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Collaborative project: Bring paludiculture into the practice - integration - management - cultivation. Subproject 1: Cultivation, management, portability and harvest of cattails and reeds, biomass quality, economic evaluation, knowledge transfer (Project)

The joint project is the task to examine the cultivation, harvest and storage, and processing of reeds and cattails under practical conditions and evaluate. This is in particular the biomass quality depending on Pflanzenherkünften, procedure design (cultivation, harvesting) and site conditions (water, nutrients) in the Centre of interest. Another project focuses in the field of economics. It is...


Funding period: 2019 - 2022

Relevancy: 1%

Collaborative project BioTip: Marine ecological economic systems in the Western Baltic Sea and beyond: shifting the baseline to a regime of sustainability. Subproject 1: Generic models, coordination and communication (Project)

This project aimed to develop and operationalized a social-ecological system (SES) for the Western Baltic Sea ecoregion. We first aim to understand the drivers of the system tipping points. Then, a management strategy evaluation, with, ultimately, the goal of tipping the social-ecological system into a new sustainable state, may be carried out.


Funding period: 2019 - 2022

Relevancy: 1%

Development of modern detection methods for viruses and viroids on fruit crops and grapevine (e.g. little cherry, latent viruses of apple, vector-borne viruses of strawberry, leafroll disease of grapevine) (Project)

There is a high demand on fast and reliable diagnostic tools for identification of viruses and viroids on fruit crops and grapevine. Either laboratory methods are lacking requiring time consuming biotests on indicators or existing tests are not sufficiently validated (lack of data on isolates). At the same time new methods are being developed, resulting in improved diagnostics (reduction in...


Funding period: 2008 - 2018

Relevancy: 1%

Evaluation of fruit varieties on resistance against pests (e.g. rootstocks for control of phytoplasmas in pome fruits, evaluation of varieties on field resistance towards fire blight in open field trials) (Project)

Over several years evaluation of apple breeding lines for field resistance to fire blight using artificial inoculation in the orchard Kirschgartshausen.


Funding period: 2010 - 2018

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 E (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

Relevancy: 1%

Collaborative project: Single-vine related remote sensing of growth and health status in steep-slope viticulture and their integration into a quality-oriented concept of selective machine harvesting - Subproject E (Project)

The 'QualiSelect' project is concerned with the development of single-vine precise mechanical grape harvesting in precision viticulture. Taking into account the goals within the framework of innovation promotion, the focus is on strengthening rural areas by preserving steep slope areas, in addition to the ability to innovate and adapt to changing cultivation conditions. Ensuring this requires the...


Funding period: 2024 - 2027

Relevancy: 1%

Collaborative project: Development of a highly sensitive molecular method for diagnosis of Rubus stunt phytoplasma in rasberries, considering aspects of vector biology, modes of transmission and management strategies - subproject 1 (Project)

Rubus stunt is a bacterial plant disease that is caused in raspberries and other Rubus species by so called phytoplasmas, and can lead to significant yield losses. For a successful control of Rubus stunt, early identification of infected and often symptomless plants is of utmost importance. Thus, for detecting phytoplasmas a fast and highly sensitive molecular method (a Multiplex TaqMan qPCR...


Funding period: 2013 - 2016