Particulate matter (PM) pollution poses a significant risk to many ecosystems; as sessile
organisms, plants are at particular risk from PM pollution since they cannot move away from …

Abstract Purpose of Review We provide an overview of the main processes occurring during
the interactions between atmospheric nitrogen and forest canopies, by bringing together …

Human activities have greatly increased the reactive nitrogen in the biosphere, thus
profoundly altering global nitrogen cycling. The large increase in nitrogen deposition over …

Microorganisms attached to aerosols can travel intercontinental distances, survive, and
further colonize remote environments. Airborne microbes are influenced by environmental …

Plant canopies intercept, process and potentially assimilate atmospheric nitrogen (N)
additions, but the forest‐scale effects of canopy processes on N cycling and plant nutrition …

We investigated the nascent application and efficacy of sampling and sequencing
environmental DNA (eDNA) in terrestrial environments using rainwater that filters through …

Phyllosphere and numerous phyllospheric microbiomes present a huge potential for air
pollution mitigation. Despite research investigating the microbial compositions in the …

As watersheds are complex systems that are difficult to directly study, the streams that drain
them are often sampled to search for watershed “signals.” These signals include the …

Introduction Nitrogen (N) gradient studies in some cases use N deposition in throughfall as
measure of N deposition to forests. For evaluating critical loads of N, however, information …

Microbes are ubiquitous and can associate to colonize plants and exhibits different modes of
interactions. Plant beneficial microbes could colonize both the phyllosphere and …