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Imprint
Institute of Agricultural Engineering
Institution
Section overview
Description
Institute of farming technology at the agricultural faculty of University Bonn
Activities
- Research
Parent institution
Coordinated projects
- Automatic mechanical weed control in row crops
- Collaborative project: Assistance systems for intelligent cattle husbandry. Subproject 1: Coordination
- Collaborative project: Constructing and Examining a Real Time Direct Nozzle Injection System for Agricultural Pesticide Application – Subproject 1
- Collaborative project: Development of a process computer to controll relevant substrate parameters in case of baggin technology (EPEKSIFO) - subproject 1
- Collaborative project: Development of a process computer to controll relevant substrate parameters in case of baggin technology (EPEKSIFO) - subproject 2
- Collaborative project: Development of a service to improve claw health in dairy cattle by crosslinking and condensing data for animal health management - Subproject 7
- Collaborative project: Development of the cooperative cloud platform CERES for the collection, exchange and evaluation of data in agriculture and LiveStock – subproject G
- Collaborative project: Effects of lowering dietary nitrogen and supplementing rumen-protected amino acids in lactating dairy cow diets on performance, nitrogen excretion and greenhouse gas emissions - subproject 4
- Collaborative project: Reduction of emissions of poultry houses by combined outlet air purification - subproject 1
- Collaborative project: Silphie - cultivation optimization, sowing technology and breeding; Subproject 3: Optimization of practical sowing technology for sowing the mixed silphia
- Collaborative project: Surface structured slatted floor - improving animal welfare and reducing ammonia emissions through optimized design of slatted floors for fattening pigs - subproject 2
- Composition of dust emissions of different livestock houses and determination of the gravimetric factors
- Crop sequences for optimized use of soil resources: combining allorhizous and homorhizous species for complementary root growth in topsoil and subsoil. Subproject 1
- Demonstration Project medicinal plants (CAMEL); collaborative projects: Seeding technology; Subproject 1: Optimization of seed technology as the basis for establishing stock
- Dust loads in animal houses – situation evaluation and reduction means
- estimation of the nucleation potential of particles from gaseous emissions from agricultural animal houses
- In-Soil Site-Specific Measuring of Sugar Beet Yield Using UWB Radar Sensor System
- Investigation of animal welfare-environment-interaction of dairy cows. Subproject 1
- Position-controlled Parallelsaat of row crops to optimize weed control - mechanical weed control in the series
- Process evaluation of biogas production with energy crops materials in typical agricultural regions in NRW
- Process-oriented evaluation of competing solutions in the usage of regenerative energy for heating and cooling of animal houses
- Quality of silage - comparative assessment by chemical analysis, chemical sensor systems and animal experiments
- RADAR-sensor system for determination of sugar beet root growth in pot experiments
- Reducing odor-, ammonium- and methan-emissions with slorry aeration, under floor extraction and additional air cleaning
- Regulation of fruit density in fruit growing
- System for recording individual animal feed intake of dairy cows
- Transmission of real dust particles from animal stables
- Weed control with hot oils from renewable resources
Contact
Institute of Agricultural Engineering
Nußallee 5
53115 Bonn
North Rhine-Westphalia
Germany
Phone: +49-228-732395
Fax: +49-228-732596
Email: landtechnik(@)uni-bonn.de
