Thank you for visiting nature.com. You are using a browser version with limited support for CSS. To obtain
the best experience, we recommend you use a more up to date browser (or turn off compatibility mode in
Internet Explorer). In the meantime, to ensure continued support, we are displaying the site without styles
and JavaScript.
Tropical peatlands hold ~105 Gt of carbon but are increasingly impacted by anthropogenic activities. This Review describes the biogeochemistry of these systems and how disturbances such as deforestation, fire, drainage and agriculture are affecting them. See Page et al.
Image: Muslianshah Masrie / Getty images. Cover design: Carl Conway.
An article in Atmospheric Chemistry & Physics examines the impact of ice-nucleating particles in marine aerosols on an atmospheric river event in the western United States.
Tropical peatlands hold around 105 gigatonnes of carbon but are increasingly affected by anthropogenic activities. This Review describes the biogeochemistry of these systems and how deforestation, fire, drainage and agriculture are disturbing them.
Biochar is a promising negative carbon emission technology with applications in wastewater pollution control. This Review assesses the performance of engineered biochar in various industrial, municipal and stormwater treatments, and discusses the partnerships required for biochar commercialization.
Clay minerals can retain metal ions, concentrate rare earth elements and be exploited for industrial waste disposal. This Review discusses the molecular-level mechanisms of metal ion retention in clay minerals and their importance for environmental and industrial applications.
Vegetation dynamics can be tracked using remotely sensed vegetation indices, but these metrics can result in conflicting conclusions. This Technical Review details the history, application and potential pitfalls associated with vegetation indices and makes recommendations for their best use.