Turkiye: In the Eastern Black Sea Region, air temperatures have recently reached seasonal normals

Hazelnut Kernel

Turkiye

Sustainability & Environmental Impact

Market & Price Trends

Published Mar 1, 2024

Tridge summary

Cemil Pehlevan, Head of Trabzon Branch of the Chamber of Agricultural Engineers, has expressed concern over the impact of rising air temperatures on hazelnut yield in the Eastern Black Sea Region. The increased temperatures could cause early blooming and a decrease in yield due to the hazelnuts' need for a certain amount of cooling. Pehlevan advises producers to prepare for strong winters, use regulators to delay plant awakening, and monitor meteorology to prevent frost damage. He warns that ongoing climate-related issues could lead to reduced yields, increased costs, and a greater need for irrigation in the future.

Disclaimer: The above summary was generated by a state-of-the-art LLM model and is intended for informational purposes only. It is recommended that readers refer to the original article for more context.

Original content

The fact that air temperatures have been above seasonal norms in the Eastern Black Sea Region in recent days has caused concern about hazelnut yield. Cemil Pehlevan, Head of Trabzon Branch of the Chamber of Agricultural Engineers, who made evaluations on the subject, said that the air temperatures have been above the seasonal norms in recent days and this will cause a decrease in the yield of hazelnuts in the new season. Pehlevan pointed out that hazelnuts need cooling (chilling) and said, "This need will be possible when it is at zero degrees below 7 degrees Celsius. The cooling requirement of hazelnuts varies from 400 hours to 1,300 hours depending on the plant type. The yield of hazelnuts that meet the sufficient cooling requirement will be high, while the yield of hazelnuts that do not meet the sufficient cooling requirement will be low." . As the air temperatures have been above the seasonal norms lately, it will be inevitable for there to be a decrease in yield. Early ...

Source: Kamu3