We use cookies on our website. Some are necessary for the operation of the website. You can also allow cookies for statistical purposes. You can adjust the data protection settings or agree to all cookies directly.
Data Protection Declaration
Imprint
LfL - Institute for Plant Protection (IPS)
Institution
Section overview
Activities
- Research
Parent institution
Coordinated projects
- A Multi tasking AI assisted Robot System for Individualized Management of Crops and Weeds
- Alternative pest control methods with insect pathogenic nematodes to keep corn rootworm populations under the injury threshold
- Annual detection of Rhizoctonia and nematodes infestation in sugar beets in the Bavarian growing areas with geo-referenced location of the individual field areas
- Cockchafer in the Bavarian Forest
- Comparison of systems for weed control inagriculture
- Development and evaluation of procedures and techniques for alternative weed control and for minimizing herbizide use in crop production
- Development of molecular biological methods to qualtitativen and quantitative detection and for differentiation of Fusarium spp.
- Development, evaluation and realisation of the prognosis-system “ÖKO-SIMPHYT” to control potato late blight in organic farming with reduced use of copper
- Development, testing and realization of the forecast model ECO-SIMPHYT for targeted control of late blight (P. infestans) in organic potato production with the aim of the use of copper-containing fungicides to be reduced to a minimum
- Development, validation and practical implementation of a weather-based forecasting model for infestation incidence of Sclerotinia sclerotiorum in rapeseed
- Effective control of vole and field mouse in grassland of Bavaria
- EntoProg - Development of digital prognosismodels and decision support systems in cropprotection for estimating the infestation of harmfulinsects in oil seed rape, sugar beet and maize
- Establishment of a quantitative detection method for Rhizoctonia solani AG 2-2 in soil
- Establishment, validation, verification and accreditation of modern, efficient, highly sensitive and highly specific methods for reliable detection of plant viruses and -viroids
- Extraction of eggs of the quarantine harmful organism Diabrotica virgifera virgifera (Western corn rootworm) from soil samples
- Fusarium - pre harvest monitoring in winter wheat
- Herbicide tolerance of poplar and willow species
- Integrated control strategy against the late beet rot of sugar beet
- Integrated weed management (IWM) in arable farming
- Is the cultivation of hazelnuts for fruit production in Bavaria economically possible? 2nd continuation
- Management of water ragwort in permanent grassland
- Meaning of corn stubble and soil tillage on the corn borer population
- Monitoring and methods to control the planthopper Pentastiridius leporinus and the bacterial disease ´SBR´ in sugar beet
- Monitoring for dangerous hop viruses, the Hop Stunt Viroid (HpSVd) and the Citrus viroid IV (CVd IV) in German hop cultivation
- Monitoring of dangerous virus and viroid infections of hops in Germany
- Occurrence and significance of damaging stink bugs (Pentatomidae) in Bavarian fruit and vegetable cultivation
- PENTAcontrol - Development of a sustainable regulation strategy against tree bugs in horticulture
- Persistence of viroids in hop silage and in biogas fermenters
- Post-harvest monitoring of ear-fusariosis
- Potential effects of transgenic maize with three expressed Bt proteins on epigeal predatory arthropods
- Pre-harvest monitoring of winter wheat in Bavaria
- Proof of seed born pathogens (fungi) to eco-seed using conventional laboratory techniques
- Research projects to combat western corn rootworm
- Securing of sweet cherries growing in Bavaria
- Securing of sweet cherries growing in Bavaria
- Strategies to reduce and avoid copper in organic potato production. Subproject A: measures for the reduction of the primary infestation
- Studies on the reduction of PVY (Potato Virus Y) infection in seed potatoes
- Suppression of water ragwort in grassland with bioherbicides
- System comparison of different weed control methods in winter grain cultivation
- System comparison of different weedcontrol methods in maize cultivation
- Weed control in maize growing with no-tillage practices
Involved in research projects
- CBCVd Research Project 2023
- Collaborative project: Precise herbicide neutralization as a contribution to more sustainable weed control. Subproject 1: activated charcoal characterization, model and field trials
- Control of the Citrus Bark Cracking Viroid (CBCVd) in the affected hop-growing regions
- Development of a multiplex digital DiRT-PCR to test for potato viruses and blackleg bacteria directly on the same tuber sap
- Establishment of a research center for drylandagriculture in northern Bavaria
- EU-INTERREG V-Project 220: Impact of agricultural activity on soil quality and pollution in the Czech-Bavarian cross-border region
- Fungal susceptibility of different types of peas under field conditions
- Improving the knowledge of the dynamics of the regulation sizes for pollen beetles with the aim of improving and refining the computer-based forecasting and decision support
- Interactions between large and small grained leguminosae under the conditions of organic farming
- Investigation of different methods for the mechanical killing of intermediate crops for erosion-reducing processing methods of maize to reduce the use of total herbicides
- Is the cultivation of hazelnuts intended for fruit production in Bavaria economically feasible?
- Pilot project biogas plants
- Preliminary project CBCVd
- Set up of guidance documents to minimize the use of growth regulators and to superiorly evaluate respective cultivar performance of winter wheat
- Set-up of a multiplex digital DiRT-PCR for parallel testing of viruses and pathogen infection by blackleg and bacterial wilt in potatoes
- Testing various methods of mechanical weed control in organically grown soybeans
- Testing, evaluation and demonstration of technology for mechanical weed control in mulch crops providing a high degree of soil cover
Contact
LfL - Institute for Plant Protection
(IPS)
Lange Point 10
85354 Freising
Bavaria
Germany
Phone: +49 (0)8161 8640-5651
Fax: +49 (0)8161 8640-5555
Email: Pflanzenschutz(@)LfL.bayern.de
