Pyrogenic carbon (PyC) constitutes an important pool of soil organic matter (SOM), particularly
for its reactivity and because of its assumed long residence times in soil. In the past, …

Pyrogenic carbon (PyC) is an incomplete combustion by‐product with longer soil residence
times compared with nonpyrogenic components of the soil carbon (C) pool and can be …

Reactive nitrogen oxides (NO y ; NO y = NO + NO 2 + HONO) decrease air quality and impact
radiative forcing, yet the factors responsible for their emission from nonpoint sources (ie, …

High-intensity wildfires alter the chemical composition of organic matter, which is expected
to be distinctly different from low-intensity prescribed fires. Herein, we used pyrolysis gas …

Catchments impacted by wildfire typically experience elevated rates of post-fire erosion and
formation and deposition of pyrogenic carbon (PyC). To better understand the role of …

Organic nitrate ester compounds (RONO 2 ) are an important sink for nitrogen oxides (NO x
≡ NO + NO 2 ) that impact ozone and organic aerosol formation in the lower atmosphere. …

Warmer air temperatures projected for the coming centuries are expected to increase soil
temperature and accelerate the rate of biogeochemical processes. Currently, there is limited …

Unique surface properties of aluminosilicate clay minerals arise from anisotropic distribution
of surface charge across their layered structures. Yet, a molecular-level understanding of …

Anthropogenic climate change is projected to impact a significant proportion of ecosystems
throughout the world. These shifts in climate are already impacting a diversity of wildland and …

Longleaf pine (Pinus palustris Mill.) savannas and woodlands are known for providing
numerous ecosystem services such as promoting biodiversity, reducing risk of wildfire and insect …