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Biology and Zoology postgraduate courses

With a strong emphasis on applying scientific knowledge to real-world problems, our courses offer you the chance to specialise in an increasingly important environmental field.

Take your ambition to the next level with our postgraduate courses designed to equip you with invaluable skills that support your career development and employability.

Filmed in our Aquatic Research Facility, Till Roethig, Postdoctoral Researcher, discusses his involvement in the coral reef assist research project and its importance in protecting coral reefs from rising water temperatures as a result of climate change:

Postdoctoral researcher Till Roethig talks about the coral reef assist research project

View Saving Coral Reefs video transcript

Saving Coral Reefs video transcript

I work on corals and a bit more precise on coral microbiomes, but mainly bacterial communities that reside within the corals.

Coral reefs are immensely important for very many different aspects. From a biodiversity aspect, probably the most diverse ecosystem on this planet.

Coral reefs are very sensitive to increasing sea surface temperatures.

They bleach, what bleaching is referred to as the breakdown of the symbiosis between the intracellular algae in the coral and of course the coral itself.

It's been estimated that so far we lost, through pre-industrial times, probably 30 to 50 percent of coral reefs.

We went in the Red Sea, one of my favourite dive spots there for pleasure diving, quite regularly and once we went there and came out and all the corals were pretty much white. There was not a small coral reef of a few metres. There was an extensive reef of at least 100 square kilometres, and all corals were bleached.

Three months later and there were no corals alive any more.

Also, a little bit globally is pollution. In terms of plastic pollution, there's a lot of plastic around and definitely that's harmful for corals.

The idea behind that is to look out for corals that are particularly resilient to temperature increases, we call that thermally tolerant.

And we try to breed this thermal tolerance through generations of corals.

So we would take a couple of individuals that are thermally tolerant and we will crossbreed them and then we try to find out if this thermal tolerance is inheritable, and can we track that through generations.

The long-term goal and impact of my research is hopefully that we are firstly able to show that the microbes really have a significant contribution to the environmental resilience of corals.

Facilities

You will have the chance to hone your practical skills in everything from species identification to ecological surveys, sampling methods to statistical analyses, using our facilities that have been recently modernised to provide you a first-rate learning environment:

"The course really helped to provide me with a range of practical and real-world skills, particularly statistics, learning how to write a research paper, and developing presentation skills (amongst many others). 

"I would highly recommend it, I am so glad that I studied this course and I will always have very fond memories of my studies at Derby."

Ben Mcilwaine, MSc Conservation Biology graduate

What our Biology and Zoology graduates do

Postgraduate education extends your knowledge, skills and confidence in ways which enhance your employability and open doors to new career prospects. Our previous students have gone into different career pathways, based on the skills and qualifications gained during their programme, such as:

Multi-Faith Centre, Kedleston Road

Postgraduate Open Events

Join us at an upcoming on-campus Postgraduate Open Event, where you will get the opportunity to meet our expert academics and find out more about your course.

Next Open Event: Saturday 9 May 2026, 10am - 1pm

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