… early animal evolution (note: we define “oceanic oxygenation” as buildup in seawater of
dissolved O 2 as well as other oxidants). However, the relationship of early animal evolution to …

… During multiple global redox transitions animal size and complexity could potentially have
ratcheted up. Such evolutionary scenarios linking redox and animal evolution are far more …

… The redox code has been considered within the … redox code provides simple and
straightforward logic for this process within our understanding of the evolution of multicellular …

… 1), aiming to better evaluate the temporal evolution of shallow-water redox from the Ediacaran
to the early Cambrian and the spatial redox dynamic across the transection of continental …

… aims to directly characterize redox conditions in different regions of the … conditions and
evolutionary change during this time. In order to reconstruct local water column redox conditions, …

… Frequent marine redox fluctuations likely trigger the early animal innovation. … redox state
from the late Neoproterozoic to the Cambrian. We further concentrate on the marine redox …

… redox processes in mitochondria or elsewhere. Thus, the attempt to review the evolution of
the redox … a large variety of plant and animal tissues could turn colorless guajacol tinctures …

… evolution and changing environmental conditions are heavily debated. Here, we report a
nearly continuous record of seafloor redox … as a potential throttle on early animal evolution (22), …

… Hence, by understanding the early history of O2 on Earth, we come to understand the early
evolution of life and Earth's evolution as an inhabited world capable of supporting complex, …

… size reflects the mean redox conditions of core formation (oxygen fugacity, fO 2 , shown
relative to the iron-wüstite [FeO] buffer). A Mars-like planet forming under conditions around 10× …