The heat waves are damaging the cherry harvest in the northeastern prefecture of Yamagata, the main producer of this fruit in Japan. Municipalities in the prefecture are struggling to secure a sufficient number of cherries for a program that involves sending gifts to people who donate money in exchange for a tax reduction.
The prefecture of Yamagata accounts for almost 80% of the national cherry production, but it is likely that this year's harvest will be much lower than previously expected. The extremely hot climate for two consecutive summers has produced low-quality cherries that are not suitable for shipping.
According to the prefecture, as of June 26, about 76,000 gift packages of cherries were affected, accounting for nearly 20% of the total.
According to the prefecture of Yamagata, some municipalities would not have been able to ship the cherries by the expected dates, or they would have had to send a different variety or size.
To watch the video click here
Source: NHK World - Japan
Image: NHK World - Japan
12 Sep 2025
A study in France explores the effects of ornamental winter fruits on Drosophila suzukii, an invasive pest damaging soft fruit crops. Researchers tested thermal regimes to evaluate survival, reproduction, and potential strategies for biological control and prevention.
20 Sep 2024
Leyton, when asked what technologies or practices he considers essential to mitigate the impact of frost, replied that ‘if water is available, it will be the best frost controller. It is difficult to have sufficient water availability at the time of early frosts'.
17 Apr 2026
A study on sweet cherry grown in Northern Greece examines transcription factors PaWRKY57 and PaNAC29, highlighting their key role in fruit growth, color development and in the molecular mechanisms regulating ripening in non-climacteric fruit species.
17 Apr 2026
CEAF research shows that rootstock and variety combinations influence drought tolerance in cherry trees in Chile, where rainfall is sharply declining. The study highlights strategies to improve water use efficiency and irrigation management in extreme climate conditions.
