Humanity is facing multiple interconnected global crises (e.g. climate change, biodiversity loss, and pollution) that are now converging and accelerating in ways that threaten human survival. This has lead to calls for "transformative change". But what does transformative change mean and what is really needed to enable flourishing futures for all? Let's explore the latest research on this!

Sedimentary ancient DNA (sedaDNA) provides a unique window into past ecosystems, revealing how plant and animal communities evolved in response to climate change over millennia. By reconstructing these shifts, we can predict future biodiversity trends in a warming world. Such research enhances our understanding of ecosystem resilience, species adaptation, and long-term conservation strategies.

Microorganisms, just like us, experience climate change and adapt to it. Their response - especially in thawing Arctic soils that are rich in carbon - can result in further greenhouse gases emissions. Therefore, understanding their physiology and emission mechanisms under warming is crucial. Join me to explore how tiny microorganisms can have a huge impact on our climate!

The decline of kelp forests, the disappearance of Norway’s kittiwakes, and the global climate crisis are all connected parts of a larger story. In the face of these challenges, two grassroots initiatives driven by passionate volunteers are lighting the way forward. Through community engagement, citizen science, and impactful, hands-on action, they are proving that change begins from the ground up.