TECHNOLOGY TRANSFER GOES ONLINE

TECHNOLOGY TRANSFER GOES ONLINE

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TECHNOLOGY TRANSFER GOES ONLINE

TECHNOLOGY TRANSFER GOES ONLINE

 

2017, ‘Technology transfer goes online’, SA Fruit Journal, October – November, 66 – 67.

 

Knowledge becomes truly powerful when it is shared and applied – Which is what the ARRIE – App. Hopes to achieve.

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TABLE GRAPE SUSCEPTIBILITY TO SO2 DAMAGE

TABLE GRAPE SUSCEPTIBILITY TO SO2 DAMAGE

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TABLE GRAPE SUSCEPTIBILITY TO SO2 DAMAGE

TABLE GRAPE SUSCEPTIBILITY TO SO2 DAMAGE

 

Burger, D.A., 2005, ‘A summary of factors influencing the susceptibility of cold stored red globe table grapes to SO2 damage’, SA Fruit Journal 4(1), 50-51.

 

Of all the table grape cultivars currently exported from South Africa, Red Globe is by far the most susceptible to SO2 damage. Compared to other post storage disorders that manifest on Red Globe grapes, SO2 damage typically has the highest occurrence. The determination of those factors influencing the occurrence of this disorder, will contribute to improving Red Globe’s post storage quality.

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SUPERFICIAL SCALD IN GRANNY SMITH APPLES

SUPERFICIAL SCALD IN GRANNY SMITH APPLES

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SUPERFICIAL SCALD IN GRANNY SMITH APPLES

SUPERFICIAL SCALD IN GRANNY SMITH APPLES

 

Crouch, I. & Taylor, M., 2013, ‘The impact of harvest maturity & cold storage duration on superficial scald development on Granny Smith apples’, SA Fruit Journal , 12(5), 64-70.

 

Prohibition of the use of Diphenylamine (DPA) to control the development of superficial scald on susceptible apple cultivars intended for export to certain markets has created quite a complicated challenge. After many years of relying on DPA, suddenly we need to seek additional alternatives. Even if DPA is used on apples destined for markets where DPA residues are still accepted, the risk of cross contamination from bins and paint in cold rooms to untreated fruit makes already complicated marketing strategies even more complicated.

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STORAGE EVALUATION OF STONE FRUIT CULTIVARS

STORAGE EVALUATION OF STONE FRUIT CULTIVARS

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STORAGE EVALUATION OF STONE FRUIT CULTIVARS

STORAGE EVALUATION OF STONE FRUIT CULTIVARS

 

De Kock, V.A., Brock, B. & Jooste M., 2003, ‘Storage evaluation of stone fruit cultivars’, SA Fruit Journal 2(3), 13-15.

 

ExperiCo, formerly known as Capespan Technology Development, conducted storage evaluations on certain stone fruit cultivars recently released by the Agricultural Research Council (Infruitec-Nietvoorbij), namely: Alphine nectarine, and the plum cultivars, Sunkiss and Sundew. The evaluation of each cultivar, over a period of three to four seasons, was aimed at establishing the optimum packaging for best maintenance of fruit quality in export fruit.

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STEM DECAY ON COLD STORED PEARS

STEM DECAY ON COLD STORED PEARS

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STEM DECAY ON COLD STORED PEARS

STEM DECAY ON COLD STORED PEARS

 

Fourie, J., Witbooi, W.R & Taylor, M., 2011, ‘Stem decay on cold stored pears’, SA Fruit Journal 10(1), 36-39.

 

Decay on the stems of cold stored pears exported from South Africa to discerning overseas markets, has to varying degrees, created problems over the past few years. In some cases, stem decay has resulted in rejections of pear consignments, with threats by importers to de-list suppliers until the problem has been resolved. The focus of this small-scale research initiative was to identify the pathogens responsible for stem decay on pears and to test the efficacy of various chemicals, with the objective to identify “soft” alternatives.

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SPRAY AND ATOMISER FUNGICIDE APPLICATION SYSTEMS FOR USE ON PLUM PACK LINES

SPRAY AND ATOMISER FUNGICIDE APPLICATION SYSTEMS FOR USE ON PLUM PACK LINES

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SPRAY AND ATOMISER FUNGICIDE APPLICATION SYSTEMS FOR USE ON PLUM PACK LINES

SPRAY AND ATOMISER FUNGICIDE APPLICATION SYSTEMS FOR USE ON PLUM PACK LINES

 

De Kock, V.A., 2019, ‘Research on spray and atomiser fungicide application systems for use on plum pack lines’, SA Fruit Journal, Feb – March, 69 – 74.

 

The in-pack line fungicide application system tested were: high volume sprays, high volume atomisers, low volume atomisers and electrostatic spays. Efficacy was established using deposition and residue analysis as well as decay control. The type of fungicide applied had a more profound effect on decay control then the applicator type. Fungicide with the active ingredient Fludioxonil applied to plums using standard low volume atomisers gave good control of Botrytis decay and residues were well within the MRL.

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