My last blog about the WACSWAIN project was in February 2020. We had just started the chemical analysis of our 651-metre-long ice core from Skytrain Ice Rise (Antarctica). The theme of this article is time – the first aspect being that a lot of time has since passed. Soon after I wrote last, our labwork was completely shut down by the pandemic, some of the team went back to their families in other countries, and we all learnt what Zoom meetings were.
Continue reading “WACSWAIN: Time and ice”Updates from Nick Tosca and the Mars 2020 Perseverance mission
Nick Tosca, Professor of Mineralogy and Petrology, is a member of the core science team for the Mars Perseverance 2020 mission. In this blog post Erin finds out how Nick has adapted to life as a researcher with NASA and gets the inside scoop on the first tantalising results.
Continue reading “Updates from Nick Tosca and the Mars 2020 Perseverance mission”Corals on climate, and why they are even cooler than you already think
There is a lot to be said about corals: their diverse beauty, their importance for marine ecosystems and, of course, their plight against climate change and warming oceans. And yet this only begins to scratch the surface of these complex, mesmerizing and somewhat alien animals.
Continue reading “Corals on climate, and why they are even cooler than you already think”Emma Perry zooms in on the hidden depths of nuclear waste breakdown
Nuclear energy is a low-cost and reliable source of energy with a very low carbon footprint, and for these reasons is likely to be a key player in the green energy transition. But, in order to include nuclear energy in our investment plans, we need to ensure the small amount of nuclear fuel waste generated can be stored safely. I am halfway through my PhD project, which is looking at how nuclear waste, stored in geological disposal facilities hundreds of metres below the surface, dissolves when groundwater seeps in through multiple barriers of protection.
Continue reading “Emma Perry zooms in on the hidden depths of nuclear waste breakdown”Meet the PhD student using tree leaves to mitigate air pollution
Hassan Aftab Sheikh is a first-year PhD student in the Department of Earth Sciences, researching air pollution mitigation. Erin caught up with Hassan and heard more about his interest in climate science in the following blog post.
Continue reading “Meet the PhD student using tree leaves to mitigate air pollution”Masters student gets detailed snapshot of earthquake tremors in Reykjanes Peninsula, Iceland
Just hours after Dan Roberts, Masters student at Cambridge Earth Sciences, handed in his dissertation on the seismicity of Reykjanes Peninsula, Iceland, the volcano in his study area erupted… Here Dan reflects on how his work, which employs Cambridge-developed earthquake mapping software, is helping inform our understanding of seismic and volcanic hazards in Iceland.
Continue reading “Masters student gets detailed snapshot of earthquake tremors in Reykjanes Peninsula, Iceland”Reflections on becoming a climate scientist
I love reading career path stories; seeing how someone’s personality and life circumstances affects their career journey and decisions. As a research scientist, most of the career stories I come across are about a person’s love for science and how they carry that passion through a changing career, in or out of academia.
Continue reading “Reflections on becoming a climate scientist”Could there be life on Venus? Dr Paul Rimmer explains
A UK-led team of astronomers recently discovered a rare molecule – phosphine – in the clouds of Venus that could have been created by microbes.
We caught up with one of the co-authors of the study – Dr Paul Rimmer, a postdoctoral researcher at the Department of Earth Sciences Cambridge with affiliations at Cavendish Astrophysics and the MRC Labratory of Molecular Biology, to hear more about this extraordinary finding – and what it means for life beyond Earth.
Continue reading “Could there be life on Venus? Dr Paul Rimmer explains”