In Vietnam, farmers find an emissions-friendlier way to grow rice

Published 2024년 4월 23일

Tridge summary

Vietnam's third-largest rice exporter, Vo Van Van, is experimenting with innovative farming techniques like alternate wetting and drying (AWD) and drone-assisted organic fertilization to reduce methane emissions and water usage in rice cultivation. This comes as the Mekong Delta, a crucial rice farming region, faces threats from climate change, dam construction upstream, and water mismanagement. The World Bank is supporting Vietnam in reducing methane emissions, and the government aims to transition one million hectares of farmland to high-quality, low-emission rice cultivation by 2030. The article also highlights the challenges and adaptations faced by rice exporters like the Loc Troi Group and Hoang Minh Nhat rice export company due to changing weather patterns and the importance of genetically diverse rice varieties in mitigating climate change impacts.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

LONG AN, Vietnam (AP) — There is one thing that distinguishes 60-year-old Vo Van Van’s rice fields from a mosaic of thousands of other emerald fields across Long An province in southern Vietnam’s Mekong Delta: It isn’t entirely flooded. That and the giant drone, its wingspan similar to that of an eagle, chuffing high above as it rains organic fertilizer onto the knee-high rice seedlings billowing below. Using less water and using a drone to fertilize are new techniques that Van is trying and Vietnam hopes will help solve a paradox at the heart of growing rice: The finicky crop isn’t just vulnerable to climate change but also contributes uniquely to it. Rice must be grown separately from other crops and seedlings have to be individually planted in flooded fields; backbreaking, dirty work requiring a lot of labour and water that generates a lot of methane, a potent planet-warming gas that can trap more than 80 times more heat in the atmosphere in the short term than carbon dioxide. ...

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