Humic substances (HS) constitute a highly transformed fraction of natural organic matter
(NOM) with a heterogeneous structure, which is rich in electron-transferring functional …

Wetlands constitute the main natural source of methane on Earth due to their high content of
natural organic matter (NOM), but key drivers, such as electron acceptors, supporting …

Although methane (CH 4) dynamics are known to differ at broad scales among peatland
types and with climate, there is limited understanding of the variability associated with …

Ice-rich permafrost has been subject to abrupt thaw and thermokarst formation in the past
and is vulnerable to current global warming. The ice-rich permafrost domain includes …

Higher than average fertilization rates, as applied to mineral soils, are often recommended
for cultivated organic soils (> 20% organic matter), which over time, have led to phosphorus …

Fine-grained “chalky” pottery containing microscopic sponge spicules is commonly
recovered from archaeological sites throughout peninsular Florida, but many questions …

Crops adapted to wetland conditions such as rice (Oryza sativa L.) have been cultivated on
waterlogged anoxic soils for millennia. Grazing of livestock is another important agricultural …

This study assessed the soil carbon storage potential in terms of the total carbon (TC) and
total carbon stocks (TC stocks) and associated soil physicochemical properties (ie, soil pH …

Lowering of groundwater levels caused by anthropogenic changes in the environment gives
rise to global problems, most of which relate to soil degradation such as land desertification …

Evaluating wetland restoration success is complicated. In this study, soil organic carbon
(SOC) pools in a Carolina Bay wetland (CBW) were determined for pre‐and post‐restoration …