Understanding the context dependence of ecosystem responses to global changes requires
the development of new conceptual frameworks. Here we propose a framework for …

Nitrogen (N) deposition is impacting the services that ecosystems provide to humanity.
However, the mechanisms determining impacts on the N cycle are not fully understood. To …

Vegetation is a crucial component of terrestrial ecosystems, and its changes are driven
mainly by a combination of climate change and human activities. This paper aims to reveal …

Global atmospheric nitrogen deposition significantly affects the nutrient cycling and C–N–P
stoichiometry in ecosystems. Herein, a global meta-analysis was conducted based on 898 …

Plant nitrogen (N) and phosphorus (P) content regulate productivity and carbon (C)
sequestration in terrestrial ecosystems. Estimates of the allocation of N and P content in …

The impacts of enhanced nitrogen (N) deposition on the global forest carbon (C) sink and
other ecosystem services may depend on whether N is deposited in reduced (mainly as …

Elevated nitrogen (N) deposition may increase net primary productivity in N‐limited
terrestrial ecosystems and thus enhance the terrestrial carbon (C) sink. To assess the …

The terrestrial biosphere sequesters up to a third of annual anthropogenic carbon dioxide
emissions, offsetting a substantial portion of greenhouse gas forcing of the climate system …

Spatial patterns and temporal trends of nitrogen (N) and phosphorus (P) deposition are
important for quantifying their impact on forest carbon (C) uptake. In a first step, we modeled …

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