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Spread of Fusarium spp. in carnations by means of water

, : Spread of Fusarium spp. in carnations by means of water. Acta Horticulturae: 103-105

In the Netherlands water plays an important role in the spread of F. oxysporum f. sp. dianthi and F. redolens in carnations.

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Related references

Fletcher, J.T.; Martin, J.A., 1972: Spread and control of Fusarium wilt of carnations. Symptom production was recorded for 31 months in a crop of carnations infected by F. oxysporum f. dianthi. Spread was slow in the first year but the rate increased to about 12 in of bed length/month by the end of the crop. The degree of infection...

Rattink, H., 1983: Spread and control of Fusarium wilt in carnations on artifical substrates. Spread of F. oxysporum f.sp. dianthi and F. [oxysporum var.] redolens introduced in rockwool and a recirculating Nutrient Film Technique system was very rapid, especially in the latter and resulted in heavy attacks, starting within c. 1 month of i...

Fletcher J.T.; Martin J.A., 1972: Spread and control of fusarium oxysporum f dianthi wilt of carnations. Plant Pathology (Oxford) 21(4): 182-187

Rattink, H., 1983: Spread and control of Fusarium wilt in carnations on artificial substrates. Acta Horticulturae: (141) 103-108

Rattink, H., 1981: The spread and control of Fusarium wilt disease of carnations in nutrient film. Fusarium wilt tends to spread very rapidly in NFT-grown carnations. If 0.07% thiophanate-methyl was added to the nutrient solution prior to infection by wilt (Fusarium oxysporum var. redolens) disease spread could be held in check. The duration of...

Pawliczuk, Z., 1986: Breeding carnations resistant to Fusarium oxysporum f.sp. dianthi. I. Evaluation of F1 hybrids obtained by crossing the carnations Pallas and Sacha with other varieties. In work during 1981-84, Pallas and Sacha, reported to be resistant to race 2 of the pathogen, were reciprocally crossed with each other and with various other varieties. Data are tabulated reflecting pollination efficiency and seed germination, fl...

Kinnaman, H.R.; Baker, R., 1974: Fusarium stem rot of carnations: inhibition of Fusarium roseum in benomyl treated plants. Carnation plants were grown in soil or gravel treated with benomyl as follows: (1) 50% w.p. at 65 p.p.m. incorporated into soil near the roots at planting and again 6 weeks later; (2) 200 ml of a 65 p.p.m. suspension applied as a soil drench at pl...

Tramier R.; Antonini C.; Bettachini A., 1988: Biological control of fusarium wilt of carnations with different fusarium oxysporum strains. Three strains of Fusarium oxysporum were tested for their antagonism to Fusarium oxysporum f.sp. dianthi, two from alluvial soils of the Durance valley (Provence, France) known to be suppressive to F. o. f.sp. melonis (strains 47 and 20 of Alabouv...

B"chvarova R.; Filipova I.; Atanasova B., 1989: Efficiency of fungicides against fusarium wilt fusarium oxysporum f sp dianthi in carnations. In the period 1984-1985, at the Institute of Floriculture, Negovan [Bulgaria] in vitro and in vivo trials were carried out to test the effect of 14 fungicides intended to control Fusarium wilt in carnations. The above-mentioned preparations have d...

Rattink, H.; Postma, J., 1996: Biological control of fusarium wilt in carnations on a recirculation system by a nonpathogenic Fusarium oxysporum isolate. Research has been done on the possibilities of biocontrol of Fusarium wilt of carnations in rockwool blocks on gullies of a subirrigation recirculation system by the nonpathogenic isolate 61812 of Fusarium oxysporum. Suppression of wilt did not oc...