The soil region influenced by plant roots, ie, the rhizosphere, is one of the most complex
biological habitats on Earth and significantly impacts global carbon flow and transformation …

Vegetated coastal ecosystems sequester carbon rapidly relative to terrestrial ecosystems.
Coastal wetlands are poorly represented in land surface models, but work is underway to …

As global change processes modify the extent and functions of terrestrial–aquatic interfaces,
the variability of critical and dynamic transitional zones between wetlands and uplands …

Coastal ecosystems have been largely ignored in Earth system models but are important
zones for carbon and nutrient processing. Interactions between water, microbes, soil …

Redox processes, aqueous and solid‐phase chemistry, and pH dynamics are key drivers of
subsurface biogeochemical cycling and methanogenesis in terrestrial and wetland …

Abstract Earth System Models (ESMs) simulate the exchange of mass and energy between
the land surface and the atmosphere, with a key focus on modeling natural greenhouse gas …

The coastal terrestrial-aquatic interface (TAI) is a highly dynamic system characterized by
strong physical, chemical, and biological gradients. In particular, shifting soil redox …

Methane (CH 4) emissions from wetland ecosystems are controlled by redox conditions in
the soil, which are currently underrepresented in Earth system models. Plant-mediated …

Mangrove ecosystems are becoming increasingly important in global climate mitigation.
However, large gaps still exist in evaluating mangroves' gross primary productivity (GPP) …

Sustainable planning in coastal areas must integrate environmental protection actions and
development actions addressing settlement policies and the location of functional and tourist …