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

When roots encounter a nutrient‐rich zone or patch they often proliferate within it. Roots
experiencing nutrient‐rich patches can also enhance their physiological ion‐uptake …

Global warming may alter microbially mediated ecosystem functions through reshaping of
microbial diversity and modified microbial interactions. Here, we examined the effects of 5 …

In this re-evaluation of our 10-year old paper on priming effects, I have considered the latest
studies and tried to identify the most important needs for future research. Recent …

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 rhizosphere is a complex environment where roots interact with physical, chemical and
biological properties of soil. Structural and functional characteristics of roots contribute to …

Fundamentals of Soil Ecology, 3rd Edition, offers a holistic approach to soil biology and
ecosystem function, providing students and ecosystem researchers with a greater …

Progress towards understanding the extent to which mycorrhizal fungi are involved in the
mobilization of nitrogen (N) and phosphorus (P) from natural substrates is reviewed here …

Ratios of nitrogen (N) isotopes in leaves could elucidate underlying patterns of N cycling
across ecological gradients. To better understand global‐scale patterns of N cycling, we …

The loss of carbon from roots (rhizodeposition) and the consequent proliferation of
microorganisms in the surrounding soil, coupled with the physical presence of a root and …