The soil environment is one of the main places for the generation, emission, and absorption
of various atmospheric pollutants, including nitrogen oxides (NO x) and volatile organic …

Most agroecosystems receive inputs of anthropogenically derived nutrients, which impact
soil organic carbon (SOC). However, the impact of the combination of different fertilizer …

Both nitrogen deposition (ND) and microplastics (MPs) pose global change challenges. The
effects of MPs co-existing with ND on ecosystem functions are still largely unknown. Herein …

Anthropogenic nutrient enrichment is driving global biodiversity decline and modifying
ecosystem functions. Theory suggests that plant functional types that fix atmospheric …

Determining the abundance of N isotope (δ15N) in natural environments is a simple but
powerful method for providing integrated information on the N cycling dynamics and status …

Anthropogenic nitrogen (N) input is known to alter the soil microbiome, but how N
enrichment influences the abundance, alpha-diversity and community structure of N-cycling …

Significant changes in climate and perturbation from human activities have been reported
over the Qinghai-Tibetan Plateau (QTP), likely altering the ecosystem nitrogen (N) cycling …

Nitrogen (N) and phosphorous (P) enrichment play an important role in regulating soil N 2 O
emission, but their interactive effect remains elusive (ie whether the effect of P or N …

Increased nitrogen (N) deposition has a great impact on soil greenhouse gas (GHG)
emissions, and numerous studies have revealed the individual effects of N addition on three …

Atmospheric deposition has a significant impact on the nutritional status and limitations of
aquatic ecosystems. However, the impacts have considerable uncertainty due to a lack of …