Steve Cinderby

TL;DR: Ecosystems thought of as not N limited, such as tropical and subtropical systems, may be more vulnerable in the regeneration phase, in situations where heterogeneity in N availability is reduced by atmospheric N deposition, on sandy soils, or in montane areas.

TL;DR: Using output from global chemistry transport models, this article provided the first estimates of recent (mid-1990s) and future (2050) rates and distributions of atmospheric nitrogen (N) deposition within biodiversity hotspots.

TL;DR: In this paper, a new set of guidelines has been developed for assessing the emissions of sulphur, nitrogen oxides, NH3, CH4, and nonmethane volatile organic compounds (NMVOC) from biogenic and other natural sources in Europe.

TL;DR: This paper found that Asian grown wheat and rice cultivars are more sensitive to ozone than the North American dose-response relationships would suggest, and that the Asian data showed that at ambient ozone concentrations found at the study sites (which vary between ∼35-75 ppb 4-8h growing season mean), yield losses for wheat, rice and legumes range between 5-48, 3-47 and 10-65%, respectively.

TL;DR: Approximate maps show an increasing risk of acidification in 2050 in extended regions of southern and eastern Asia, as well as parts of southern Africa, in comparison to 1990.