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Editorial for the special issue on “opportunities and challenges in no‐till farming”
European Journal of Soil Science ( IF 4.2 ) Pub Date : 2020-08-16 , DOI: 10.1111/ejss.13038
Manoj Menon 1 , Binoy Sarkar 2 , Felicity Crotty 3 , Richard Whalley 4 , Bernard Ludwig 5
Affiliation  

This special issue was initiated after the 21st World Congress of Soil Science held in Rio de Janeiro in 2018 by inviting presenters (also open to all) from the session titled “Contribution of zero tillage (no‐till, NT) to sustainable use and management of soils (C.3.3.7)”. Zero tillage or NT is an important conservation tillage practice in which soil disturbance is kept to a minimum, and the soil is usually covered with 30–100% plant residues. Although it provides several advantages, the uptake of NT is not uniform across the world. Thus, this special issue aimed to publish the state of the art on NT and its influence on biogeochemical and greenhouse gas emissions, soil micro‐ and macrofauna, soil physical and hydraulic properties, and soil and crop management at different spatial and temporal scales.

The 16 accepted articles of this special volume can be broadly divided into two main groups. The first group consists of specific NT impacts on physical, chemical and biological properties of soils, and the second group focuses on combined assessments (i.e., the assessment of NT impacts in combination with grazing, fertilization and cropping).



中文翻译:

关于“免耕农业的机遇与挑战”专刊的社论

该特刊是在2018年在里约热内卢举行的第21届世界土壤科学大会之后发起的,其方式是邀请演讲者(也对所有人开放)参加题为``零耕作(免耕,北领地)对可持续利用和管理的贡献''的会议。土壤(C.3.3.7)”。零耕法或NT是一种重要的保护性耕作方法,在这种方法中,将土壤扰动降至最低,并且土壤通常覆盖30%至100%的植物残渣。尽管NT具有许多优点,但它在全世界的吸收并不统一。因此,本期特刊旨在发布有关NT的最新技术及其对生物地球化学和温室气体排放,土壤微动物和大型动物,土壤物理和水力特性以及不同时空尺度上的土壤和作物管理的影响。

该专刊的16条被接受的文章可以大致分为两个主要类别。第一组包括特定的NT对土壤的物理,化学和生物学特性的特定影响,而第二组则侧重于综合评估(即结合放牧,施肥和耕作对NT影响的评估)。

更新日期:2020-08-16
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