An integrated soil-spectroscopy-modeling platform to assess Swiss agricultural soil functions

The Sustainable Agroecosystems group and NABO (Swiss long-term soil monitoring network) have initiated a collaborative project that aims to establish a soil-spectroscopy-modeling platform for Swiss agricultural soils. This platform integrates Soil Diffuse Reflectance Infrared Fourier Transform (DRIFT) spectroscopy, traditional laboratory soil analyses, pedotransfer functions, geostatistics and biochemical modeling approaches to create high resolution soil databases that cover the majority of Swiss agricultural lands.

NABO
Switzerland has a long-term soil monitoring network (NABO) across 106 sites, of which 62 are agricultural sites (arable land, grassland and special cultures), where soil characteristics and farm management data have been measured since 1985. The continuous record of NABO data serves as a valuable resource to monitor long-term changes in soil functions under a wide range of agricultural practices and environmental conditions.

This project aims to extend NABO and several Swiss long-term experimental sites with extensive spatial and temporal soil data to evaluate the effects of conventional and alternative management practices on key soil properties. Based on newly generated soil databases with regional resolution, biochemical models will be used to evaluate field-scale and regional effects of fertilization, tillage, soil cover, and crop rotation on soil nutrient dynamics.

For further information please contact Philipp Baumann ().

concept_modeling
Concept of the integrated soil-spectroscopy-modeling platform to assess Swiss agricultural soil functions.

Country: Switzerland

System: Swiss arable lands and grasslands; Swiss long term trials (FAST, Changins, Frick); NABO (soil monitoring)

Project duration: 2016-2019

Project partner: Agroscope (Switzerland)

Project funding: ETH Zurich fundation

 

Sprechblase_Phlipp
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