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Institute of Sugar Beet Research (IfZ)
Institution
Section overview
Activities
- Research
Parent institution
Coordinated projects
- Causes the reduction of the medullary content of sugar beet and effect on quantity and quality of pulp production
- Collaboration project: Reduction of fungicide treatment in sugar beet seed pellets against Aphanomyces cochlioides by use of plant resistance traits - Subproject 2
- Collaborative project: An agricultural experimental field for implementation of digital technologies for crop protection. Subproject 1
- Collaborative project: Development of a SmartHarvest system for less damaged sugar beets (SmartBeet) - subproject 1
- Collaborative project: Development of guidelines for the Integrated Pest Management in sugar beet and exemplary investigation of ecological and economical impacts of innovative use of Plant Protection Products – Subproject 1
- Collaborative project: Estimation of infestation risk of yellowing viruses of sugar beet - Anticipatory development of control strategies taking account of the neonicotinoid and insecticide resistance of the virus insect vector - Subproject 1
- Collaborative project: Generation of recessive resistance against aphid transmittable virus yellows in sugar beet as an alternative resistance management strategy to chemical vector control - subproject 1
- Collaborative project: Improved assessment of the greenhouse gas emission reduction by catch crops in arable crop production and development of an advisory tool for more precise nitrogen fertilization after catch crop cultivation – subproject 6
- Collaborative project: Optimisation of chemical-mechanical and mechanical weed control in row crops - subproject 2
- Collaborative project: Site specific risk evaluation of mechanical and chemical weed control in row crops promoting sustainable crop protection. Subproject: Coordination
- Effect of Fusarienbefalls of wheat to Fusarium infection in sugar beet as succession crop
- Interactions of Beet necrotic yellow vein virus (BNYVV) and the auxin singnal pathway in Beta vulgaris
- Optimisation of drone-based plant disease recognition using extreme observation angles of multispectral cameras
- Optimization of raw material quality of sugar beet by improved stock management, breeding and industrial assessment
- Pathogens of sugar beet
- Rz2 resistance protein from Beta vulgaris recognises the avirulence protein "triple gene block I" of beet necrotic yellow vein virus - characterisation of the interaction and assessment of resistance stability
- Significance of microbially-induced rot for the formation of sucrose losses during storage of sugar beet and measures to avoid them
- Subproject 4: Effects on soil physical properties and plant growth in the field
- The sugar beet as an energy crop in crop rotations on highly productive sites - an agronomic / economic system analysis (phase II); sub-project 1: Influence of different energy crop rotation on yield per unit area, nitrogen balance and the incidence of diseases and pests
- The sugar beet as an energy crop in crop rotations on highly productive sites - an agronomic / economic systems analysis - Project Phase 1
Coordinated collaborative projects
Work package leader of collaborative projects
Involved in research projects
- Collaborative project: Development of guidelines for the Integrated Pest Management in sugar beet and exemplary investigation of ecological and economical impacts of innovative use of Plant Protection Products – Subproject 2
- Geo-referenced risk assessment of pesticide use in sugar beet with the indicator SYNOPS GIS
- Integrated control of sugar beet diseases powdery mildew and rust
- Integrated control strategy against the late beet rot of sugar beet
- Soil exposure by heavy machinery in the arable land
Contact
Institute of Sugar Beet Research
(IfZ)
Holtenser Landstraße 77
37079 Göttingen
Lower Saxony
Germany
Phone: (+49) (0) 5 51 / 5 05 62 - 0
Fax: (+49) (0) 5 51 / 5 05 62 - 99
Email: mail(@)ifz-goettingen.de
