En I עב
People | Site
Hello visitor | Log in
research_title.gif research_logo.gif
About Institutes Public Relations Technology Transfer Students\International Information Center (Library) Administration
Research Students
Useful information
International R & D courses

Institute of Plant Protection

Entomology and the Nematology and Chemistry units

  • HARARI ALLY e-mail Team: Eyal Halon (Volcani Center), Russel Jurenka Iowa State University
    The evolution and maintenance of monandry vs polyandry in insects.
    Males in most animal taxa mate multiply (polygyny) and so are females (polyandry), however in some species females mate once only in their life time (polyandry). Costs and benefits are involved in repeated mating as well as in avoiding remating for females and a conflict of interest between males and females is at the base of most mating systems, whereby males benefit form mating with multiple females but loose paternity if females mate multiply. Different mating strategies will be studied as needed using behavioral manipulation, molecular techniques, mathematical modeling, bioinformatics and others.
    Education requirements
    Ecology, biology, ecology of sex
    Scientific experience
    Writing scientific papers, Molecular tools, statistics
    Group working
  • HARARI ALLY e-mail Team: Eyal Halon (The Volcani Center), Russel Jurenka, Iowa State University (USA)
    The evolution of sex-pheromones as a sexual trait.
    Sex pheromones may have evolved under natural selection to promote intraspecific mating and avoid the cost of hybrid offspring (interspecific mating), under sexual selection promoting mating with a high quality partner. The first encourage stabilizing selection and low variance among individuals of the signalling sex and strict preference of the receiver for the trait representing the population mean. The second results in high variance of the trait pushing to its extreme by favoring extravagant individuals. the different selection pressure will be studied using behavioral manipulations, chemical ecology, molecular techniques and mathematical modeling
    Education requirements
    biology, ecology, evolution
    Scientific experience
    chemical ecology, writing scientific papers, statistics
    English speaking and writing
  • HARARI ALLY e-mail Team: Eyal Halon, Victoria Soroker
    Resistant to male-mating disruption- an environmentally friendly pest control
    The male mating disruption method uses high concentration of the sex pheromone of the target pest to reduce encounters between males and females and thereby reduce the larvae population. However, in the last decade, after many years of repeated use of the technique with high success in reducing the pest population, the pest population has increased. Evidence suggests that the pheromone profile of females in the treated fields has been changed and thus are able to attract males despite the mating disruption treatment. Possible causes to the development of "resistance" to the treatment will be studied as well as ways to overcome it.
    Education requirements
    Chemical ecology, biology, Ecology
    Scientific experience
    Writing scientific papers, statistics
    English speaking, reading and writing

Plant Pathology and Weed Research

  • BAHAR OFIR e-mail Team: Prof. Dan Peer, Tel-Aviv University
    Role of bacterial outer membrane vesicles in plant-pathogen interactions
    Bacteria release outer membrane vesicles (OMVs) encapsulating various cellular compounds such as DNA, RNA, toxins, enzymes and more. What goal do those OMV serve when they are released during plant colonization? Do they benefit the pathogen, or impede infection by alerting the plant immune system? these are some of the questions we are trying to answer in this fascinating and cutting edge research.
    Education requirements
    Scientific experience
    Microbiology, Plant-Bacteria interactions
    Molecular Biology, Biochemistry, Bioinformatics
  • BLANK LIOR e-mail Team: None
    Modeling the effects of climate change on pests and pathogens distribution
    This project aim at modeling pathogens and pests spatial spread in different climatic condition using habitat suitability modeling, Google Earth Engine and GIS. Some background on the lab and related projects can be found in our group website http://SpatialEpidemiologyLab.weebly.com
    Education requirements
    PhD in Ecology, Agriculture, Geography, Statistics, Entomology or a related field
    Scientific experience
    • Analyzing spatial data derived from surveys • Integration and analysis of data in GIS • Statistical and geostatistical analyses of the data • Development of automated data processing and analysis tools
    GIS, statistics, programming (R,/MArlab/Python/etc)
Updated on: 20/04/20 14:11
govi semel
Copyright © 2008, The State of Israel. All Rights Reserved. Terms of use I Contact Us I Jobs I F.A.Q I Site administrator