More than 19,000 tonnes of olive oil were produced in 2018.
But olive oil and other sectors of Cypriot agriculture face the threat of climate change, Adriana Bruggeman, an associate professor at the Cyprus Institute, told AFP.
“Not only droughts, but also increasing temperatures and heatwaves affect the flowering, fruit set and ripening of crops,” she said.
Although olive trees are generally resistant to drought, they do need water during the flowering season in the spring.
But Bruggeman warned that some semi-arid areas of Cyprus now face the threat of becoming fully arid by 2050 because of global warming.
Official figures show average annual rainfall has fallen to 470 millimetres (18.5 inches) since 1971, down from 540 mm (21 inches) between 1902 and 1970.
On top of that, heatwaves are growing more common and have squeezed the duration of springtime.
This year alone, the mercury soared above 42 Celsius (104 Fahrenheit) on 17 May and the island experienced its highest ever recorded average daily temperatures for July, August and September.
Change is ‘doable’
“We know that climate change will make the region hotter and drier... We need to adapt to this change and make our agricultural and semi-natural ecosystems more resilient,” said Bruggeman.
Sampson is ready for alternative methods and new ways.
“If you have healthy soil, you have less run-off, less erosion, more water retention, which means we can try to fight droughts,” said Sampson, who took over the family farm two years ago.
A 2016 study based on a worst case scenario by the UN’s Intergovernmental Panel on Climate Change warned that 43 per cent of Cyprus’ territory is in “critical’ danger of desertification.
Sampson, who largely avoids tilling her land—a practice that leads to soil erosion and carbon loss—says she will install drip-irrigation and plant other crops between the olive trees. Also, she will no longer use pesticides.
“I think it’s doable to make that change, I want to be part of that change,” she said.
Bruggeman likewise noted that “improved practices, such as no-till systems, rotation with legumes and application of organic fertilisers could improve productivity”.