Phylogenetics has found its way into many different subdisciplines of biology, and has made lasting impacts in fields as disparate as community ecology and medicine. In evolutionary biology, the recent trend of phylogeny-oriented studies has been toward “scaling up”, and looking for very broad patterns in character evolution and diversification in attempts to make generalizations about the tempo and mode of evolution. This scaling up does come with a cost, in that we spend less time trying to understand how evolutionary processes work at the whole-organism level.

Tropical woody plants store ∼230 petagrams of carbon in their above-ground living biomass. These stocks are currently growing in primary forests at rates that have decreased in recent decades. Droughts are an important mechanism in reducing forest carbon uptake and stocks by elevating tree mortality, increasing autotrophic respiration, and promoting wildfires. With continued climate change, the intensity and frequency of droughts will likely increase, with land-use change intensifying their effects.

Investigating the role of the cytoskeleton in touch system development and function
By: Evan Craig (Rasmussen Lab)

Understanding the evolution of a plant immune receptor in legumes
By: Simon Snoeck (Steinbrenner Lab)

Using auxinic herbicides to probe the evolution of flowering plants
By: Romi Ramos (Nemhauser Lab)

Fractal Skeletons: Measuring sea star body complexity using micro-CT scans
By: Mo Turner (Ruesink Lab)

Moving in tight spaces: how migrating skin cells respond to confinement
By: Ellie Labuz (Theriot Lab)

Exploring the (over- and under-) story of montane plants communities in the Pacific Northwest over the last 4 decades
By: Kavya Pradhan (Hille Ris Lambers Lab)

Plant community and climatic response to middle Miocene environmental change in the Pacific Northwest
By: Alex Lowe (Strömberg Lab)

The in vivo motion of muscle’s molecular machinery
By: Sage Malingen (Daniel Lab)