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Trickle irrigation and media effects on growth of Chrysanthemum morifolium Ramat

, : Trickle irrigation and media effects on growth of Chrysanthemum morifolium Ramat. Acta Horticulturae (37): 1975-1982

Chrysanthemums were grown in benches containing coarse particles of incinerated anthracite refuse (IAR), fine particles of IAR, or Gatesburg sand. They were supplied with a complete nutrient solution via trickle irrigation which was provided once daily, every 4 h or constantly.

Accession: 000254611

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Related references

Stern J.H.; White J.W.; Cunningham R.L.; Cole R.H., 1974: Trickle irrigation and media effects on growth of chrysanthemum morifolium. Acta Horticulturae (Wageningen) 37: 1975-1982

Harbaugh B.K.; Stanley C.D.; Price J.F., 1986: Interactive effects of trickle irrigation rates cultivars and culture on cut chrysanthemum chrysanthemum morifolium. Interactive effects of trickle irrigation rates, cultivars and culture (single or pinched stem), on Chrysanthemum .times. morifolium Ramat. cut flower yield and quality were evaluated. The minimum amount of water required to produce the greatest n...

Langton, F.A.; Benjamin, L.R.; Edmondson, R.N., 1999: The effects of crop density on plant growth and variability in cut-flower chrysanthemum (Chrysanthemum morifolium Ramat.). The effects of crop density on chrysanthemum plant yield and variability were studied using cultivars Snowdon and Delta in 4 experiments (spring, summer, autumn and winter) using fan design layouts of gradually increasing space per plant in a gree...

Bonaminio, V.P.; Larson, R.A., 1978: Influence of potting media, temperature, and concentration of ancymidol on growth of Chrysanthemum morifolium Ramat. Studies were carried out on the cvs Nob Hill, Giant Indianapolis White and Giant Indianapolis Yellow growing on pine bark humus, river sand, greenhouse soil or standard phytotron mix in 11.5 cm pots. As day/night temperature increased or decreased...

Holcomb, Edmund-Jay, 1973: Relationships between soil testing, plant analysis, and growth of Chrysanthemum morifolium Ramat. produced with constant drip irrigation

Tanaka, T., 1978: Effects of the various photoperiodic treatments on the growth of Chrysanthemum morifolium Ramat. Chrysanthemum plants, cv. Ginpa, were grown (a) with the top 5 leaves in 9-h days, the next 5 leaves in 16-h days and with all other leaves removed; or with (b) 10 or (c) 5 leaves in short days and all others removed. The appearance of flower buds...

Harbaugh B.K.; Wilfret G.J., 1980: Spray chrysanthemum chrysanthemum morifolium production with controlled release fertilizer and trickle irrigation. Various rates, types and formulations of controlled-release fertilizers were evaluated as potential components in a trickle irrigation production system for spray chrysanthemums (C. morifolium Ramat.). Optimum rates of total-N, with 34 kg N/ha as...

Stanley C.D.; Harbaugh B.K., 1980: Minimum water use studies for chrysanthemum chrysanthemum morifolium on a sandy soil using trickle irrigation. Hortscience 15(3 PART 2): 403

Stanley C.D.; Harbaugh B.K., 1981: Chrysanthemum chrysanthemum morifolium leaf water potential response to differing trickle irrigation rates. Hortscience 16(3 SECT 2): 447

Harbaugh B.K.; Stanley C.D.; Price J.F., 1982: Trickle irrigation rates and chrysanthemum chrysanthemum morifolium cultivar manatee yellow iceberg cut flower production. The minimum water requirement to produce the greatest number of marketable cut flowers of C. .times. morifolium Ramat. 'Manatee Yellow Iceberg' was 35 cm with trickle irrigation, a 91% reduction in water uses as compared to overhead irri...