Increased world energy demand due to population and rapid technological growth, and
urbanisation has induced climatic change through increased atmospheric greenhouse gas …

Most climate change mitigation scenarios restricting global warming to 1.5° C rely heavily on
negative emissions technologies and practices (NETPs). Here we updated previous …

By mid-century, society will need to significantly intensify the output of its food production
system while simultaneously reducing that system's detrimental impacts on climate, land …

This perspective piece on aerosol deposition to marine ecosystems and the related impacts
on biogeochemical cycles forms part of a larger Surface Ocean Lower Atmosphere Study …

This paper explores the role of ocean temperature (OT) in forecasting crude oil prices.
Global OT shows statistically and economically significant predictive power, with …

Aquaculture is a global industry that enriches the surrounding aquatic environment in
nutrients, namely carbon, nitrogen, and phosphorus. Because these inputs are spatially and …

Recently, global warming has become more visible, and the entire world is experiencing its
effects. Given that global temperature is rising by 0.2 C (±0.1 C) per decade, human-induced …

Forests play a vital role in sequestering carbon dioxide from the atmosphere. Vegetation
phenology is sensitive to climate changes and natural environments. Exploring the patterns …

Atmospheric methane removal (AMR) refers to a suite of emerging technologies and
practices that destroy atmospheric methane. There is growing interest in AMR field trials to …

Iron oxide is one of the most abundant minerals on the earth, many of them can be
presented as nanoparticle form, which includes several different phases, eg, ferrihydrite …