Page 44 - עלון הנוטע ינואר 2021 בעיקר הגנת הצומח
P. 44
הדולחה תירקא לש תיגולויב הרבדה - 31 ׳מעמ ךשמה
47: 399-409. תורפס
7. Bounfour M., McMurtry J.A. (1987): Biology and ecology 1. Maoz Y., Gal S., Argov Y., Domeratzky S., Coll M., Pa-
of Euseius scutalis (Athias-Henriot) (Acarina: Phytosei- levsky E. (2016): Intraguild interactions among special-
idae). Hilgardia 55: 1-23. ised pollen feeders and generalist phytoseiids and their
8. Ferragut F., Garcia M.F., Costa C.J., Laborda R., Mari effect on citrus rust mite suppression. Pest Management
F.G., Comelles J.C. (1987): Influence of food and Science 72(5): 940-949.
temperature on development and oviposition of Eu� 2. Ferrero M., Gigot C., Tixier M.S., Van Houten Y.M., Kre-
seius stipulatus and Typhlodromus phialatus (Acari: iter S. (2010): Egg hatching response to a range of air
Phytoseiidae). Experimental and Applied Acarology humidities for six species of predatory mites. Entomolo-
3: 317-329. gia Experimentalis et Applicata 135: 237-244.
9. Warburg S., Inbar M., Gal S., Salomon M., Palevsky E. 3. Porath A., Swirski E. (1965): A survey of phytoseiid mites
Sadeh A. (2019a): The effects of a windborne pollen pro- (Acarina: Phytoseiidae) on citrus, with a description of
visioning cover crop on the phytoseiid community in cit- one new species. Israel Journal of Agricultural Research
rus orchards in Israel. Pest Management Science 75(2): 15: 87-100.
405-412. 4. Palevsky E., Argov Y., Ben David T., Gerson U. (2003):
10. Adar E., Inbar M., Gal S., Doron N., Zhang Z.Q., Pa- Identification and evaluation of potential predators of citrus
levsky E. (2012): Plant-feeding and non-plant feeding rust mite. Systematic and Applied Acarology 8: 39-48.
phytoseiids: Differences in behavior and cheliceral 5. Warburg S., Gafni R., Inbar M., Gal S., Palevsky E., Sa-
morphology. Experimental and Applied Acarology 58: deh A. (2019b): Climatic and cultivar effects on phyto-
341-357. seiid species establishment and seasonal abundance on
11. Warburg S., Yahyaa M., Lahav T., Medina S., Freilich citrus. Acarologia 59(4): 443-455.
S., Gal S., Palevsky E., Inbar M., Ibdah M. UV-Induced 6. Argov Y., Amitai S., Beattie G.A.C., Gerson U. (2002):
Citrus Resistance to Spider Mites (Tetranychus urticae) Rearing, release and establishment of imported preda-
(submitted). tory mites to control citrus rust mite in Israel. BioControl
םיקיזמ תרבדהל הקוריה ךרדה - 34 ׳מעמ ךשמה
The green way to eradicate Microbial control agents (MCA) refer to pathogenic micro-
pests in agriculture organisms or their direct products, capable of infecting
Dana Ment / Corresponding author and reducing arthropod pest populations and being eco-
danam@volcani.agri.gov.il logically sustainable. Our aim is to increase the integra-
Nitsan Birnbaum, Victoria Reingold, Jayashree Ra- tion of MCA in a pest management system in various ag-
makrishnan, Libat Rachel Yashar / The Robert H. Smith ricultural and horticultural environments in Israel, includ-
Faculty of Agriculture, Food & Environment of the Hebrew ing plantations, orchards, field crops and greenhouses.
University of Jerusalem The research in our lab combines basic research on host
Chandrasekhar Kottakota, Ravindran Keppanan, Malka arthropod-pathogen interaction and applied research on
Goldenberg, Sabina Metbeev, Liora Salame, Franziska MCA production and formulation technologies. We ex-
Grzegorzewski, Eden Yossef, Yaara Livne, Noa Levy, pect that by intense research and successful field exper-
Alex Protasov, Michael Davidovitz / Institute of Plant Pro- iments the global trend in development and application
tection, Volcani Centre, Agriculture Research Organization of MCA’s will be adopted in Israel as well.
44
2021 ,ה”ע הנש ’עטונה ןולע‘ ‘Alon Hanotea’ vol. 75, 2021