The BonaRes funded research work aims at securing productivity and efficiency of soil as a resource in the long run and – if possible – to enhance them. 10 interdisciplinary collaborative projects and the BonaRes-Centre help to ensure these goals by researching possibilities to optimize soil function and by asking questions such as how can the use of water and nutrition be made more efficient or how can land use strategies and land use management be optimized?
The central motivation of the BonaRes Centre is the transfer of existing and newly generated knowledge about soil functions into scientifically based decision support tools for soil management in the context of a sustainable bioeconomy.
The main objective is to employ catch cropping for developing innovative farming systems to preserve and improve soil fertility.
InnoSoilPhos intents to optimize the soil-P-fertility in order to lower the dependency on phosphate rock-derived P-fertilizers.
ORDIAmur aims at gaining a deeper understanding of the processes resulting in replant disease in order to develop tools for overcoming the disease. For the soil strategies to restore organismic communities will be established. On the plant site tolerant rootstocks shall be developed.
Sustainable Subsoil Management
This project aims, to explore how and to which degree we can manage the subsoil to secure or even increase plant yields by improving the overall nutrient and water use efficiency for crops.
Intelligence for Soil (I4S)
I4S is targeted towards the design of an integrated system for fertilizer recommendations and improvement of soil functions regarding nearly every square meter of soil.
Sustainable protection and improvement of soil functions with intelligent land management strategies – a practical on the fly assistance system for farmers.
SUSALPS aims to provide a holistic, evidence-based and process-focused understanding of the responses of key pre-alpine and alpine grassland soil functions to present day and future climate and land management changes, thereby considering specific socio-economic conditions in given regions.
Central aim of SIGNAL is to evaluate whether and under which site conditions agroforestry in Germany can be a land use alternative that is ecologically, economically and socially more sustainable than conventional agriculture.
The project aim is the investigation of the impact of long-term farming strategies on the soil microbiome and its function in terms of soil suppressiveness against plant pathogens.
Motivation is the development of novel plant cultivation strategies directed towards “engineering” the complex nutrient cycling interactions between plants and soil microorganisms, combined with improved timing of fertilizer and soil amendment applications.
Plant roots and soil ecosystems, significance of the rhizosphere for the bio-economy.
Six collaborative projects have been funded since the beginning of 2020 to clarify the interactions between plant roots, the surrounding soil space and the habitat of the organisms.
bread and beer
Evaluate the potential of seed inoculation with Hartmannibacter diazotrophicus of wheat and barley growth physiology and grain quality parameter under low nitrogen fertilization regime. Rhizosphere microbiome and root architecture analysis for understanding the potential effect of inoculation.
December 04, 2022
Livestream: Soil of the Year 2023 Ceremony
*** only in German***
December 02, 2022
Vacancy: Scientist to - Analyse factors determining future soil health in European regions (m/f/d)
December 01, 2022
Press Release: World Soil Day, December 5 – the Arable Soil will be announced as "Soil of the Year 2023" (in Germany)
November 14, 2022
Virtual Workshop - BonaRes Data Management - Let's be FAIR with data!
November 03, 2022
Festveranstaltung "Boden des Jahres 2023: Ackerboden" – Jetzt anmelden!
November 02, 2022
LTE-Workshop: "Lift the agricultural data treasure!"
September 23, 2022