biffvernon
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Radio 4 The Material World discussed dry rot today.
Listen Again
Dr Jagjit Singh concluded the piece by saying the best way to treat dry rot is by first identifying and stopping the incoming water and then providing plenty of ventilation - S.lacrymans hates fresh air.
Listen Again
Dry Rot
The dry rot fungus, Serpula lacrymans is the most destructive timber decay fungus in the Northern Hemisphere, Australia and New Zealand.
It not only brings about the dramatic decay of timber but its ability to spread across non-nutritional surfaces, such as concrete, makes it particularly pervasive.
The mere mention of “dry rot” instils a sense of fear and dread in any home-owner but the destruction of the dry rot fungus in our buildings often pales in comparison with the damage wrought by remedial treatments.
Quentin talks to Dr Jagjit Singh, a mycologist and the managing director of Environmental Building Solutions Ltd. He says “Often the lack of understanding of the biology of the fungus is primarily responsible for misconceived ideas about its treatment.” He’s been on an expedition to the Himalaya to discover the origins of the fungus.
They’re joined by Dr Sarah Watkinson, a researcher in the Plant Sciences Department of Oxford University with The Joint Genome Institute in America sequencing the S.lacrymans genome.
The aim of the project is primarily to find novel strategies for bio-energy production but the genome sequence itself will contribute to a greater understanding of the biological processes that underlie its role in woodland ecosystems and provide clues for novel control strategies.
Dr Jagjit Singh concluded the piece by saying the best way to treat dry rot is by first identifying and stopping the incoming water and then providing plenty of ventilation - S.lacrymans hates fresh air.