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Search for: erz0sxl5g8vvmvn4ys3t2pck0tnkfwpqiy0xemsfsppa1u1ofavfhpib7g9htmdy, 10 of 7966 ResultsSorting
Relevancy: 28%
Improving phenotypic testing of AMR by development of rapid and sensitive screening assays for emerging resistances and setting missing ECOFFs (Epidemiologic cutoff values) (Project)
...IMPART includes four topics related to the development and harmonization of phenotypic methods for detection of antimicrobial resistance: (1) selective isolation and detection of colistin-resistant Enterobacteriaceae, (2) selective isolation and detection of carbapenemase-producing Enterobacteriaceae, (3) development of a standardized disk diffusion method for susceptibility testing of Clostridium difficile, (4) setting ECOFFs for specific veterinary pathogen/antibiotic combinations. IMPART will result in a harmonized sensitive method to detect colistin-resistant (carrying mcr) (WP1) and carbapenemase-producing Enterobacteriaceae (WP2) in caecal samples from animals and in food. ...Then, knowledge and experience would be shared inside IMPART and disseminated outside IMPART using efficient and innovative tools (WP5)....
Funding period: 2018 - 2019
Relevancy: 28%
Systems of cropping energy plants - impacts on soil microbial properties and soil carbon dynamics (Project)
...1) to determine quantitative and qualitative changes in soil carbon pools following cultivation of energy crops; 2) to access the microbial biomass (Cmic) and community structure (fungi-to-bacteria ratios), as well as microbial activity (basal and specific, qCO2, respiration) under the studied cropping systems; 3) to compare selective inhibition technique (SI) and phospholipids fatty acids analysis (PLFA) used for measuring fungal and bacterial contribution to soil microbial biomass; 4) to find the main factors (soil chemical and physical properties, cropping management types) which control and constrain soil microbial properties (biomass, community structure, and activity), as well as carbon dynamics in the cropping systems under study; 5) to indicate which type of cropping systems (with/without ploughing or irrigation) provides sustainability of total soil organic carbon, or carbon fractions, as well as microbial properties of soil....
Funding period: 2006 - 2008
Relevancy: 28%
Establishment of a 'consumer law professorship' (Project)
...The activity spectrum arises from the main goal 7 of the Research Plan 2008 of the BMELV in the field of consumers' economic welfare. ...Are then treated to mix of private 1.the legal and public instruments of consumer protection, 2 the distribution of the standardization and enforcement responsibilities between the levels of Europe - federal - state, 3 the relationship between individual, collective and sovereign law enforcement, 4th the question of consumer protection through consumer information or by market regulation. ...The work on a handbook for consumer law should be so far advanced that a publication is likely to 5 years after the start of the grant period....
Funding period: 2010 - 2013
Relevancy: 28%
Collaborative project: Standardization of the GeoBox infrastructure - Phase 1: Dezentralized data management and regional networking - subproject 1 (Project)
...The goal of the project GeoBox-I is the experimental development, testing and dissemination of a practicable prototype of a standardized and resilient GeoBox infrastructure for decentralized data storage and regional networking. This includes (1) providing data structures and vocabularies for exchange-relevant information which are easy to understand in a suitable web portal as a public service to the industry; (2) the GeoBox specification as a corporate data hub with a cache for a variety of relevant information, under the sole control of the particular farm; (3) the provision of key geospatial and technical data for farms with decentralized storage in farms; (4) the realization of communication protocols and form assistants for standardized data exchange with third parties; (5) the design of exemplary services that extract directly useful advice to farmers from the standardized data available; and (6) the implementation of all essential functions in the form of disclosed reference implementations of exemplary applications. These are focused on sovereign information and advice in the field of crop protection and transferred to the practice in the context of education and training on the topic of resilient smart farming. The 5 packages of the work plan include 1) design and specification of the system concept and the overall architecture, 2) the realization of the infrastructure level with GeoBox server with dynamic vocabulary services (including provision of vocabulary and appropriate change management), 3) the reference implementation of a 'HofBox' as decentralized knowledge store and node for internal and external data communication (operational level of resilient communication capability), 4) the realization of exemplary apps for communication, service and consulting assistance to agricultural applications in the field (examples of service level), finally 5) the support of roll-out and practical introduction by training and further education, training courses, cooperations with model companies, comparison with other federal states and establishment of a project-accompanying advisory board from associations, industry and users....
Funding period: 2018 - 2020
Relevancy: 28%
Collaborative project: Surface structured slatted floor - improving animal welfare and reducing ammonia emissions through optimized design of slatted floors for fattening pigs - subproject 1 (Project)
...1. Developing a surface-structured slatted floor for maximum animal comfort and minimum ammonia emissions. percentage of slats < 5% 2. Analytical assessment and characterization of these surface-structured slatted floors compared to common slatted floors by a) analysing the animal comfort and animal welfare b) analysing the ammonia-emissions of a barn equipped with such surface-structured slatted floor compared to a barn equipped with common slatted floors. 3. Validation of the derived results in practical surrounding: Assessing the most promising surface-structured slatted floor in a large scale group of fattening pigs to validate the results regarding animal welfare and ammonia emissions reduction 4. ...
Funding period: 2010 - 2013
Relevancy: 28%
Collaborative project: Surface structured slatted floor - improving animal welfare and reducing ammonia emissions through optimized design of slatted floors for fattening pigs - subproject 2 (Project)
...1. Developing a surface-structured slatted floor for maximum animal comfort and minimum ammonia emissions. percentage of slats < 5% 2. Analytical assessment and characterization of these surface-structured slatted floors compared to common slatted floors by a) analysing the animal comfort and animal welfare b) analysing the ammonia-emissions of a barn equipped with such surface-structured slatted floor compared to a barn equipped with common slatted floors. 3. Validation of the derived results in practical surrounding: Assessing the most promising surface-structured slatted floor in a large scale group of fattening pigs to validate the results regarding animal welfare and ammonia emissions reduction 4. ...
Funding period: 2010 - 2013
Relevancy: 28%
Utilisation of genetic resources of narrow-leafed lupin (Lupinus angustifolius L.) to secure low alkaloid content for feed and food usage (Project)
...In order to achieve the project goals, various innovative breeding approaches are pursued: (1) Conducting a genome-wide association study using a genetically diverse set of alkaloid-rich and poor genetic resources (PGRs, varieties, breeding lines), (2) genetic and functional characterization of alkaloid synthesis by transcription analysis, (3 ) Development of molecular markers for linkage analysis and marker-assisted selection, (4) genetic analysis of segregating populations and (5) pyramidization of gene variants for low alkaloid content. ...
Funding period: 2023 - 2026
Relevancy: 28%
Collaborative project: Sensorbasierte precision breeding of Triticale as a resource-efficient raw material plant. Subproject 1: Phenotyping, genomics and characteristic prediction (Project)
...The project is divided into the following components: (1) a to build practice relevant population by 1,000 from the current breeding programs, Triticalelinien and genotype with genome-wide markers and candidate genes, (2) new to the so far used to integrate complementary sensors with selectivity for any unidentified physiological parameters in the sensor module of the BreedVision Phänotypisierungsplattform and to evaluate, Triticale, wheat and rye (3) a new To develop sensor module for determining the stocking density and also to evaluate Triticale, wheat and rye, (4) the BreedVision system in addition to the continuous drive to expand for static measurements in the stop-and-go of mode, (5) the BreedVision Platform for the detection and prediction of biomass yield, as well as for previously unrecognised, for yield-related components, such as the population density and the plant physiology, to take advantage of the established Triticalepopulation, (6) the efficiency of Triticalegenotypen under reduced nitrogen and pesticide use to evaluate, and (7) to use the data obtained for the predictive breeding of Triticale as a resource-efficient raw material plant....
Funding period: 2017 - 2020
Relevancy: 28%
Collaborative project: Sensorbasierte precision breeding of Triticale as a resource-efficient raw material plant. Subproject 2: Development of phenotyping modules, sensor systems, and sensor fusion (Project)
...The project is divided into the following components: (1) a to build practice relevant population by 1,000 from the current breeding programs, Triticalelinien and genotype with genome-wide markers and candidate genes, (2) new to the so far used to integrate complementary sensors with selectivity for any unidentified physiological parameters in the sensor module of the BreedVision Phänotypisierungsplattform and to evaluate, Triticale, wheat and rye (3) a new To develop sensor module for determining the stocking density and also to evaluate Triticale, wheat and rye, (4) the BreedVision system in addition to the continuous drive to expand for static measurements in the stop-and-go of mode, (5) the BreedVision Platform for the detection and prediction of biomass yield, as well as for previously unrecognised, for yield-related components, such as the population density and the plant physiology, to take advantage of the established Triticalepopulation, (6) the efficiency of Triticalegenotypen under reduced nitrogen and pesticide use to evaluate, and (7) to use the data obtained for the predictive breeding of Triticale as a resource-efficient raw material plant....
Funding period: 2017 - 2020
Relevancy: 28%
Collaborative project: Sensorbasierte precision breeding of Triticale as a resource-efficient raw material plant. Subproject 3: System and implementation of field trials (Project)
...The project is divided into the following components: (1) a to build practice relevant population by 1,000 from the current breeding programs, Triticalelinien and genotype with genome-wide markers and candidate genes, (2) new to the so far used to integrate complementary sensors with selectivity for any unidentified physiological parameters in the sensor module of the BreedVision Phänotypisierungsplattform and to evaluate, Triticale, wheat and rye (3) a new To develop sensor module for determining the stocking density and also to evaluate Triticale, wheat and rye, (4) the BreedVision system in addition to the continuous drive to expand for static measurements in the stop-and-go of mode, (5) the BreedVision Platform for the detection and prediction of biomass yield, as well as for previously unrecognised, for yield-related components, such as the population density and the plant physiology, to take advantage of the established Triticalepopulation, (6) the efficiency of Triticalegenotypen under reduced nitrogen and pesticide use to evaluate, and (7) to use the data obtained for the predictive breeding of Triticale as a resource-efficient raw material plant....
Funding period: 2017 - 2020
