Among the most widely predicted and accepted consequences of global climate change are
increases in both the frequency and severity of a variety of extreme weather events. Such …

The frequency of extreme weather events, including floods, storms, droughts, extreme
temperatures, and wildfires, has intensified globally over recent decades due to climate …

Fires in iron-rich seasonal wetlands can thermally transform Fe (III) minerals and alter their
crystallinity. However, the fate of As associated with thermally transformed Fe (III) minerals is …

Schwertmannite is sensitive to changes in geochemical, thermal, and microbial conditions.
Changes in aqueous pH beyond its stability, ie pH 2.5–4.5, triggers its transformation to …

Smouldering wildfire is an important disturbance to peatlands worldwide; it contributes
significantly to global carbon emissions and provides positive feedback to climate change …

Arsenic in oxic surface soils readily associates with Fe (III) oxide minerals such as
ferrihydrite and goethite, predominantly as As (V). Fires are a common feature in many …

Arsenic in acid sulfate soil (ASS) landscapes commonly associates with schwertmannite, a
poorly crystalline Fe (III) mineral. Fires in ASS landscapes can thermally transform Fe (III) …

The consequences of fire-induced thermal transformation of poorly crystalline iron minerals
on the availability of coprecipitated trace-metals, metalloids and nutrients in fire-prone acid …

Peat fires contribute to global warming and environmental destruction. Once ignited, the fires
tend to spread deep, underground and are difficult to extinguish using solely water. Mixtures …

The frequency and duration of droughts are predicted to increase with global warming,
increasing the risk of wildland fires. This motivates research into how drought interacts with …