Ecological Resilience – woodlands and tree pests/pathogens

Risk assessments of plant pests/pathogens rarely account for potential impacts on biodiversity associated with the affected host. We study the co-occurring trees ash and oak affected by ash dieback and acute oak decline, respectively, and show that declines in both these trees would impact on 512 associated species that don’t use any other UK tree species. This cumulative impact means 141 (38%) more affected associated species than when the trees decline individually.

Five SEFARI Research Farms - take a tour from your sofa

Across the globe the COVID-19 pandemic has changed how people work, communicate, socialise and learn. As an active person who is always out and about doing things, I personally have found this a great challenge. I am missing the simple things in life that I have always taken for granted. Popping into my mum’s for a tea and a chat, meeting friends for coffee (or wine!), or finding a new hill to climb. During the week I am now confined to a little desk in the corner of my kitchen, it is a nice kitchen, but that desk is become tiresome.

Protecting water catchments from zoonotic Cryptosporidium parasites

The Cryptosporidium oocysts have a tough outer waxy shell, composed of lipids and glycoproteins that enables the parasite to survive in the environment over a wide temperature range (-220C -600C) for several months. As a result, Cryptosporidium parasites are a real problem for the water industry as the parasite survives extremely well in water and is resistant to chlorination.

SEFARI Gateway Update - January 2021

Before we discuss our new projects we must express our delight that in November one of the first projects we funded, namely ‘Conserving Genetic Diversity’, won the Innovation category at the Nature of Scotland Awards. This multi collaborative project established a world-first method to help understand and conserve genetic diversity in some of Scotland's most iconic wild species. Congratulations to all.

Gillian Mitchell

I am a research assistant, based at the Moredun Research Institute, providing technical support for the ongoing research towards the sustainable control of helminth parasites of livestock, with an emphasis on trematode (flatworm) parasites. I have experience with the application of molecular methods in novel diagnostics and the detection and management of anthelmintic resistance.

Gillian Mitchell

Moredun
Pentland Science Park
Bush Loan
Penicuik
Midlothian
EH26 0PZ