The global tea supply market is facing serious disruptions

Published 2020년 10월 15일

Tridge summary

The article discusses the global tea production and demand dynamics, highlighting the challenges of meeting the growing demand due to climate change impacts on tea-growing regions. With China, India, Kenya, and Sri Lanka being the leading producers, accounting for over 70% of the world's production, the demand for black tea, in particular, has seen a steady annual growth of about 5%, outpacing production capacities and leading to supply concerns, especially after a decline in production between 2006 and 2016. Climate change has introduced additional challenges, as tea requires a specific hot and humid climate to thrive, and its cultivation is sensitive to temperature fluctuations. Research indicates that optimal yield can be achieved under certain temperature and rainfall conditions, but yields can decrease when temperatures exceed a certain threshold.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

As indicated in the report "The impact of climate change on climate change on Poland's food security", about 5.5 million tons of tea leaves are currently produced in the world. Over 70% of production takes place in four countries: China, India, Kenya and Sri Lanka. Global tea demand continues to grow and exceeds production capacity. For example, the demand for black tea has been growing for several years at a rate of around 5% per year. This already leads to problems with ensuring an adequate supply, especially since the volume of its production decreased in 2006–2016. Part of this decline is believed to be accounted for by the increased instability in climatic conditions in its growing regions. Tea needs a hot, humid climate to grow, and its cultivation has specific requirements that are only available in tropical and subtropical climates. Some varieties are more tolerant and can be grown in the marine climate of the continental US. Its growth is possible in the temperature range ...

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