Germany: Climate change threatens crops

Published 2023년 11월 29일

Tridge summary

A study conducted in Germany found that without adaptive measures, grain crops could experience crop losses ranging from 7% to 23% due to abrupt climate change. The effects of temperature fluctuations, high CO2 levels, and water availability were analyzed on major grain crops such as wheat, corn, millet, sorghum, and rice. While C3 plants like wheat and rice showed a compensatory effect on yield with high CO2 levels, this effect was countered by heat and drought. On the other hand, elevated CO2 benefited C4 plants like corn, millet, and sorghum under drought conditions. The study suggests adaptation techniques like irrigation to increase wheat yields at higher latitudes, but funding and limited water resources present challenges. Additionally, the research emphasizes the need for multivariate experiments and integrated impact assessments to better understand crop yield responses to climate change. The vulnerability of agriculture to climate change is highlighted, with cereal crops and other crops such as cocoa and coffee being threatened by extreme weather patterns.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Scientists studying the effects of abrupt climate change on grain crops have identified between 7% and 23% of crop losses in the absence of adaptive measures. The findings were based on an analysis of the effects of temperature fluctuations, high CO2 levels and water availability on major grain crops such as wheat, corn, millet, sorghum and rice. The study was carried out at the Leibniz Center for Agricultural Landscape Research (ZALF), Germany. The research results were published in the journal Nature Reviews Earth & Environment. In the study, C3 plants such as wheat and rice exposed to high levels of CO2 showed a compensatory effect on yield. However, this effect was negated by heat and drought. In contrast, elevated CO2 benefits only the yield of C4 plants such as corn, millet and sorghum under drought conditions. At higher latitudes, negative effects can be nullified or reversed through CO2 fertilization and adaptation. Scientists are proposing adaptation methods such as ...
Source: Zol

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