Gas hydrate, a frozen, naturally‐occurring, and highly‐concentrated form of methane,
sequesters significant carbon in the global system and is stable only over a range of low …

Methane (CH4) is produced in many natural systems that are vulnerable to change under a
warming climate, yet current CH4 budgets, as well as future shifts in CH4 emissions, have …

As interfaces connecting terrestrial and ocean ecosystems, coastal wetlands develop
temporally and spatially complex redox conditions, which drive uncertainties in greenhouse …

Long‐term monitoring over 1 year revealed high temporal variability of gas emissions at a
cold seep in 1250 m water depth offshore Vancouver Island, British Columbia. Data from the …

Atmospheric methane (CH4) concentrations have more than doubled in the past~ 250 yr,
although the sources of this potent greenhouse gas remain poorly constrained. Freshwaters …

In this perspective we provide a brief overview of the state of knowledge and recent progress
in the area of multiphase flow through deformable granular media. We show, with many …

Multiphase flows involving granular materials are complex and prone to pattern formation
caused by competing mechanical and hydrodynamic interactions. Here we study the …

Small lakes represent an important source of atmospheric CH 4 from northern wetlands.
However, spatiotemporal variations in flux magnitudes and the lack of knowledge about their …

Estuaries are important conduits between terrestrial and marine aquatic systems and
function as hot spots in the aquatic methane cycle. Eutrophication and climate change may …

Hypothesis The stability of fluid–fluid interface is key to control the displacement efficiency in
multiphase flow. The existence of particles can alter the interfacial dynamics and induce …