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BonaRes (Modul B, Phase 2): BonaRes - Center for Soil Science - subproject A (Project)

The crucial motivation of the BonaRes Centre is the transfer of existing and newly generated knowledge on soil functions into an operational scientific evidence base for decision-making on soil management in the context of a sustainable bioeconomy. Main tasks are the establishment of required infrastructure for an efficient communication and the exchange of soil related data, modelling concepts...


Funding period: 2018 - 2021

Relevancy: 1%

BonaRes (Modul B, Phase 2): BonaRes - Center for Soil Science - subproject B (Project)

The crucial motivation of the BonaRes Centre is the transfer of existing and newly generated knowledge on soil functions into an operational scientific evidence base for decision-making on soil management in the context of a sustainable bioeconomy. Main tasks are the establishment of required infrastructure for an efficient communication and the exchange of soil related data, modelling concepts...


Funding period: 2018 - 2021

Relevancy: 1%

BonaRes (Modul B, Phase 2): BonaRes - Center for Soil Science - subproject D (Project)

The crucial motivation of the BonaRes Centre is the transfer of existing and newly generated knowledge on soil functions into an operational scientific evidence base for decision-making on soil management in the context of a sustainable bioeconomy. Main tasks are the establishment of required infrastructure for an efficient communication and the exchange of soil related data, modelling concepts...


Funding period: 2018 - 2021

Relevancy: 1%

Collaborative project: Monitoring of soil organic carbon with remote and proximal soil sensing methods. Subproject 2 (Project)

The project pursues the goal of standardising the spatiotemporal monitoring of soil organic carbon (SOC) on long-term field experiments (LTFEs). A comparison of various spectral sensors and platforms of remote and proximal soil sensing is performed. The methods generate different data formats with various information contents in relation to the target variable SOC: image formats in different...


Funding period: 2018 - 2021

Relevancy: 1%

Collaborative project: Development of a mobile fish transport system with integrated water treatment - subproject 2 (Project)

The FiT project aims to improve water quality during live fish transport using modern, compact water treatment technology. This will improve both the handling quality during transport and the economic viability of transport regarding food safety and food quality aspects.


Funding period: 2015 - 2019

Relevancy: 1%

NAM projects in the areas of AOP development and transcriptomics for risk assessment - LOT 2 (Project)

The assessment of an increasing number of chemicals in a way that better protects human health, requires a paradigm shift in the safety assessment of chemicals. It should involve an interdisciplinary approach that integrates the different types of knowledge and data derived from human relevant NAMs in a mechanism-based framework (Beal et al., 2022; Krewski et al., 2020). A NAM-based...


Funding period: 2023 - 2027

Relevancy: 1%

EFFIGEST - Development of a highly efficient process chain to increase efficiency during the fermentation of poultry manure using modified straw fractions and process-integrated production of marketable fertilizer, Subproject C (Project)

Project goal is the development of an efficient, energy-self-sufficient process chain for the joint fermentation of poultry manure and straw up to small technological scale. The first step is the development of an integrated treatment technology (disintegration and compaction of straw) to a significant improvement of transport and handling costs. Second, an optimized fermentation technology...


Funding period: 2013 - 2016

Relevancy: 1%

Collaborative project: Use of innovative data analysis and artificial intelligence for udder health management, incorporating the latest research approaches in bulk milk analysis and image-based animal identification - subproject C (Project)

A complex decision tree for selective dry cow therapy was developed and validated in 20 practical farms. It has been digitized and integrated into the prototype of an AI expert system. For the farm- and cow-specific recommendation for selective dry cow therapy, the expert system networks with the relevant databases and communicates with the user to consider further information. The decisive...


Funding period: 2021 - 2024