Australia: Climate change increasing systemic shocks’ to coffee production

Published 2023년 3월 13일

Tridge summary

A recent study published in the PLOS Climate journal reveals that the global coffee industry is facing increasing systemic shocks to production due to climate change. The research indicates a surge in synchronous climate hazards among the world's 12 leading coffee-growing countries over the past 40 years, with the situation becoming more pronounced in the last decade. The study warns that the continued rise in tropical temperatures, driven by human-induced climate change, is likely to exacerbate these challenges. It highlights the impact of climate phenomena such as El Niño, La Niña, and the Madden–Julian oscillation on coffee-growing regions. The research underscores the urgent need to address these climate impacts to safeguard coffee production, as it points out that half of the world's coffee farms could become unsuitable for cultivation by 2050 due to overheating.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

The global coffee industry can expect increasing and “ongoing systemic shocks” to coffee production due to climate change, according to new research published this month in the journal PLOS Climate. The research, which was funded by the Australia’s national Climate Service agency, says that there has been a been a notable increase in “synchronous climate hazards” among the world’s 12 largest coffee-growing countries over the 40 years ending in 2020. In other words, more coffee-producing areas are being negatively affected by climate change at the same time. The study takes particular note of the El Niño, the La Niña and the Madden–Julian oscillation (MJO) climate phenomena effecting global tropical regions throughout the coffee-growing world. Wrote the authors, “With climate change projections showing a continued rise in temperatures in the tropics is likely, we suggest that coffee production can expect ongoing systemic shocks in response to spatially compounding climate hazards.” ...

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