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Typically, diatoms, haptophytes, and cryptophytes dominate phytoplankton biomass and abundance in the Southern Ocean, determining bloom dynamics and carbon transfer and responding to physical factors such as sea ice concentration […]
The efficient and accurate simulation of grounding line dynamics in marine ice-sheet models remains a challenge, largely due to restrictive time-step limitations. The restrictive time step size of ice-sheet simulations […]
Insects are found in nearly every biome on Earth, but relatively few have colonized intertidal environments, which are characterized by dynamic fluctuations in abiotic conditions, including temperature. In this study, […]
Seasonal prediction of surface climate relies on influences external to the troposphere, of which the stratosphere is a key source. The October stratosphere is particularly important for predictability of the […]
Background Notothenioids are a well characterised species flock endemic to the Antarctic and an important model group for studying genome adaptation to extreme cold. A new reference assembly and clade-wide […]
Shallow, mixed-phase clouds associated with cold-air outbreak (CAO) events are natural laboratories for studying mixed-phase cloud processes which are important for estimating cloud-phase feedback in the warming climate. Recent studies […]
Antarctica’s vegetation underpins its terrestrial ecosystems yet it is threatened by climate change, human activity and the introduction and spread of non-native species. Protecting these vegetation communities is critical to […]
QuakeMigrate is a modular, open-source Python package providing a framework to efficiently and automatically detect and locate microseismicity. From raw seismic waveforms and a modest number of physically meaningful inputs […]
Ozone depletion associated with tropospheric bromine explosion in the Arctic substantially modify the oxidative capacity of the atmospheric boundary layer and promote the oxidation and deposition of gaseous elemental mercury […]
Bathymetry (ocean-bottom topography) beneath ice shelves is challenging to observe yet is vitally important for modelling how ice sheets will evolve into the future. An alternative to direct observation of […]