Biochar Utilization to Sustain Rice Cultivation in Taiwan: A Review

Muhammad Aftab Rafiq, Liguo Zhang, Wei Huang, Chih-Chun Kung
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Abstract

The responses of rice production and pyrolysis-based biochar in Taiwan are reviewed as biochar is an available soil amendment alternative. We examine how biochar addition to the rice field would influence rice planted areas in Taiwan due to crop yield increase. The result provides insights into biochar utilization and changes in current rice cultivation activities with a modified Taiwanese agricultural model. The area of higher rice yields increases while the lower output area decreases. Plant location also influences the change in area. With a change in plant location, rice plantations change considerably. While most biochar is used in southern and central Taiwan, the results vary depending on where the pyrolysis plant is built and the transportation cost. Climate change might have substantial influences on Taiwan’s rice production
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台湾利用生物炭维持水稻栽培的研究进展
本文综述了台湾地区稻米生产和热解生物炭的反应,认为生物炭是一种有效的土壤改良剂。本研究探讨在稻田中加入生物炭对台湾水稻种植面积的影响,因为作物产量增加。本研究结果提供了台湾改良农业模式下生物炭利用与水稻种植活动变化的见解。水稻高产区面积增加,低产区面积减少。植物的位置也影响着面积的变化。随着种植地点的改变,水稻种植也发生了很大的变化。虽然大多数生物炭在台湾南部和中部使用,但结果因热解厂的建造地点和运输成本而异。气候变化可能对台湾的稻米生产产生重大影响
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