Among them:
Bari 12-15 October 2017
International Exhibition
of Machinery, Plants and Technologies for Agricultural Production
Pav. 20 Booth B/12
in collaboration with
AERMATICA3D carried out an innovative activity supporting integrated biological control of mosquito in a project founded by Regione Emilia-Romagna and Comune di Comacchio, in collaboration with Centro ecologia applicata delta del Po of Comacchio.
Integrated control is based predominantly based on larval control with a biological product, characterized by a low environmental impact thanks to the specific action selectivity that makes it harmless to non-target organisms, including man.
Everyday several kilometers between ditches and colonies in agricultural areas, flooded areas naturally submerged occasionally by rains and tidal peaks are subjected to antilvaral treatment; all those areas are particularly suited to the use of drones.
Organic larvicidal control is the most effective and ecological method; the use of the drone opens new possibilities, allowing access to difficult outbreaks and pathways, and also permits to expand the controlled area to more effectively combat infestations from distant areas.
Experimental activity demonstrated by using AERMATICA3D drone solutions the possibility to carry out rapid and effective distribution operations.
In fact, an innovative process has been applied; standing water areas maps are generated by a fast drone survey and then a drone equipped with biological liquid distribution kit automatically sprays in a precise way only in that areas eliminating almost completely the mosquito larvae.
In this activity they have been used AERMATICA3D BLY-A drone (based on DJI Matrice 100 platform) and equipped with high performances multispectral sensors and AERMATICA3D BLY-C (based on DJI Matrice 600 platform) equipped with a 10 liters automatic liquid distribution kit.
All flights have been scheduled on the field with the APP AERMATICA3D BLYCC that supports the development of applications on DJI platforms, and executed in a completely automatic way. Multispectral data rapid processing of field and ease of planning enabled the biological product to be quickly and efficiently distributed in targeted areas only on areas where water accumulations and hence the mosquitoes were identified.
At the end of the activity the efficiency of distribution have been measured and the results were excellent.
Thanks to a collaboration between E. Cozzolino (Agronomist, expert in in walnut plantations), the Agrarian Consortium of Emilia and AERMATICA3D (Drone Solution Provider)
In Emilia Romagna, Italy, there have been the first operations of artificial walnut pollination by using a drone, to integrate, supplement, improve and overcome the natural pollination.
Modern walnut production is growing in Emilia Romagna and in other areas of Italy and Europe, where there are no traditional walnut plantations.
For several reasons, in specific conditions, natural pollination may not be sufficient!
Dr. Cozzolino Eugenio (eugeniocozzolino6@gmail.com) supported by technical and industrial partners has been investigating for several years the possibility of introducing this new technique, collecting pollen, distributing it from the ground and scientifically verifying the results, analyzing and measuring costs/benefits of using the Artificial Pollination.
This year a further and significant step forward has been made: thanks to the collaboration of Dr. E. Cozzolino with Aermatica3D of Como (www.aermatica.com), a company specialized in Drone Solutions for Agriculture, and the Agrarian Consortium of Emilia ( www.caemilia.it), the AUTOMATIC ARTIFICIAL WALNUT POLLINATION BY DRONE has been developed.
Aermatica3D and the Emilia Agrarian Consortium (mzambelli@caemilia.it), as well as various experiments in progress, have already established a consolidated collaboration in the biological control of European corn borer, by the distribution with BLY-A drone of capsules containing eggs of Trichogramma brassicae a beneficial insect.
In the case of pollinating walnut by drone, compared to the European Corn Borer Biological Control, the challenge proved to be more complex both in terms of flight scenarios and product to be distributed ("powdery" and very finely grained product).
A new distribution system, built on the Drone BLY-A (based on DJI M100 platform; Aermatica3D is authorized DJI Enterprise Dealer), has been designed by Aermatica3D with remote control of the distributed product quantity. A professional software developed by Aermatica3D based on DJI SDK allows the operator to plan distribution missions and run flights by controlling pollen distribution in a fully automatic way under the supervision of the Pilot.
During the activity, there was a shorter distribution time (less than 10 minutes per hectare overall considering all the recharging and operating times) and the guaranteed efficacy of distribution.
From the economic point of view, these results are obtained at costs comparable to those of a few dozen Kg of nuts but gaining concrete benefits for an increased production of several quintals of nuts per hectare.
Once again, Drone for Agriculture of AERMATICA3D, thanks to the collaboration with important companies such as the Emilia-Romagna Agrarian Consortium and specialized expertise such as those of Dr. Eugenio Cozzolino in walnut plantations, are part of the operational tools to be used in modern, innovative precision farming.
