Dr. Nimrod Israely

Dr. Nimrod Israely

Kfar Truman, Center District, Israel
41K followers 500+ connections

About

I’m Dr. Nimrod Israely—an entrepreneur, scientist, farmer, and passionate advocate for…

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Activity

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Experience

  • Dream Valley Global

    Central, Israel

  • -

    Kfar-Troman

  • -

  • -

    Kigali City, Rwanda

  • -

Education

  • The Hebrew University of Jerusalem Graphic

    The Hebrew University

    -

    Activities and Societies: ESA, The Entomological Society of Israel

    Agronomist; Entomology and Ecological Entomology with emphasis on fruit fly metapopulation ecology

  • -

  • -

Licenses & Certifications

  • Management by Adizes

    Hamil and Adizes Academy Of Management

    Issued
  • Entrepreneurship course executive and industrial

    Tel Aviv University

    Issued

Volunteer Experience

  • Grower in citrus, avocado and litchi orchards

    Kibbuts Kadarim

    - 1 year 1 month

    Social Services

    Community service (Shnat-Sherot) before the army service

  • Director

    The Africa Organization of Technology in Agriculture Conference (AOTA) and Expo 2022

    - Present 3 years 11 months

    Economic Empowerment

    I took part in creating the outlines, principles, and vision on which the conference was established.

Publications

  • Ecological based control of the Olive fruit fly using Biofeed device

    . 5th Meeting of the IOBC/ WPRS Working Group Integrated Protection of Olive Crops. Jerusalem, Israel 15-20 May 2011

    Other authors
    • Ben-Yehuda, S.
  • The use of Biofeed devices in Israel's agriculture aimed for export

    Garcia-Mari, F. (ed.), Integrated control in citrus fruit crops, 38: 157. Catania, Italy, IOBC/WPRS. 5-7 November 2007

  • Ecological based control of the Mediterranean fruit fly through a novel technology

    Garcia-Mari, F. (ed.), Integrated control in citrus fruit crops, 29 (3): 95. Lisbon, Portugal, IOBC/WPRS. 26-27 September 2005

  • Biofeed: an environmentally friendly control device for Mediterranean fruit fly

    The Israeli entomological society, 24th annual meeting, May 2005

    Other authors
    • Ben-Yehuda, S.
  • Effect of combined insecticide sprays and sanitation techniques on population dynamics of Ceratitis capitata (Diptera: Tephritidae) in the central mountains of Israel

    . J. Econ. Entomol. 98(3): 739-748

    Other authors
    • D.S. Oman
  • Metapopulation spatial-temporal distribution patterns of the Mediterranean fruit fly (Diptera: Tephritidae) in a patchy environment

    Ann. Entomol. Soc. Am. 98(3): 302-308

    Other authors
    • Y. Ziv
    • R. Galun
  • Spatial Ecology and Overwintering of the Mediterranean fruit fly

    ESA 53rd annual meeting, Sex, bugs and Rock ‘n’ Roll, November 6-9, 2005, Fort Lauderdale, Florida

  • Spatiotemporal distribution patterns of the Mediterranean fruit fly (Diptera: Tephritidae) in the central region of Israel

    Ann. Entomol. Soc. Am. 98:77-84

    Other authors
    • D.S. Oman
    • Y. Ziv
  • The Mediterranean fruit fly cold area overwintering mechanism

    The Israeli entomological society, 24th annual meeting, May 2005

  • Inability of Ceratitis capitata (Diptera: Tephritidae) to overwinter in the Judean Hills

    Journal of Economic Entomology: 97(1): 33-42

    Other authors
    • Ritte, U.
    • Oman, S.D.
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Patents

  • A device for dispensing a substance to insects or mites

    IL EP 1649747 A1

    The present invention discloses a device (10) for dispensing a substance for insects or mites, the device comprising a container (30) holding a liquid formulation comprising said substance and a substrate (11), the container having a dispensing nozzle that can discharge the formulation in a controlled manner onto said substrate. The substrate may be porous or non porous and the container may be in physical contact with the substrate or suspended above.

    Other inventors
    • Itay Oren
    See patent
  • Device for controlling insects

    IL US 20140305027 A1

    An insect trapping device includes an enclosure defining a trapping space having a bottom wall with a patterned surface, the pattern dividing the bottom wall's inner surface into a plurality of polygonal surface elements, and having openings formed in side wall thereof of a size permitting entry of the insects into the trapping space, and a semiochemical dispenser disposed within the enclosure and for releasing in a controlled manner the semiochemical into the trapping space and into its…

    An insect trapping device includes an enclosure defining a trapping space having a bottom wall with a patterned surface, the pattern dividing the bottom wall's inner surface into a plurality of polygonal surface elements, and having openings formed in side wall thereof of a size permitting entry of the insects into the trapping space, and a semiochemical dispenser disposed within the enclosure and for releasing in a controlled manner the semiochemical into the trapping space and into its surroundings. A method of monitoring insects that infest crop in an area using the devices is also provided.

    Other inventors
    • Enrika MINDEL
    See patent
  • Insect killer

    IL US 6708445 B1

    A device for killing flying insects is provided. The device includes a planar textile area arranged for suspension in a vertical plane, provided on one face with a pocket extending over a portion of the area, a closed edge of the pocket being disposed proximate to the center of the area, the pocket having at least one aperture to allow the insertion therethrough of a viscous liquid poisonous to flying insects and having an odor attractive to the insects. The liquid spreads over the major…

    A device for killing flying insects is provided. The device includes a planar textile area arranged for suspension in a vertical plane, provided on one face with a pocket extending over a portion of the area, a closed edge of the pocket being disposed proximate to the center of the area, the pocket having at least one aperture to allow the insertion therethrough of a viscous liquid poisonous to flying insects and having an odor attractive to the insects. The liquid spreads over the major portion of the area by gravity and capillary action. Insects are attracted to the device dying consequent to ingestion of the liquid.

    See patent
  • Insecticidal Composition

    EU EP 1351567 A1

    An insecticidal composition comprising at least one attractant, at least one insecticide and at least one stabilizer. The insecticidal composition may be used together with a suitable carrier to efficiently control flying insects. The viscous composition after being placed within a suitable carrier interacts with natural occurring humidity thereby releasing a small amount of composition, which diffuses downwards and occupies the entire area of the suitable carrier. Control of flying insects…

    An insecticidal composition comprising at least one attractant, at least one insecticide and at least one stabilizer. The insecticidal composition may be used together with a suitable carrier to efficiently control flying insects. The viscous composition after being placed within a suitable carrier interacts with natural occurring humidity thereby releasing a small amount of composition, which diffuses downwards and occupies the entire area of the suitable carrier. Control of flying insects using the composition together with a suitable carrier is comparable to spraying.

    See patent

Honors & Awards

  • Future leadership to fruit grower

    Fruit grower management board

Languages

  • Hebrew

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  • English

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Organizations

  • The use of Biofeed devices in Israel's agriculture aimed for export

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