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|Title:||Assessing Soil Processes and Function across an International Network of Critical Zone Observatories: Research Hypotheses and Experimental Design|
|Authors:||BANWART Steven; BERNASCONI Stefano; BLOEM Jaap; BLUM Winfired; BRANDAO MIGUEL; BRANTLEY Susan; CHABAUX Francois; DUFFY Christopher; KRAM Pavel; LAIR Georg; LUNDIN Lars; NIKOLAIDIS Nikolaos; NOVAK Martin; PANAGOS Panagiotis; VALA RAGNARSDOTTIR Kristin; REYNOLDS Brian; ROUSSEVA Svetla; DE RUITER Peter; VAN GAANS Pauline; VAN RIEMSDIJK Willem; WHITE Tim; ZHANG Bin|
|Citation:||VADOSE ZONE JOURNAL vol. 10 no. 3 p. 974–987|
|Publisher:||SOIL SCI SOC AMER|
|Type:||Articles in periodicals and books|
|Abstract:||European Union policy on soil threats and soil protection has prioritised new research to address global soil threats. This research draws on the methodology of Critical Zone Observatories (CZOs) to focus a critical mass of international, multi-disciplinary expertise at specific field sites. These CZOs are selected as part of an experimental design to study soil processes and ecosystem function along a hypothesised soil life cycle; from incipient soil formation where new parent material is being deposited, to highly degraded soils that have experienced millennia of intensive land use. Further CZOs have been selected to broaden the range of soil environments and data sets to test soil process models that represent the stages of the soil life cycle. The scientific methodology for this research focuses on the central role of soil structure and soil aggregate formation and stability in soil processes. Research methods include detailed analysis and mathematical modelling of soil properties related to aggregate formation and their relation to key processes of reactive transport, nutrient transformation and carbon and food web dynamics in soil ecosystems. Within this programme of research, quantification of soil processes across an international network of CZOs is focussed on understanding soil ecosystem services including their quantitative monetary valuation within the soil life cycle. Further experimental design at global scale is enabled by this type of international CZO network. One example is a proposed experiment is to study soil ecosystem services along planetary-scale environmental gradients. This would allow scientists to gain insight into the responses of soil processes to the increasing human pressures on Earth's Critical Zone that arise through rapidly changing land use and climate.|
|JRC Institute:||Sustainable Resources|
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