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2016
The soil type, crops grown, and weather conditions determine the effects of soil compaction on plant growth and yield. Soil compaction can significantly reduce yields due to N losses, decreased K availability, and lowered root respiration because of reduced soil aeration, under wet conditions.
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The soil type, crops grown, and weather conditions determine the effects of soil compaction on plant growth and yield. Soil compaction can significantly reduce yields due to N losses, decreased K availability, and lowered root respiration because of reduced soil aeration, under wet conditions.
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Compaction Properties of Agricultural Soils
2007The compaction of field soils due to repeated rolling of agricultural vehicles is one of the main reasons for the agricultural soil degradation. A good understanding of the compaction properties of these soils is essential for an optimum organisation of agricultural activities, and therefore for environmental protection in terms of nitrate migrations ...
Tang, Anh Minh +3 more
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Vibroflotation Compaction of Cohesionless Soils
Journal of the Geotechnical Engineering Division, 1977Vibroflotation uses a horizontally vibrating probe to densify in-situ cohesionless soils with simultaneous vibration and saturation. The method is described in general terms and each factor affecting the density achieved is analyzed in detail. An example test program is presented which was used to investigate the influence of in-situ soil type ...
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Integrative oncology: Addressing the global challenges of cancer prevention and treatment
Ca-A Cancer Journal for Clinicians, 2022Jun J Mao,, Msce +2 more
exaly
Soil compaction in forest soils
2010Soil compaction is a widespread degradation process in forest sites. Soil degradation occurring on the structural formation of a natural soil system by rainfall or mechanical outer forces generally results in soil particles to be rearranged tighter than its previous status. In this case, soil compaction -defined as the increase in bulk density of soil-
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2017
Soil compaction is widely applied in geotechnical engineering practice. It is used to maximise the dry density of soils to reduce subsequent settlement under working loads or to reduce the permeability of soils. The durability and stability of structures are highly related to the appropriate compaction achievement.
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Soil compaction is widely applied in geotechnical engineering practice. It is used to maximise the dry density of soils to reduce subsequent settlement under working loads or to reduce the permeability of soils. The durability and stability of structures are highly related to the appropriate compaction achievement.
openaire +1 more source