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Macadamia


, : Macadamia. Hawaii Agricultural Experiment Station: Biennial report 1970-72: 47

The high-yielding variety Kau has been released.

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Related references

Galvan Diaz, B.M.; Galvan Diaz, M.; Nunez Tovar, R., 1994: Study on the cultivation of macadamia nut (Macadamia tetraphylla Shell and Macadamia integrifolia Shell) as alternatives for the coffee and citrus zones of northeastern hills of Puebla and north central Veracruz. A study was carried out to evaluate the possibility of introducing macadamias as an alternative crop for the coffee and citrus producing areas in the northeastern hills of Puebla and north central Veracruz. The specific objectives were to identify...

Anonymous, 2008: Supercritical carbon dioxide extraction of macadamia (Macadamia integrifolia) nut oil: experiments and modeling

Garcia, C.V., 2005: Phytosanitary survey in five macadamia (Macadamia integrifolia Maiden et Betche) cultivars in Colombia. As a consequence of the increase of the commercial area of macadamia trees in the Colombian coffee zone, a research program was created to evaluate the agronomic behaviour of macadamia cultivars, and to identify the main sanitary problems that cou...

Awada, M.; Warner, R.; Watanabe, Y., 1967: Effects of soil moisture stress on growth and yield of Macadamia (Macadamia integrifolia). In a three-year trial on a low humic latosol (silty clay), furrow-irrigation with non-measured amounts of water was used to obtain wet, dry and moderately dry soil-moisture regimes. Yields, adjusted for initial tree size, were significantly higher...

N.V.Hue, 2009: Iron and phosphorus fertilizations and the development of proteoid roots in macadamia Macadamia integrifolia. Proteoid roots are reportedly an adaptation to soils with either low phosphorus (P) or iron (Fe) or both. Since macadamia (Macadamia integrifolia, a member of the family Proteaceae) is an important crop in Hawaii, a factorial experiment with soil...

Nagao M.; Sakai W.S., 1984: Effect of growth regulators and girdling on flowering and fruit set of macadamia macadamia integrifolia. Hortscience 19(3 SECT 2): 563-564

Kobayashi K.D.; Ueunten G.R., 1984: Estimating leaf area for cultivars kakea and keaau macadamia macadamia integrifolia. Hortscience 19(3 SECT 1): 413-415

Hasanah, M.; Sukarman ; Rusmin, D., 2002: Lack of effect of pretreatment on the viability of macadamia (Macadamia integrifolia) seed. One problem in developing macadamia in Indonesia is the limited availability of good quality seed. Viability of the seed is easily lost and erratic, and the seed has long dormancy periods. An experiment was conducted to determine a method for enha...

Guest, Paul, 1942: The relationship between chlorosis of macadamia seedlings and certain chemical constituents of macadamia seeds. Seeds from 22 accessions of macadamia (Macadamia ternijolia var. integrifolia) were planted in sand cultures and the degree of chlorosis of the seedlings was evaluated numerically by a method which is given. Certain chemical constituents of the se...

Bittenbender, H.C.; Hue, N.V.; Fleming, K.; Brown, H., 1998: Sustainability of organic fertilization of macadamia with macadamia husk-manure compost. Macadamnia husk-manure compost was evaluated as an organic fertilizer for the production of macadamia in an experiment over four years at irrigated and unirrigated sites on the MacFarms of Hawaii orchard. The treatments were (1) Fertilizer, a comb...