Hawaii Sugar Planters | Images of Old Hawaiʻi

October 23, 2021 by Peter T Young 1 Comment

Hanapēpē Massacre

In Hawaiʻi, shortage of laborers to work in the growing (in size and number) sugar plantations became a challenge. Starting in the 1850s, when the Hawaiian Legislature passed “An Act for the Governance of Masters and Servants,” a section of which provided the legal basis for contract-labor system, labor shortages were eased by bringing in contract workers from Asia, Europe and North America.

Of the large level of plantation worker immigration, the Chinese were the first (1850,) followed by the Japanese (1885.) After the turn of the century, the plantations started bringing in Filipinos. Over the years in successive waves of immigration, the Sugar Planters (HSPA_)brought to Hawaiʻi 46,000-Chinese, 180,000-Japanese, 126,000-Filipinos, as well as Portuguese, Puerto Ricans and other ethnic groups.

Upon arrival in Hawaiʻi, Filipino contract laborers were assigned to the HSPA-affiliated plantations throughout the territory. Their lives would now come under the dictates of the plantation bosses. They had no choice as to which plantation or island they would be assigned. Men from the same families, the same towns or provinces were often broken up and separated. (Alegado)

Between 1906 and 1930, the HSPA brought in approximately 126,000-Filipinos to Hawaiʻi, dramatically altering the territory’s ethnic demographics. Comprising only 19-percent of the plantation workforce in 1917, the Filipinos jumped to 70-percent by 1930, replacing the Japanese, who had dwindled to 19-percent as the 1930s approached. (Aquino)

The end of World War I was a time of crisis for labor in general – the economy had to accommodate two-million soldiers seeking civilian jobs – and, the US Supreme Court issued rulings which were unfavorable to labor. Never-the-less, “There seems to be some sort of strike in every city, town and hamlet in the country.” (Poindexter, Advertiser, October 28, 1919; Alcantara)

In Hawaiʻi, the Japanese abandoned unionism altogether with the failure of the 1920 strike; Filipinos, led by Pablo Manlapit, continued to organize and also form the Higher Wages Movement.

The Movement petitioned the Sugar Planters in 1923 for a $2-a-day, 40-hour work week and an end to abuses. Then, in April 1924, Filipino plantation workers went on strike. Rather than a unified Filipino effort, it turned into a Visayan versus Ilocano conflict (the plantations brought Ilocanos in as strike breakers.) (Alegado)

The strike of 1924 occurred over a period of approximately five months from April through September. It consisted of loosely coordinated strike actions on Oʻahu, Kauai, Maui and the Big Island under the general direction of the Executive Committee of the Higher Wages Movement involving a few thousand strikers at 23 of Hawai‘i’s 45 plantations, with just four of Kaua‘i’s 11 plantations represented: McBryde, Makaweli, Makee and Līhuʻe. (Kerkvliet)

On September 8, 1924, two Ilocano Filipinos, Marcelo Lusiano and Alipio Ramel (each about 18-years old from the Makaweli plantation,) rode into Hanapēpē on their bicycles to buy a pair of $4 shoes. (Hill)

Filipino laborers earned approximately $20 to $25 a month, and would spend about one-fourth of their wages on food and an additional $2 to wash their clothes. They sent much of the remaining money to relatives in the Philippines.

On their way back to the plantation, Lusiano and Ramel passed the strike headquarters, where they were apparently attacked by Visayan strikers and held inside the schoolhouse against their will. When friends of the young men realized they were missing, they reported them to the Kauai sheriffs. (Hill)

“(T)he men were kidnaped by strikers and held prisoner at a Japanese school house at Hanapēpē. They said they were attacked by strikers and intimidated into declaring that they would join the strikers.” (Honolulu Times, September 12, 1924)

The next day, strikers and police clashed at a strike camp in Hanapēpē. About 40-armed police had gone to pick up the two Ilocanos at the strike camp, believing them to be prisoners of the strikers. (hawaii-edu)

The two men were released and were leaving the school grounds with Deputy Sheriff William Crowell when some strikers began following and taunting them, waving their cane knives in the air threateningly. The sharpshooters fired upon the strikers when they saw the men try to attack Crowell. (Hill)

“The policemen drew out their revolvers and I heard one saying that they should be quiet otherwise they would be pacified with their revolvers to which strikers answered that they should go ahead.”

“Later on we heard a shot quite far from us. I cannot ascertain whose shot it was, if it came from the police side or the striker’s side, but I was sure it was quite far from us behind.” (Lusiano; Honolulu Times, September 12 ,1924)

In the end, 16 strikers were shot dead; four sheriffs suffered casualties as a result of stab wounds and 25 were reported wounded. (Hill)

“When I heard the shooting, I began to run … I didn’t even have a knife. I had nothing to defend myself with. There were others who had guns, but they only had two bullets. They were courageous, they were acting tough … They’re the ones who died. I’m a coward. Those who ran away, they didn’t die.” (Bakiano; hawaii-edu)

The incident has been referred to the Hanapēpē Massacre; it was the bloodiest incident in the history of labor in Hawaiʻi. (Alegado)

Most of the strikers were arrested; seventy-six were indicted on riot charges, 60 received 4-year sentences. Some returned to work afterward; some were deported back to the Philippines. Nobody was charged with murder. (Hill, Alegado)

Manlapit was convicted of conspiracy and received a two- to 10-year sentence at O‘ahu Prison, but was paroled in 1927 on the condition he leave the Islands. He moved to California, but returned to Hawai‘i in 1933 and returned to the Philippines in 1934. (Soboleski)

In 2006, a plaque was placed in the Hanapēpē Town Park to commemorate the Hanapepe Massacre of 1924.

November 6, 2019 by Peter T Young Leave a Comment

Foster Botanical Garden

In 1853, Queen Kalama leased 4.6 acres of land to William Hillebrand, a botanist as well as a physician; he and his wife built a home in the upper terrace area of the present garden. The magnificent trees which now tower over this area were planted by him.

Six years after his arrival, he and nine other Honolulu physicians petitioned to charter an organization called the Hawaiian Medical Society. Today, it is the Hawaii Medical Association.

Appointed physician to the royal family at The Queen’s Hospital (now The Queen’s Medical Center), Hillebrand also served as chief physician at the hospital from 1860 to 1871.

While on a mission for the King to bring Chinese immigrants to work in the islands’ sugar fields, Hillebrand introduced Common Myna birds to Honolulu (as well as “carrion crows, gold finches, Japanese finches, Chinese quail, ricebirds, Indian sparrows; golden, silver and Mongolian pheasants; and [two] axis deer from China and Java”.)

After 20 years, Hillebrand returned to Germany, where he published Flora of the Hawaiian Islands in 1888.

In 1884, the Hillebrand property was sold Thomas R. Foster and his wife Mary E. Foster, who continued to develop the garden at their homesite.

In 1919, Foster leased two-acres to the Hawaiian Sugar Planters’ Association for its experiment station, under the direction of Dr. Harold L. Lyon, a botanist and plant pathologist.

Lyon proceeded to build on the work of plant conservation and landscape architecture which Dr. Hillebrand and Mrs. Foster had initiated. By 1925, his plant nursery had produced over a million trees, most of them exceptional varieties which were not grown elsewhere.

Hundreds of new species of trees and plants had been imported, cultivated and distributed throughout the Hawaiian Islands.

Upon Mrs. Foster’s death in 1930, the 5.5 acre site was bequeathed to the City and County of Honolulu as a public garden and was opened to the public on November 30, 1931, with Lyon as its first director.

Over a span of 27 years, Dr. Lyon introduced 10,000 new kinds of trees and plants to Hawaiʻi. The Foster Garden orchid collection was started with Dr. Lyon’s own plants.

Through purchases by the City and gifts from individuals, under the directorship of Paul R. Weissich (1957-89), Foster Garden expanded to over 13.5-acres and also developed four additional sites on Oahu Island to create the 650-acre Honolulu Botanical Gardens system (including, Hoʻomaluhia Botanical Garden, Koko Crater Botanical Garden, Liliʻuokalani Botanical Garden and Wahiawa Botanical Garden.)

Taken as a whole, these five gardens feature rare species from tropical environments ranging from desert to rainforest, comprising the largest and most diverse tropical plant collection in the United States.

In addition to being a pleasant place to visit, Foster Botanical Garden is a living museum of tropical plants, some rare and endangered, which have been collected from throughout the world’s tropics over a period of 150 years.

Today the garden consists of the Upper Terrace (the oldest part of the garden); Middle Terraces (palms, aroids, heliconias, gingers); Economic Garden (herbs, spices, dyes, poisons); Prehistoric Glen (primitive plants planted in 1965); Lyon Orchid Garden; and Hybrid Orchid Display.

It also contains a number of exceptional trees, including a Sacred Fig which is a clone descendant of the Bodhi tree that Buddha sat under for inspiration, a sapling of which was gifted to Mary Foster by Anagarika Dharmapala in 1913.

In 1975, the Hawaiʻi State Legislature found that rapid development had led to the destruction of many of the State’s exceptional trees and passed Act 105 – The Exceptional Tree Act.

The Act recognizes that trees are valuable for their beauty and they perform crucial ecological functions. All told, Foster Botanical Garden contains 25 of about 100 Oʻahu trees designated as exceptional.

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William_Hillebrand

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Bodhi_tree_foster_botanical_gardens-Genetically identical to the Bodhi Tree (original) at Sri Mahabodhi temple, India

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Daibutsu-replica of the Great Buddha of Kamakura-dedicated in 1968 for centennial of Japanese immigration to Hawaii

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False Olive Tree, Elaeodendron orientale

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January 24, 2018 by Peter T Young Leave a Comment

Frederick Arthur Godfrey Muir

“One of the outstanding results of the great commercial and agricultural developments of the past century has been the enormous increase of insect pests.”

“Some of these pests have been distributed by commerce and many of them have become great pests only after leaving their home country.”

“In 1900, the sugar cane industry of the Islands began to be seriously checked by a very small insect known as the sugar-cane leafhopper which somehow had become established from Australia a few years earlier.” (Timberlake)

“This insect is extremely prolific and when multiplying unchecked it increases to such an extent that the sugar cane is badly stunted and finally killed. The adults migrate especially at night from one field to another, flying generally from the older cane to younger fields.”

“By 1904 the situation had become extremely bad and the whole industry was suffering enormous losses and was threatened with entire destruction by this insect. There seemed to be no practical· means of combating it”. (Timberlake)

As an example, the Big Island’s Pahala Plantation harvested 18,888 tons of sugar in 1903, but only 1,620 tons in 1905 and 826 tons in 1906. (Tucker)

Dr. Frederick AG Muir began this work for the Experiment Station of the Hawaiian Sugar Planters’ Association in September, 1905. This was when the sugar cane leafhopper was still a serious pest in Hawai‘i. (Swezey)

Before coming to Hawai‘i, Muir was employed in various parts of Africa, first as engineer and electrician and later as entomologist, having been connected with Eckstein group of gold mines in Johannesberg. (Nellist)

Frederick Muir (an entomologist with HSPA – at the time the only entomological research institution in Hawai‘i), began a long search to find and introduce natural enemies, seeking biological control as a method of controlling insect pests. (Swezey)

He was sent out to the tropical areas of the South Pacific, Australia, and the Melanesian Archipelago to search for potential biological control agents for sugar cane pests. (Evenhuis)

In a magazine article published in 1912, a newspaper man asked Mr. Muir, “Were you ever in danger of losing your life?” Muir was a small, mild-looking man with the air of a college professor, in spite of the outdoor color on his face and hands. He seemed much embarrassed by the question.

“Oh, no,” he said with a sharp English accent that ten years knocking about in the tropics had not altered. “You see, I have a theory that a man can go anywhere safely as long as he respects the point of view of the inhabitants, whether they be man or animals.” (Easton)

On one expedition, “he fell ill of typhoid fever and lay helpless in the hospital for five weeks. His precious insects were almost continually in his mind, be he was too ill to care for them”. (Washington Herald, Oct 11, 1914)

He was instrumental in finding and bringing to the Territory numerous parasites to counteract the ravages of the leaf-hopper, borer beetle, and anomala beetle, thus saving the industry an immense amount of money if not from destruction. He has published a number of monographs on leafhoppers, beetles and other entomological subjects.

“(H)e considered (the) isolated oceanic (Hawaiian) islands to which during a tremendously long time the flotsam and jetsam of ocean drift had brought a few forms of vegetable and animal life from which have since been evolved the numerous species that in a few tribes only now characterize its flora and fauna.”

“It is noteworthy that in this evolution no degree of adaptation is exhibited, species have gone on forming regardless of adaptation. The peculiar simplicity of the biological conditions with known factors make these islands the finest center for the study of evolution”.

“(I)ntroduced insects, from the absence of their parasites, are liable to play an important role. As an example, a leaf hopper damaged the sugar crop $5,000,000 in a year; but the introduction of an egg parasite from Fiji reduced this to $15,000.”

“The absence of secondary parasites has caused such introductions of parasites to be attended with unusual success.” (Proceedings of NY Entomological Society, Nov 26, 1917)

Muir was born in London on April 24, 1873, the son of Alexander Muir of Scotland and Annie Marie (Lempriere) Muir, of Jersey. His early education was obtained in England.

“On October 31, 1917, Dr. Muir left for England to engage in war service for his native country in the trying days of the World War. He returned to Honolulu a year later on October 28, 1918.”

“In the meantime he had married Margaret Annie Sharp on April 9, 1918, the daughter of Dr. David Sharp (another entomologist).” (Swezey)

Dr. Muir’s health had been undermined by so much time spent in unhealthful tropical jungles, etc., and he went to England at intervals, spending most of the years 1927 and 1928 there.

On his return from England, September 12, 1928, arrangements were made for his retirement from active service at the Experiment Station, HSPA.

He left Honolulu on November 17, 1928, to make his home in England, (Swezey) He died there on May 13, 1931.

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Frederick Muir-Easton

Frederick Arthur Godfrey Muir

October 31, 2016 by Peter T Young Leave a Comment

Hawaiian Sugar Planters’ Association (HSPA)

From 1835, when the first successful commercial plantation was started at Kōloa, Kauai, to 1999, when one of the last sugar plantations ceased operations, over 100 sugar plantations and mills played a major role in the economic and social history of Hawaii. (UH Manoa)

Sugar industry members first organized together in 1882 as Planters’ Labor and Supply Company; the initial issue of the Planters Monthly (1882) noted that present publications (newspapers) “do not seem adquate avenues for the discussion of matters pertaining to the agriculture of a country.”

“The questions of labor, methods and cost of planting operations, methods of sugar making, dangers to which crops may be exposed from insects, plant diseases, and other causes, labor saving and sugar machinery, markets for produce, live stock, manures and other topics of similar importance can better be discussed in a publication devoted to their consideration.”

Over the years, The Planters’ Labor and Supply Company … (served as) a voluntary organization of persons and corporations in interested sugar industry. … (It had as its) objects and purposes the improvement of the sugar Industry, the support of an experiment station, the maintenance of a sufficient supply of labor, and the development of agriculture in general.” (Evening Bulletin, 1909)

Then, “After two days’ session the Planters’ Labor and Supply Company has passed out of existence and a new name substituted, under which much better results are hoped for.” (Hawaiian Gazette, November 29, 1895)

An 1895 newspaper announcement noted By-Laws of the newly formed Hawaiian Sugar Planters’ Association (HSPA) (evolved from the Planters’ Labor and Supply Company.)

“This Association shall be known as the Hawaiian Sugar Planters Association and shall have for its objects the improvement of the sugar industry, the support of an experimental station and laboratory, the maintenance of a sufficient supply of labor, and the development of agriculture in general.”

“Members of this Association may be Sugar plantations or Mill Companies and individuals who are directly interested in Sugar plantations or Mills, but the Trustees of this Association may at their discretion admit other plantation companies and individuals engaged in other agricultural pursuits.” (The Independent, November 27, 1895)

HSPA was funded by the industry through self-assessments on each ton of sugar produced. The charge was determined based on the amount the board approved in the operating budget for HSPA. Each plantation company contributed based on the tons sugar produced.

The HSPA not only conducted scientific research in areas of improved seed, fertilization, and irrigation practices but also centralized management information and decision-making among the various plantations as it became a repository for knowledge of the sugar industry in Hawai’i.

HSPA was early to recognize to see the need to protect the Islands’ water supplies by reforesting mauka areas. On November 21, 1906, HSPA resolved that it “hereby expresses its hearty approval of the policy of setting apart forest reserves, inaugurated and now being prosecuted by the Territorial authorities …”

And that rangers should be provided “to guard and protect such reserves from fire, trespassers and depredation, (and) By the initiation of systematic reforesting of such portions of said reserves as are not now covered with trees”.

They later followed up in December 1916, resolving that “the public interests of the Territory urgently require that a systematic working plan for reforesting the several islands, more particularly the Island of Oahu, from the standpoint of the conservation of water, should be drawn up, adopted, and put into execution at as early a date as practicable”.

In 1919, the HSPA bought 124-acres and Harold Lyon was put in charge of a newly created Department of Botany and Forestation for the Territory of Hawai‘i. He organized the first plant pathology Department established in any US Experiment Station, and also developed the Manoa Arboretum for botanical studies (renamed the Harold L Lyon Arboretum after his death in 1957.)

“Members and administrators of the HSPA appear to acknowledge the difficult physical nature of manual labour in the sugar cane fields.” “Evidence from the early 1920s suggests that there were attempts by Hawaiian sugar plantation management to develop processes that measured individual productivity.”

“It was seen as an undertaking to reward individual efforts and help alleviate labour shortages that continued, albeit at a lower rate, through the 1930s Great Depression.” (Dyball & Rooney)

As an organization representing one of the largest industries in Hawai‘i prior to World War II, the HSPA and its members wielded great economic and political influence. (Nakamura)

Through the 1950s sugar was the dominant economic engine of the Hawaiian Islands. The owners and operators of the factory companies and plantations set the economic, social and political tone of the Islands. (HARC)

HSPA built its main experiment station and administrative facilities at Makiki in 1917 (much of its former outplanting area is now the fields of the Makiki District Park;)in the early-1970s HSPA moved to a new facility in Aiea.

In addition to that, HSPA had a large leased area at Waipiʻo, the Helemano Variety Station, the Ewa Variety Station, the Kailua Substation, the Manoa Arboretum (late known as the Lyon Arboretum, and a few other O‘ahu sites.

On the Island of Hawaii there are four cane variety units (in Hilo, Hāmākua, Kohala and the Hawai‘i Seed Nursery,) as well as other facilities. Kauai had the Kauai Variety Station at Lihue; the Maui substation was at HC&S and Molokai had sugar-cane quarantine facilities.

As plantations began, merged and closed, the business records of these enterprises were often lost or placed in jeopardy. In 1981, HSPA created the Plantation Archives to serve as a repository for records of plantations that chose to donate their records. In 1995, the collection was donated to the University of Hawai‘i at Manoa Library. (UH Manoa)

The organization changed its name again in 1996 to Hawai‘i Agriculture Research Center (HARC) which reflects its expanding scope to encompass research in forestry, coffee, forage, vegetable crops, tropical fruits, and many other diversified crops in addition to sugarcane.

In addition to serving Hawaii’s agricultural industries through research and immediate response teams to solve problems, HARC helps other local, national, and international organizations meet their research, on-site consulting, and training needs.

HARC offers a wide array of agricultural services. Mainland seed companies take advantage of Hawaii’s favorable weather conditions by utilizing HARC’s field and nursery services for winter growouts, seed increases, and testing. The analytical chemistry laboratory specializes in residue studies conducted according to EPA Good Laboratory Practices. (HARC)

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19700520 – Hawaiian Sugar Planters Association property in Makiki. Star-Bulletin BW by Warren Roll.

19610213 – The Hawaiian Sugar Planters Association campus in Makiki. BW Star-Bulletin photo.

HSPA administration building (fronting Keeaumoku Street)

HSPA Center Aiea

Hawaiian Sugar Planters Association Experiment Station-PP-8-9-007-00001

Hawaiian Sugar Planters Association Experiment Station-PP-8-9-006-00001

Hawaiian Sugar Planters Association Experiment Station-PP-8-9-005-00001

Hawaiian Sugar Planters Association Experiment Station-PP-8-9-004-00001

Hawaiian Sugar Planters Association Experiment Station-PP-8-9-003-00001

Hawaiian Sugar Planters Association Experiment Station-PP-8-9-002-00001

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HSPA facility Aiea

HSPA entranct to administrative building at experiment station in Makiki

May 25, 2016 by Peter T Young 1 Comment

Mānoa Arboretum

Hahai nō ka ua i ka ululāʻau
The Rain Follows the Forest

“Not enough rain and not enough water in the streams are great evils”.

“It appears to me to be unnecessary to again go deeply into the theory of the relation between forests and rainfall when all intelligent and observing people admit that the decrease or increase of rainfall goes pari passu (‘hand-in-hand’) with the decrease or increase of the forests.”

“The forest, which not only produces rain, but also retains the rainwater, holding it among its leaves and branches, its undergrowth, its myriads of roots and rootlets and its fallen debris, letting the rainwater trickle down slowly to the water streams and keeping them supplied for a long time”.

“(T)hat forest is not there. Rain pours down, the water rushes in torrents through the streams to the sea and soon after everything is dry again.” (Gjerdrum to HSPA, 1897)

“The ultimate success of forestry in Hawaiʻi depends on the continued cooperation of individuals and private corporations with the Territorial Government.” (Board of Agriculture and Forestry, December 31, 1907)

In the early-1900s, Mānoa Valley’s lower slopes were stripped of their native vegetation by excessive agricultural cultivation and the overgrazing of cattle.

Without healthy forest cover, rainwater flowed to the ocean rather than recharging the ground water table, Hawaiʻi’s primary source of drinking water. This loss was of special concern to the Hawaiian Sugar Planters’ Association (HSPA,) because sugar required great quantities of water.

In 1918, HSPA established Mānoa Arboretum in order to develop methods of watershed restoration, test tree species for reforestation and collect plants of economic value.

They put Dr Harold L Lyon, a young botanist from Minnesota, in charge of 124-acres at the back of Mānoa Valley. He was, at the same time, superintendent of the Territory’s Department of Botany and Forestation.

The site lies in the ʻili (land division) of Haukulu and ʻAihualama, in Mānoa. Several man-made features, including stone platforms, loʻi and the occurrence of many Polynesian-introduced plants note early use of the site.

One of Dr Lyon’s tasks at the arboretum was to identify trees suitable for rebuilding watersheds. Lyon observed that the adverse conditions of soil created from volcanic rock erosion appeared to affect the growth, survival and eventual death of many tree species.

He also noted that native plants did not thrive in areas that were previously trampled by cattle and other animals. The experiment station’s goal was to find trees that not only could survive in soil containing volcanic rock components, but also would comprise efficient water-conserving forests.

Mānoa Arboretum was a test site to evaluate trees that could be used for reforestation throughout the islands, and to test sugarcane seedlings. The test site became the basis of the Mānoa Arboretum.

Tree-planting was a coordinated effort involving Lyon, HSPA and Territorial Forestry under the direction of Ralph Sheldon Hosmer, the Territorial Forester. The early foresters planted many types of trees on an experimental basis, but concluded that native species were of limited utility and turned largely to introduced species for large-scale reforestation efforts. (Woodcock)

Lyon concluded that healthy forests should be preserved, that heavily damaged native forests could not recover on their own, and that damaged watersheds could be restored with introduced plants. Planting began in 1920, and was essentially completed by 1945.

“As an influential board member on the Agriculture and Forestry Commission, Harold Lyon succeeded in persuading the Territorial Commission to import seed of a vast number of alien tree species. … nearly 1,000 alien species were outplanted in Hawaiʻi forest reserves.” (Mueller-Dombois)

Various trees and plants were imported from diverse areas of the world including Madagascar, Australia, India, Brazil, the Malay states, China, the Philippines, southern Europe, the East Indies, the West Indies, New Zealand, Central America and South Africa. Trees that successfully survived the Mānoa Valley soil conditions and promoted water conservation were then widely planted throughout the arboretum

Eucalyptus species, silk oak, paperbark and ironwood were the most frequently planted trees due to their fast growth and their resistance to adverse environmental conditions. However, these very qualities, as well as their ability to seed profusely, would lead to some species such as tropical ash and albizia. (Iwashita)

The number of trees planted rose to many millions by the 1930s, when the Civilian Conservation Corps (CCC) was available for planting. From 1935 to 1941, with the help of the CCC, an average of close to two-million trees were planted per year in the forest reserves.

Lyon envisioned the plantations as a buffer zone that would be established between the remaining native forests and the lower-elevation agricultural lands to protect the native forests and perform the functions (maintaining input of water to aquifers.)

This large-scale attempt to engineer nature was probably the largest environmental project ever carried out in the islands. Forestry introductions have been a significant contributor to Hawaiʻi’s alien-species crisis, with many of these tree species now problem invasive species. (Woodcock)

In his 1949 annual report to the HSPA entitled, ‘What is to be the fate of the arboretum?,’ Lyon declared the Mānoa Arboretum’s mission to test new plant introductions to be essentially complete; he believed that the HSPA should not remain the arboretum’s custodian.

On July 1, 1953, HSPA conveyed the Mānoa Arboretum to the Board of Regents of the University of Hawaiʻi. The regents were individually entrusted with the fiduciary duty of maintaining the arboretum. In 1962, the Board of Regents transferred the arboretum to the University of Hawaiʻi.

Dr. Lyon remained with the arboretum as its first director under the regents’ and university’s stewardship. After Dr. Lyon’s death in 1957, an advisory committee directed the arboretum until 1961, when Dr. George Gillette assumed the directorship on a part-time basis.

When Dr. Lyon died, the Board of Regents renamed the facility the Harold L. Lyon Arboretum (Lyon Arboretum) in honor of the man so closely associated with its growth and fruition.

In the early years, eight cottages were built on the arboretum site for staff use. The cottages were given alphabetical designations, beginning with cottage “A” at the foot of the hill leading into the arboretum site and ending with cottage “H” at the top of the hill. Lands surrounding the cottages were planted with sugar cane. Dr. Lyon also erected an orchid greenhouse between cottages “F” and “G,” which is still used today.

Cottage “H” was expanded over time and is now the main center of the Harold L. Lyon Arboretum, housing offices, a reception area, an educational office, and a book and gift shop.

Forestry, Forest Reserves, Watershed Partnerships, invasive species and related water and habitat concerns were very much a part of daily activities when I was at DLNR.

Today, I am honored and proud to serve as a director on the Hawaiʻi Forest Institute, an organization dedicated to promote the health and productivity of Hawaiʻi’s forests, through forest restoration, educational programs, information dissemination and support for scientific research.

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