Agricultural Consultants – Greece
Georgios Savvidis is an agricultural consultant from Pella in Northern Greece. He is one of three consultants from the area taking part in the APOLLO project in the hopes of testing the services on their wheat and cotton fields. We asked him about the challenges he faces day-to-day and what role the APOLLO app could play as part of his toolkit.
Could you describe an average day in the life of an agricultural consultant?
Agricultural consultants are generally trained agronomists who provide advisory services to farmers, own or work in agricultural supply shops. An ordinary day includes field visits, discussions with farmers about crop problems and recommendations on how to deal with them. Within the Agricultural Cooperative of Pella, we have been implementing the Integrated Management System for peaches several years now, so we are addressing cultivation problems with a more holistic and environmentally friendly approach.
What kinds of problems do you encounter in the field? Are there one or two that particularly stand out, in your region?
Most problems caused by biotic factors are successfully dealt with on an annual basis. There are some exceptions through, such as the outbreak of Taphrina (a plant fungus which causes leaf curling in peach cultivations) which has affected crops in the area over the last two years. The biggest issue we have had to tackle in recent years has been the adverse weather conditions, which have crippled the production of tree crops. As far as arable crops are concerned, we had a big problem with cotton bollworm (Heliothis armigera), a few years ago, but we were able to neutralise the threat.
What tools do you currently use to address them? How do you expect APOLLO to improve them?
The tools we use include:
- Agricultural alerts for our region provided by the Ministry of Agricultural Development. They are open to all, through the Ministry’s website and other agricultural websites,
- Observation on the field with regular visits, which is often very time-consuming.
The way we tackle serious problems like disease or pests is by trying to suppress their outbreak and prevent further spread. The downside of this method is that by the time we intervene, the damage is already done. With APOLLO, we hope to prevent outbreaks in the first place, and to intervene in a timely and effective manner whilst they are still small enough to control. An additional bonus would be the time saved by not always having to be physically present to check on the crops in the field.
“The potential to use satellites in support of agriculture has opened up new horizons that are constantly expanding.”
What do you think the most useful advance in farming has been in the last few years?
The potential to use satellites in support of agriculture has opened up new horizons that are constantly expanding. APOLLO is a prime example of the kind of application which such technologies are making possible.
Can you think of any tools that contemporary agricultural consultants must employ in order to stay competitive? How do they differ from those that you used in your earliest days as a consultant?
An agricultural consultant’s competitiveness depends on firstly, effectively identifying emerging crop problems and, secondly, intervening in a timely manner. Therefore, any tool which improves these abilities is desirable, as it allows the consultant to “buy some time” and work out how the problem should be targeted for best results.
There are several tools like this on the market at the moment – and APOLLO will soon join them – but this was not always the case. in the past, a consultant had to search for crop problems in person, and work out the nature of the problem and its location in the field without any scientific and/or technological help.
Do agricultural consultants in your region have experience in smart farming methods?
Yes, a small percentage of agricultural consultants has relevant experience, mainly in irrigation scheduling for maize.
What motivated you to get involved in the APOLLO project and try its services?
I wanted to have a tool that would help me to identify crop problems reliably and rapidly. It also seemed exciting to have a hand in creating such a tool and seeing how it would work first hand.
Photo credits: Giorgos Savvidis