001092)

Hasznos és kártevő rovarok monitorozása innovatív szenzorokkal (LIFE13 ENV/HU/001092) www.zoolog.hu Dr. Dombos Miklós Tudományos főmunkatárs MTA ATK TAKI

LIFE+ Információs Nap, Dobogókő 2016.06.14.

Name, Surname, Position Miklós Dombos, senior researcher

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Innovative Real-time Monitoring and Pest control for Insects – INSECTLIFE (LIFE13 ENV/HU/001092)

PROJECT LOCATION: Budapest BUDGET INFO:

Total amount: 3,008,627 Euro 49.50 % EC Co-funding: 1,489,270 Euro

DURATION: Start: 01/06/2014- End: 31/12/2018 PROJECT’S IMPLEMENTORS: Coordinating Beneficiary: Centre for Agricultural Research, Hungarian Academy of Sciences

Associated Beneficiary(ies): Deák Delta Ltd., HELION Engineering Consulting Service Ltd., University of Zagreb, Faculty of Agriculture



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Ötletünk: Integrált növényvédelem (Integrated Pest Management) monitorozásának javítása • Integrált növényvédelem és kártevő szabályozás = 30-50%os vegyszerezés

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csökkenés • Probléma: 1-2 naponta ellenőrizni kellene a

csapdákat

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Automatic counting: • •

Opto-electronic Infrared sensor (Edapholog) CCD camera with imagae analysis (CollScope)



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Monitoring Soil Biological Activity by using a novel tool: EDAPHOLOG-System – system building and field testing MEDAPHON LIFE 08ENV/H/000292

Real-time, automatized detection Wireless data communication Web-based data handling



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MEDAPHON projekt: „BEST LIFE” Award Green Week, on 4 June, 2014, Brussels Miklós Dombos, project manager for Best LIFE Environment Project MEDAPHON (LIFE08 ENV/H/000292) Timo Mäkelä, Director of Global and Regional Challenges and LIFE, DG Environment, European Commission Hans Bruyninckx, Executive Director of the European Environment Agency (EEA).

• International Patent: “Opto-electronic device for detecting small insects.” P 1300593



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Actions:

B1 Probe and sensor development probe development, sensor development, abiotic sensors B2 Probe and sensor testing accuracy and relative effectiveness compared to traditional traps using it on many insect pests in fields B3 Data Communications The sensor data will be transmitted via WEB/GPRS system. A WEB interface tailored to user accounts will be developed. The data or the current user will be graphically illustrated in graphs and maps. B4 Modeling, Forecasting The time resolution of the detected data will be higher with an order of magnitude compared to the previous option: This creates the possibility of an entirely new forecasting system to be set up. B5 Demonstration field trials The developed prototype will be used on Hungarian and Croatian model farms and on long-term field test sites. The studies will be implemented to show that the device is more efficient compared to currently existing methods. C1 Environmental improvement monitoring We will show that the operation of the plant protection system becomes much more economical. Furthermore, we also quantify the environmental impact savings and the reduction of pesticide use as an agricultural load. D1. Dissemination E1. Project management and monitoring

EXPECTED RESULTS:

Prototype of the monitoring sensor system LIFE+ Információs Nap, Dobogókő 2016.06.14.


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Szenzor kialakítás



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Szenzorok laboratóriumi tesztelése



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Szenzorok terepi tesztelése



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001092)

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