Sugarcane is one of the important energy crops grown globally. Despite the increased
sugarcane productivity, the mechanization of sugarcane production has caused the …

Soil tillage operations had been carried out during the sugarcane planting to improve soil's
physical quality, thus providing proper conditions for sugarcane growth. Long-term field …

We hypothesized that in-row deep tillage (DT) may improve crop resilience during dry spells
through change in the soil physical/hydraulic properties, in root system development and …

Soil compaction caused by intense machine traffic is a challenge in the sugarcane
production system, but its implications can be mitigated by the higher content of soil organic …

Combining deep soil tillage systems with lime application is a potential strategy for
improving the sugarcane production in acidic soils. The authors evaluated the influence of …

Soil compaction in sugarcane plantation has increased in recent times due to intense
mechanization of the production process and the increasing axle load of the machines. As …

The selection of an appropriate soil tillage system for improving yields and longevity is an
important decision in sugarcane cultivation. In the present study, the effects of different soil …

Aim Despite the important roles that microbial communities play world‐wide, relatively little
attention has been given to the processes that shape their distributions. Of those studies that …

The sugarcane (Saccharum spp. L.) mechanical harvesting system leaves a large amount of
straw mulch on the soil surface. The straw mulch may affect soil conditions, root regrowth …

Sugarcane yield in China is low because of the shallow A-horizon soil layer, or as it is
commonly called by farmers, the “plow soil layer”, as well as low soil organic matter and …