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Cooperation of consultingand machinery rings during the practice transfer through Mobile AgrarPortale. Subproject 2 (Project)

The objective of SoFi is to support a site specific and resource efficient application of nutrients as well as measures to optimize soil conservation by developing services providing site specific geoinformation with respect to the aims of the program of supporting innovation of the BMEL regarding the reduction of greenhouse gases. The new fertilization ordinance (Düngeverordnung, DÜV) leads to...


Funding period: 2018 - 2021

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Collaborative project: The focus of the survey is the optimization of the automated anesthesia by means of isoflurane for piglet castration by using a mobile anesthesia device, as well as the implementation of the method in breeding farms - subproject 2 (Project)

The aim of the present joint project is to optimize the automated anesthesia by isoflurane for the castration of piglets using a mobile anesthesia device. Implementation concepts will also be developed for the application of the method in breeding farms. The first part of the study focuses on the evaluation and determination of the time required for the different anesthetic gas mixtures that are...


Funding period: 2018 - 2021

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Pathways to reduce food waste - Measures, evaluation frameworks and analytical tools as well as future-oriented approaches for the sustainable use of food including socio-ecological innovations. Subproject 2: material flows and energy flows and case study bakery production and marketing of bakery products (Project)

The production and consumption of food has an impact on the environment. In this context we question the importance of food waste. To analyse this, we quantify the agricultural and food sectors along the entire value creation chain. Food waste can often be avoided with relative ease. In different case studies we study the main points and reasons for the creation of waste and study different way...


Funding period: 2015 - 2018

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Collaborative project: Development of a biological control system for the regulation of the pathogen of ash drive dying Hymenoscyphus fraxineus; Subproject 2: micro-Biom analyses for the identification, selection and evaluation of potential antagonists in planta for control of the pathogen of ash drive dying (Project)

Ash drive dying fraxineus caused by Hymenoscyphus has spread since the mid-1990s across Europe and provides stocks by the death all the forest future of the ash in question. The biological control of the disease through microbial antagonists, which directly combat the harmful organism or suppress competition, is a promising option to the containment of ash drive dying and can a synergistic...


Funding period: 2017 - 2020

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Development of procedures and products for utilisation of the techno-functional properties of the hydrolyzates - subproject 2 (Project)

The overall objective of this project is to upgrade stale bread (caraway rye bread) and its fully recirculation in the production process through the development of a new specific fermentation process for the liquidation and/or saccarification of stale bread. It will be obtained a kind of bread sirup which can be used in manifold manner. The special focus is the maintanance and spreading of the...


Funding period: 2019 - 2021

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Collaborative project: Breeding and mass propagation of peat moss in Sphagnum farming to create a sustainable supply of renewable raw material for horticultural growing media. Subproject 3: Establishment and optimization of axenic in vitro propagation of Sphagnum in a photobioreactor, Design and construction of a new type of a photobioreactor for large scale mass propagation of Sphagnum seeding material (Project)

To reach high yields and thus make Sphagnum farming economically feasible the joint project ‘MOOSzucht’ aims to increase current Sphagnum productivity by 30 % through selection and breeding. Several wild provenances of Sphagnum species (suited for growing media) will be genetically characterized (SSR marker assays) to understand the relationship between and distribution of Sphagnum genotypes....


Funding period: 2017 - 2021