Mitchell as principal. The school served students from Waialua, Haleiwa, Mokulēʻia, Pupukea and Kawailoa. Then, on May 1, 1924, Waialua Agricultural Co. donated five-acres of land where six new classrooms were built.

In 1927, the school was renamed the Andrew E Cox School (Intermediate) in memory of the benefactor who gave the 15-acre tract of land on which Waialua High and Intermediate now stands.

When the County governance structure was adopted in the Territory of Hawaiʻi (1905,) Cox was the first member of the County Board of Supervisors, representing Waialua.  He also served as Deputy Sheriff.  (Andrew Cox died January 29, 1921 after an illness of several years at the age of 53.)

For a while, Leilehua High School was the only high school in this part of the Island had.  Then, in 1936, the Cox Intermediate School was enlarged to include a high school division and the school was renamed Waialua High and Intermediate School.

Charles Nakamura attended Waialua Elementary, Andrew E. Cox Intermediate, and Waialua High Schools. He was Waialua High’s first student body president and member of its first graduating class in 1939.  (UH)

Waialua resident Charles Nakamura said high school graduation has been a major event in the Oʻahu community of fewer than 4,000 since the first commencement at the old Andrew E. Cox Auditorium on June 7, 1939.  (Honolulu Advertiser)

By 1950, the school enrollment reached 745 students, with a staff of 30 teachers.  Today, enrollment is approximately 600 (grades 7-12.)

Waialua High School is an accredited school and offers a curriculum comparable to any high school in the island. Students who are preparing for college have courses such as physics, chemistry, biology, plain and solid geometry, trigonometry, algebra and three language courses to choose from.

For students who are interested in entering the business field, the school offers courses such as shorthand, typing, business math, bookkeeping, office practice and general business. If a student is interested in the technical or vocational field, he/she has shop, agriculture and homemaking to help further his studies.

Waialua High and Intermediate is recognized nationally as one of 11-medal-winning schools from Hawaiʻi (recognized by US News, for performing well on state exit exams, based on students’ mastery of college-level material - all 11-schools received Bronze medals.)

For the last dozen+ years, Waialua has had an award winning robotics team (Na Keiki O Ka Wa Mahope (The Children of the Future) aka Hawaiian Kids.)  The team motto is “It's not about winning ... It's about teamwork, commitment and responsibility.”

The image shows Waialua High and Intermediate School logo.  In addition, I have added other images in a folder of like name in the Photos section on my Facebook and Google+ pages.

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Wahiawa Dam and Reservoir (Lake Wilson)

"The greatest irrigation proposition ever undertaken in the Hawaiian Islands is the Wahiawa dam, which will soon be under course of construction in the Wahiawa valley, some miles from Honolulu. ... It will also be used for irrigating fruit lands belonging to a colony of settlers in the immediate vicinity of the dam and for generating electric power."  (Louisiana Planter, September 19, 1904)

"This dam will conserve in a great natural reservoir basin over two and a half billion gallons of water which will be used chiefly to irrigate the upper cane lands of the Waialua Agricultural Company's great sugar plantation, eight miles away."  (Louisiana Planter, September 19, 1904)

"The dam will be built by the Wahiawa Water Company, which consists of the Waialua Agricultural Company and members of the colony of fruit growers who own the land which the reservoir will occupy when filled. The site that has been selected, is just below the junction of the north and south forks of Kaukonahua, the largest and longest stream on the island of Oahu. The reservoir basin lies between the Waianae and Koolau ranges of mountains and extends up the north fork of the stream 3.5 miles and 4.5 miles up the south fork."  (Louisiana Planter, September 19, 1904)

By 1889, sugar cane had become a rapidly-developing crop on Oahu. Despite the fact that the Hawaiian Islands receive significant amounts of total rain, it falls sporadically onto volcanic soil that does little to hold it. For agricultural purposes, much of the terrain is practically desert unless the rainfall can be captured and held.  (HeritageMuseumOC)

Initially the sugar plantations were dependent on irrigation systems that used massive pumps to lift rainwater up to 650-feet from artesian wells along the coast to the level of the plantations. This was a very expensive proposition and most likely required a great deal of maintenance. So the idea of building a dam became very attractive.

Leonard Grant (LG) Kellogg had settled in the colony of Wahiawa, which was primarily engaged in pineapple farming. He organized the Wahiawa Water Company with the purpose of providing drinking water and irrigation to the colony. The company constructed a ditch from a local water source to the colony.

The Wahiawā Colony Tract covered an area of 1,300-acres.  The homesteaders formed an agricultural cooperative called the Hawaiian Fruit and Plant Company; later, they set aside the central town lots for the use and benefit of the Settlement Association of Wahiawā resident landowners. Within a few years, Wahiawā Town was underway.

In 1902, LG called in his mainland brother, Hiram Clay Kellogg, to survey the area as the site of a potential reservoir. He also turned to the Waialua Sugar Plantation to help finance a reservoir project and be a customer of the water after the dam was built.

Once the survey was completed, LG called on James Dix Schuyler, a prominent consulting engineer from Los Angeles. Schuyler recommended a dam structure that used a combination of rock fill (loose boulders packed together) and hydraulic fill (soil that is moved into place and compacted by water). Clay was hired to do the detailed plans for the dam and to supervise its construction.

Although officially named Wahiawa, the dam is also known as the Waialua.  It was constructed at a fork in the Kaukonahua River, backing the water up into two separate valleys to form what may have been considered two reservoirs, implying two separate dams.

Construction began in 1903 and was completed in 1905. The logistics of the construction were challenging. Railroad track was laid for bringing in the boulders for the rock fill portion from as far away as 6-miles. A high trestle was built over the dam site, and the rocks were dropped into place. The long drop compacted them so they held in place.

At its completion, it was the highest dam and largest reservoir in the Hawaiian Islands. The dam rose 98-feet above the stream bed, was 460-feet long and 25-feet wide at the crest, and 580-feet wide at the base. The original capacity of the reservoir was 2.5-billion gallons. It cost $300,000 to build, and was considered something of a bargain.

The water from the Wahiawa dam was transported to the higher cane lands of the Waialua plantation by means of tunnels and ditches and reduced the cost of water from an average of $63-per acre to about $20-per acre. It will also served lands between the 700 and 400-feet levels which could not be supplied by pumps for less than $90 to $100-per acre.

The water supply feeding the reservoir was ample to fill it from 4 to 6-times per year; with rainfall distributed throughout the year, the reservoir was refilled in rapid succession as it is emptied. The average depth is 26-feet, with the maximum depth of 88-feet at the dam.

At the time, the capacity of the pumping plant on the Waialua plantation was 72,000,000-gallons daily (more than double the average consumption of the city of San Francisco, CA.)

Since 1957, the Department of Land and Natural Resources, through a cooperative agreement with Castle & Cooke, Inc., has managed Wahiawa Reservoir as a public fishing area. In 1968, a 14-foot wide concrete boat launching ramp and parking area were constructed by the State for public use.

The reservoir is stocked with both large and small mouth bass, bluegill sunfish, Channel catfish, Threadfin shad, tilapia, peacock bass, oscar, Chinese catfish, and carp. It is the responsibility of DLNR's Division of Aquatic Resources to manage these gamefish populations within the reservoir for recreational fishing purposes.

In 1999, the invasive aquatic plant, salvinia molesta, invaded the reservoir; within months, its growth exploded to a point in 2003 that it covered 95% of the reservoir's surface area.

Salvinia molesta is a plant that under ideal conditions will double in number in 2-3 days and double in volume in 7-10 days.  Apparently, little was done to stop it.  In addition to other concerns, at risk was a die-off of 500-tons of fish.

In the first month of my service at DLNR (January, 2003,) I asked our Chief Engineer (Eric Hirano) to prepare and oversee a plan to rid the reservoir of salvinia.  By May 24 2003 (after approximately $1.7-million,) DLNR reopened the popular state park for public use of shore portions.

The park reopening, after nearly 3-months of closure, followed successful completion of intensive bulk extraction activities by State, City and County, and federal and military agencies.  A month later, Wahiawa Freshwater Recreation Area was reopened to boat fishing.  (Lots of information here from Heritage Museum of Orange County.)

The image shows a 'before' image of Lake Wilson, covered in salvinia (that's not a meadow, that's a lake.)  In addition, I have included other related images in a folder of like name in the Photos section on my Facebook and Google+ pages.

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