Defectos y Enfermedades de la Papa

Three years ago, 5% of Canterbury’s potatoes were being lost to a disease which threatened to shut down the industry. Now the pest responsible has been driven off thanks to Te Whare Wānaka o Aoraki Lincoln University researchers.

By adopting integrated pest management (IPM) practices growers are not on their own, Australian entomologist, Dr Paul Horne, told Pukekohe potato growers at a Potatoes New Zealand research update breakfast meeting in late March.

Two trials in Pukekawa, New Zealand, are showing some early promise for potato growers when it comes to greater control of the potato tuber moth, Phthorimaea operculella (PTM).

A joint Biosecurity New Zealand and Potatoes New Zealand response to the crop disease potato mop-top virus (PMTV) is being closed out, with industry taking the lead on long-term management.

The scale of the Potato Mop-Top Virus problem on New Zealand South Island potato farms has widened. Eighteen Canterbury farms are now on the suspect list, after the virus was first confirmed on two properties last month.

Biosecurity New Zealand is working with Potatoes New Zealand to respond to a detection of Potato mop-top virus (PMTV) in potato tubers in Canterbury. Though common around the world, it is the first time the virus has been found in New Zealand.

A research project in New Zealand is determining if different field soils affect development of powdery scab on potatoes, and whether soil physical, chemical and/or biological characteristics influence this important potato disease.

JR Simplot has applied at FSANZ for approval to export genetically modified potato products into Australia and New Zealand. Unclear is what type of products this is about, but unprocessed potatoes can not be imported.

Plant Biosecurity CRC scientists have identified stable regions in the genome of Candidatus Liberibacter solanacearum (CLso), which causes the serious disease Zebra Chip in potato and tomato crops. This research will provide new diagnostics that will significantly reduce uncertainty in biosecurity assessments.

In New Zealand, a team of Lincoln University researchers is impressed with the results from a trial of a mesh cover that is used to protect potato crops from insect pests.

Potatoes New Zealand became the 14th partner organisation to join the Government Industry Agreement for Biosecurity Readiness and Response.

The Environmental Protection Authority (EPA) of New Zealand has approved a type of parasitic wasp as a biological control agent to combat the tomato potato psyllid (a plant louse), which attacks tomatoes, potatoes, capsicums and tamarillos in the country.

Potatoes New Zealand chief executive Champak Mehta says the industry now has the potato psyllid well under control thanks to the knowledge gained through research.

Potatoes New Zealand Inc. has won funding from the Ministry of Primary Industries for a major research project aimed at improving crop yield, more specifically, the impact of crop rotations on soil borne diseases and soil quality.

New Zealand Potato production in 2013, at 525,000 metric tons, was marginally (5%) ahead of 2012 production. t is likely planted areas in 2014 will be similar to 2013, with production in the range of 500,000 to 550,000MT.

New research has been funded through the Ministry of Business, Innovation and Employment, to help the potato industry reduce issues caused by an insect intruder – the tomato-potato psyllid.

A simple mesh cover could be the answer to halting New Zealand's most devastating tomato and potato pests, the tomato potato psyllid.

Las mariquitas podrían ser la clave para la salvación de un insecto transmisor de una bacteria para la industria de la papa de Nueva Zelanda.