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Determination of leaf water status via Terahertz-sensors (Project)
The goal of sub-project S4 is the in vivo detection of water content and draught stress of agricultural crops by terahertz (THz) time domain spectroscopy. Implementing the innovative THz sensor technology (Fiber-coupled THz time domain spectrometer) will comprise industrial research as well as pre-competitive development of THz system components. Furthermore, compact device integration is planned...
Funding period: 2009 - 2013
Relevancy: 100%
Determination of leaf water status via Sub-Terahertz-sensors (Project)
In the sub-project S5, the potential of sub-THz-sensors for the non-invasive determination of the water content in plants will be evaluated. For that purpose we will build two sensor systems operating at different frequencies. Both devices will be transferred to our project partners in the crops group. The project partners will perform measurements on barley to identify characteristic measurands...
Funding period: 2009 - 2013
Relevancy: 100%
Procedural costs of young cattle in dairy farming (Project)
no details
Funding period: 2017 - 2017
Relevancy: 100%
Evaluation of pH-lowering systems by acidification to reduce ammonia emissions in the stable and field (Project)
no details
Funding period: 2017 - 2019
Relevancy: 100%
Optimization of energy production and use on LVFZ (Educational, experimental and technical centre for dairy farming) Almesbach and visualization of energy data for knowledge transfer (Project)
no details
Funding period: 2017 - 2020
Relevancy: 100%
Studies to improve the animal welfare of pigs: Alternative stables for fattening pigs, piglets and insemination sows as well as movement bays for nursing sows (Project)
no details
Funding period: 2017 - 2019
Relevancy: 100%
Using hyperspectral sensors in plant breeding (Project)
keine Angaben
Funding period: 2009 - 2014
Relevancy: 100%
Chlorophyll fluorescence sensor optimization and data analysis (Project)
Cooperation with S2 and S9.
Funding period: 2009 - 2014
Relevancy: 100%
Quantification of upper canopy spatial structure (Project)
Three dimensional plant canopies are complex assemblages of leaves on various orientations and have an unpredictable three dimensional surface structure. Thus, light intensity changes quickly within natural canopies. With this project we will use a novel stereo camera system to map the 3-dimensional surface of the outer canopy. An semi-automated routine helps to select single leaves and compute...
Funding period: 2009 - 2014
Relevancy: 100%
Sensor Beta testing under field conditions (Project)
keine Angaben
Funding period: 2009 - 2014
