Sporadic and costly failure of newly planted vines is an ongoing problem in the Australian wine industry. Failed vines are frequently infected with wood pathogens, including the fungi associated with Young Vine Decline. Hot water treatment (HWT) and other nursery practices have also been implicated in vine failure. We undertook a survey of Australian grapevine nurseries to develop an understanding of current propagation practices and to facilitate the development of reliable propagation procedures that consistently produce high quality vines. A survey covering all aspects of grapevine propagation including sources of cuttings, HWT, sanitation and cold storage was mailed to all 60 trading Australian vine nurseries. In all, 25 nurseries respo...
Drip irrigation at 0.0, 0.2 or 0.4 of weekly Class A Pan evaporation was applied to grapevines cv. S...
Hot-water treatment (50°C for 20-30 min) was carried out to confirm its efficacy in eradicating Agro...
Grapevine nurseries soak cuttings in water during propagation to compensate for dehydration and prom...
Abstract Background and Aims: Hot-water treatment (HWT) has been shown to be effective for the contr...
Many grapevine nurseries are presently employing a hot-water treatment for propagation material as a...
Hot water treatment. (HWT) of dormant grapevine cuttings at 50C for 30 minutes is an effective means...
A questionnaire covering all aspects of grapevine propagation including cultural and sanitation prac...
[EN] Background and Aims: Hot-water treatment (HWT) has been shown to be effective for the control o...
The aim of this study was to compare 11 treatment regimes (TR) in grapevine nurseries in order to er...
Hot water treatment (HWT) is an effective control for endogenous pathogens, including Phaeomoniella ...
Black foot disease causes death of infected grapevines but management of this soil-borne disease by ...
CITATION: Halleen, F. & Fourie, P. H. 2016. An integrated strategy for the proactive management of g...
Three independent studies were conducted in Australia and Spain to examine the effect of water and t...
Phaeomoniella chlamydospora (Pc) and Phaeoacremonium minimum (Pm) are among the main grapevine trunk...
[EN] The viability of eight species of Botryosphaeriaceae pathogenic to grapevine was studied after ...
Drip irrigation at 0.0, 0.2 or 0.4 of weekly Class A Pan evaporation was applied to grapevines cv. S...
Hot-water treatment (50°C for 20-30 min) was carried out to confirm its efficacy in eradicating Agro...
Grapevine nurseries soak cuttings in water during propagation to compensate for dehydration and prom...
Abstract Background and Aims: Hot-water treatment (HWT) has been shown to be effective for the contr...
Many grapevine nurseries are presently employing a hot-water treatment for propagation material as a...
Hot water treatment. (HWT) of dormant grapevine cuttings at 50C for 30 minutes is an effective means...
A questionnaire covering all aspects of grapevine propagation including cultural and sanitation prac...
[EN] Background and Aims: Hot-water treatment (HWT) has been shown to be effective for the control o...
The aim of this study was to compare 11 treatment regimes (TR) in grapevine nurseries in order to er...
Hot water treatment (HWT) is an effective control for endogenous pathogens, including Phaeomoniella ...
Black foot disease causes death of infected grapevines but management of this soil-borne disease by ...
CITATION: Halleen, F. & Fourie, P. H. 2016. An integrated strategy for the proactive management of g...
Three independent studies were conducted in Australia and Spain to examine the effect of water and t...
Phaeomoniella chlamydospora (Pc) and Phaeoacremonium minimum (Pm) are among the main grapevine trunk...
[EN] The viability of eight species of Botryosphaeriaceae pathogenic to grapevine was studied after ...
Drip irrigation at 0.0, 0.2 or 0.4 of weekly Class A Pan evaporation was applied to grapevines cv. S...
Hot-water treatment (50°C for 20-30 min) was carried out to confirm its efficacy in eradicating Agro...
Grapevine nurseries soak cuttings in water during propagation to compensate for dehydration and prom...