Historical land use and land cover change (referred to herein as “land use change”) has
dramatically altered the Earth's landscape, perturbing energy, moisture, and chemical fluxes …

Smoke haze, caused by vegetation and peat fires in Southeast Asia, is of major concern
because of its adverse impact on regional air quality. We apply two different methods (a …

Land‐use change (LUC) has fundamentally altered the form and function of the terrestrial
biosphere. Increasing human population, the drive for higher living standards and the …

Isoprene is a~ precursor to tropospheric ozone, a key pollutant and greenhouse gas.
Anthropogenic activity over the coming century is likely to cause large changes in …

The atmosphere and the land surface interact in multiple ways, for instance through the
radiative-energy balance, the water cycle or the emission and deposition of natural and …

Sea ice is a reflection of, and a feedback on, the Earth's climate. We explore here, using a
global atmospheric chemistry‐transport model, the use of sea salt in Antarctic ice cores to …

We present a global methane modelling study assessing the sensitivity of Arctic atmospheric
CH 4 mole fractions, δ 13 C-CH 4 and δD-CH 4 to uncertainties in Arctic methane sources …

Over the 21st century, changes in CO 2 levels, climate and land use are expected to alter the
global distribution of vegetation, leading to changes in trace gas emissions from plants …

Many tropical endotherms are already confronted by ambient temperatures (T a) close to
their body temperature (T b) and risk severe hyperthermia due to global warming. Tropical …

Over the period of 1990–2010, maritime Southeast Asia experienced large-scale land cover
changes, including expansion of high-isoprene-emitting oil palm plantations and contraction …