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1/ Wild mammals now comprise roughly 5% of mammal biomass globally. How did this come to be? In our new study in @NatureComms, we estimate that in 1850, wild mammals comprised ≈50% of mammal biomass globally nature.com/articles/s41467-0…
1/ How fast can life’s most important enzyme go?
Rubisco catalyzes nearly all carbon fixation on Earth, feeding the biosphere. In our new @PNAS study, we explored ≈500 rubiscos across the tree of life to see if any are actually fast (Spoiler: they aren’t)
pnas.org/doi/10.1073/pnas.25…
3/ The faster rubiscos (15–30 s⁻¹) are found in a few sequence clusters, usually associated with microaerobic environments or CO₂-concentrating mechanisms. Even exploring these groups further, we find a plateau: no faster variants beyond ≈30 s⁻¹. Has evolution hit a ceiling?
1/ Earth is teeming with life on the move, from whales crossing oceans to humans commuting to work. But how does the movement of animals compare to humanity's?
Our new study in @NatureEcoEvo answers just that!
nature.com/articles/s41559-0…
4/ The awe-inspiring African Serengeti migration, with ~1 million wildebeest, zebras & gazelles, barely moves as much biomass as attending the FIFA World Cup or an annual Hajj. But the biggest migration of all? The daily vertical dance of plankton & tiny fish in the ocean.
4/ While historical wild mammal biomass estimates have various uncertainties and caveats, they provide a complementary perspective to species extinctions and other metrics in tracking the status of wildlife
1/ Is the future of sustainable and resilient food production growing plants in skyscrapers? Check out our latest article in @PlantPhys where we explore whether vertical farms are economically viable and offer environmental benefits
doi.org/10.1093/plphys/kiaf0…
5/ Electricity use alone also leads to substantial greenhouse gas emissions, land use and water consumption. Overall, we find limited environmental benefits afforded by vertical farming with current electricity options








