Update: Plant Health News (16 Mar 16)

Beans are particularly vulnerable to climate change due to their sensitivity to night-time temperatures © CIAT (CC BY-NC-SA)
Beans have been identified as being particularly vulnerable to climate change © CIAT (CC BY-NC-SA)

Here’s a taste of some of the latest stories about plant health, including the success of the M9 banana variety in Uganda, a study into the timeline of climate change effects on agriculture and a warning on the use of miticides in Almond IPM.

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Update: Plant Health News (20 Jan 16)

Scientists are studying a number of wild banana varieties to help in the fight against TR4. Photo: Vezina, Anne / Bioversity International
Wild bananas could be key in the fight against TR4. Photo: Vezina, Anne / Bioversity International

Here’s a taste of some of the latest stories about plant health, including the wild bananas that could help overcome TR4 Panama disease, the effect of El Niño on potato crops in Peru and the farmers in Tanzania who are being urged to grown drought resistant crops.

Click on the link to read more of the latest plant health news!

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Update: Plant Health News (13 Aug 14)

A UF/IFAS study has found a simple solution for monitoring the spotted wind drosophila © Hannah Burrack (CC BY)
A UF/IFAS study has found a simple solution for monitoring the spotted wind drosophila © Hannah Burrack (CC BY)

Here’s a taste of some of the latest stories about plant health, including  the management of Kanjarai leaf spot of banana in India, a UF/IFAS study into monitoring a major berry pest and the invention of the most efficient technology of vegetable growing in Japan.

Click on the link to read more of the latest plant health news!
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Genetic Engineering in Barbados

Agrobacterium on Sorrel

 

The Sorrel plant (left) was one of those found by the trainees during the recent training in Module 1 of how to be a plant doctor. The plant doctor training uses live plant material as well we photographs to lead the trainees through the process of field diagnosis.

The large and hard beige lump at the base of the stem is a gall caused by the bacterium  Agrobacterium tumefaciens.  The unique thing about this host/ pathogen interaction is the fact that DNA from the bacterium is inserted into the plant where it remains even long after the bacteria have been removed. This is the only natural example of DNA transfer of this kind; a natural genetic engineer.

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