PotatoLink demonstration: Using biologicals in a commercial farm setting

A recent PotatoLink demonstration trial at Springbank, Vic, investigated the impact of farm practices on the effectiveness of biologicals, including the application of fungicides, the influence of soil nutrient availability, and fertiliser applications. In Issue 10 of PotatoLink magazine you will find all the details of the trial as well as the results.

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Petiole testing for nutrient analysis

Petiole sampling and analysis is an effective and simple way to determine the nutrient status of a crop, including diagnosing any deficiencies or toxicities in potato plants. Like any analyses, getting the sampling right is the first step. In this PotatoLink magazine article, learn when to sample, how to sample and how to handle samples.

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Pathogens - it’s all in their DNA

Developed by SARDI (South Australian Research and Development Institute), PREDICTA Pt is a commercial DNA testing service that can identify which pathogens are in the soil or skin of seed tubers.

In Issue 05 of PotatoLink magazine, Ryan Hall and Jenny Ekman from the PotatoLink team report on PREDICTA Pt including a 5-year case study describing its use in monitoring powdery scab and rhizoctonia on a commercial farm.

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Precision agriculture for the potato industry - Imagery is more than just pretty pictures

PotatoLink team member Frank Mulcahy discusses historical mapping and crop conformance, redictive crop modelling, pioneering Variable Rate Irrigation (VRI) on farm and results from finished 2 year project on spatial variability in potato crops.

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Plant analysis for vegetable crops - A practical guide to sampling, analysis and interpretation

Plant analysis is used as a tool to fine tune the nutrition of crops. The nutrient status of plants or parts of plants can be determined directly via laboratory analysis or estimated via in-field testing, while the overall health and nutrient status of a crop can be assessed via non-destructive sensing technologies.

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