Probing the basis of soil resilience

• DOI: 10.1111/sum.12107
• Publication Date: 2015-10-13T05:17:27Z
• Authors: R. Corstanje; L. R. Deeks; A. P. Whitmore; A. S. Gregory; K. Ritz
• Keywords: Resilience; Soil functions

Abstract Soils need to be resilient deliver the functions required of them when subjected perturbations within context short‐ and long‐term environmental change. A better understanding basis resilience will likely underpin improved management poorer soils enhance their resilience, as well allowing effective all in longer term. In this study, was defined resistance (degree change) coupled with recovery (rate extent subsequent recovery) from a disturbance. Modelling factors that drive prescribed physical (void ratio) biological (respiration) soil function carried out on published data pertaining 38 English Scottish soils. This revealed taxonomic class, parent material texture appeared dominant determining general, aspects microbial community were also pertinent. It is notable land use organic matter content, which are commonly hypothesized influential regard, ranked amongst lowest significant factors. However, these conclusions based upon very limited coherent sets currently available. The key implication an apparent dependency phenomena possible, but not via single or direct approach. may require specific approaches particular circumstances, it possible system‐level configuration greater consequence than individual Hence, approach most strategy, should considered developing policy scenarios relation management.