Moisture monitoring – A PotatoLink demonstration

Beyond providing soil moisture data at a given time and soil depth, can soil moisture probes help in making future irrigation decisions? The potential of moisture probes to serve a dual role was the subject of a PotatoLink demonstration trial are discussed in this PotatoLink magazine article.

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Magazine Articles, Diseases, Cover Crops, Pests Sophia Thach Magazine Articles, Diseases, Cover Crops, Pests Sophia Thach

Controlling soilborne diseases and pest with biofumigants

The soil ecosystem directly impacts crop yield and quality. In recent years, there has been growing interest in sustainable farming practices that improve soil's biological, chemical and physical characteristics. Biofumigation is one of these sustainable practices discussed in this PotatoLink magazine article.

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Magazine Articles, Biosecurity, Pests, Insects Sophia Thach Magazine Articles, Biosecurity, Pests, Insects Sophia Thach

Management of recently established leafminers

Three new species of Lyriomyza leafminer flies are now present in Australia including, American Serpentine Leafminer (ASLM (Liriomyza trifolii)), Serpentine Leafminer (SLM (Liriomyza huidobrensis)), and Vegetable Leafminer (VLM (Liriomyza sativae)). Read more in this PotatoLink magazine article by Shakira Johnson, AUSVEG.

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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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Magazine Articles, Diseases, Insects, Viral Sophia Thach Magazine Articles, Diseases, Insects, Viral Sophia Thach

A new potato virus vector monitoring program

Australian Seed Potato Industry Certification Authority (AuSPICA) has introduced an innovative solution to monitor insect vectors in potato crops. Passive suction traps installed in the field take samples of potential virus vectors, which are then sent to Intertek laboratories for rapid DNA analysis. The data developed builds information on the presence of potato virus vectors during the growing season and in the long term, builds trends on vector populations in potato growing regions.

Read the full story in Issue 10 of PotatoLink magazine.

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