Logo of the Information System for Agriculture and Food Research

Information System for Agriculture and Food Research

Information platform of the Federal and State Governments

Advanced Search

Search results

Search for: fh62VKoX2FU0lEOwkF43GA7tzz7cUk55eQG9OuEGpGyuFcwfwqofu1SOH9bhwXJO, 10 of 7967 Results

Sorting

Relevancy: 1%

Collaborative project: Electronic towing bar for agricultural machines with surroundings sensor system and adoption of geo-referenced information – Subproject 1 (Project)

The objective of this project is a further development of the electronic tow-bar system for agricultural machines by the same research consortium, so that the safety and automation level of the existing system will be enhanced with respect to driverless farming. Risks, which are disclosed in the existing experimental vehicles, will be reduced considerably with the aid of perception sensors and...


Funding period: 2011 - 2014

Relevancy: 1%

Collaborative project: Development of a rapid chlorophyll fluorescence imaging-based early-detection method of mildew-resistant lettuce lines – Subproject 1 (Project)

In this project, an effective non-invasive method for rapid and early detection and evaluation of downy mildew (Bremia lactucae) resistance in young lettuce plants will be developed. Photosynthetic activity is a proven indicator for early detection of impairment of plants. Especially chlorophyll fluorescence imaging (CFI) is well suited for non-invasive measurement of photosynthetic efficiency....


Funding period: 2011 - 2014

Relevancy: 1%

Collaborative project: Development of innovative infochemical traps for monitoring and mass trapping of phytoplasma vectors in pome fruit - subproject 1 (Project)

In a sustainable agricultural production the amount of pesticides used for control of insect pests should be reduced as much as possible. Thus, innovative infochemical traps will be developed for monitoring and mass trapping of phytoplasma vectors in pome fruits for practical use. One one hand, these traps will help to reduce the spread of the phytoplasma diseases. On the other hand, they will...


Funding period: 2011 - 2014

Relevancy: 1%

Collaborative project: Animal Welfare Label – Development of a market-conform animal welfare program in the pork chain – Subproject 1 (Project)

The aim of the innovation project was to test, evaluate and establish a market-driven animal welfare program for pork. The implementation and further development of the Animal Welfare Label (Tierschutzlabel) criteria of the German Animal Welfare Federation proofed to be successful for the areas fattening and slaughter. An objective examination was carried out by the scientists resulting in a...


Funding period: 2011 - 2014

Relevancy: 1%

Collaborative project: Energy Cockpit for Dairies – Automatic Energy Data Acquisition and Monitoring for Milk Processing Establishments (ENCOMO) – Subproject 1 (Project)

The project’s goal is to develop an energy cockpit for milk processing establishments. The finalized package of products and services contains all steps to bring such a system into service: analysis of power distribution, selection of measuring points and sensors, their installation, automatic data acquisition, development of algorithms for evaluation, output to a web based monitoring tool...


Funding period: 2012 - 2015

Relevancy: 1%

Collaborative project: Site-adapted nitrogen management based on subarea specific data processing – sytem-, hard- and software solution - subproject 1 (Project)

The aim of the project is to develop a process of site-adapted nitrogen management based on new scientific insights and to introduce it in agricultural practice. The project includes both developing and applying modern information and communication techniques as well as the model-supported management of nitrogen fertilization.


Funding period: 2012 - 2015

Relevancy: 1%

Collaborative project: Development and field test of a direct injection system without delay times forpatchspraying application of pesticides - subproject 1 (Project)

The aim of the project is to save pesticides through site-specific application. This is just the situation and pinpoint application, a prototype of a direct injection system developed and tested without delay times. Thus, for example, when a sub-surface weed control only those sub-areas treated with herbicides, is recommended for those under the economic threshold concept a fight. With the...


Funding period: 2012 - 2015