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2015•Soil Use and ManagementRequires access

Soil Use and Management

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Abstract

Highlights Increased pore space is one of the most visible effects of spent coffee grounds (SCG) SCG linearly increases water retention and decreases available water content In relation to the effects of SCG, the eight doses tested are reduced to low (<5%) and high (>5%) The results do not allow the establishment of an ideal dose of SCG The interaction between the SCG and clay particles seems key in its effects

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What this paper is about

Highlights Increased pore space is one of the most visible effects of spent coffee grounds (SCG) SCG linearly increases water retention and decreases available water content In relation to the effects of SCG, the eight doses tested are reduced to low (<5%) and high (>5%) The results do not allow the establishment of an ideal dose of SCG The interaction between the SCG and clay particles seems key in its effects

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Highlights Increased pore space is one of the most visible effects of spent coffee grounds (SCG) SCG linearly increases water retention and decreases available water content In relation to the effects of SCG, the eight doses tested are reduced to low (<5%) and high (>5%) The results do not allow the establishment of an ideal dose of SCG The interaction between the SCG and clay particles seems key in its effects

Key concepts: Environmental science, Hydrology (agriculture), Soil science, Animal science, Geology, Geotechnical engineering, Biology

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