耕作
环境科学
耕地
免耕农业
固碳
土壤碳
温室气体
土壤质量
农业
种植
土壤有机质
常规耕作
土壤水分
农林复合经营
农学
土壤科学
土壤肥力
生态学
二氧化碳
生物
作者
Promil Mehra,John M. Baker,R.E. Sojka,Nanthi Bolan,Jack Desbiolles,M.B. Kirkham,C. W. Ross,R. P. Gupta
出处
期刊:Advances in Agronomy
日期:2018-01-01
卷期号:: 185-230
被引量:62
标识
DOI:10.1016/bs.agron.2018.03.002
摘要
The intensification of global agriculture has led to a decline in arable land. Globally, agriculture intensification has not only degraded the soil quality but also contributed to increasing the greenhouse gas (GHG) levels. These concerns attract the interest of environmental scientists and academicians to find ways to sequester more carbon (C) in the agricultural soils. Tillage is one method that can affect biological C sequestration and effects the GHG production. The components of GHGs are produced slowly from the soil through the reactions taking place between C and nutrients (nitrogen in particular), which remain present in the soil. An understanding of biological C sequestration processes in agricultural production systems can lead to potentially cost-effective strategies able to mitigate global warming. Globally, the shift in tillage practice from conventional tillage to no-tillage is effectively protecting soils under cropping, improving their quality—or reducing their rate of soil organic matter decline—as well as enhancing the resilience of cropping systems. This review summarizes the current knowledge about no-till technology and its impacts on soil properties related to carbon dynamics and explores the potential role of tillage practices in mitigating climate change.
科研通智能强力驱动
Strongly Powered by AbleSci AI