Journal of Physics Conference Series · 2019 · 21 citations · 6 references
AgricultureAgronomySoil SciencesSoil FertilitySoil Organic MatterSoil ScienceComposting SystemsOrganic Matter ManagementChemical PropertiesMedia Chemical PropertiesRandomized Complete Block DesignSoil Sand Content
This study aims to determine the effect of zeolite, compost and its combination on some of the chemical properties of soil sand and the growth of caisim plants. The experiment used Completely Randomized Design (CRD) with 12 treatments and 3 replications, where the treatment consisted of various level of zeolite (Z0 = without treatment (control), Z1=1.25 gr polybag−1, Z2=2.50 gr polybag−1, Z3=3.75 gr polybag−1), various level of compost (K0=0 gr polybag−1, K1=10 gr polybag−1, K2=20 gr polybag−1, K3=30 gr polybag−1), and a combination of zeolite and compost level (ZK0=0 gr polybag−1, ZK1=1.25 gr zeolite+10 gr compost polybag−1, ZK2=2.50 gr zeolite+20 gr compost polybag−1, ZK3=3.75 gr zeolite+30 gr compost polybag−1). Observation parameters consist of plant height and number of leaves, as well as chemical analysis parameters of planting media consisting of pH, CEC, organic-C, and P-available. The results showed that the use of ameliorant material in the form of zeolite, compost and a combination of compost and zeolite could improve the chemical properties of the planting medium in the form of quartz sand, and affect the growth of caisim.
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Biochar amendment to soil changes dissolved organic matter content and composition
Andreas Botnen Smebye, Vanja Alling, Rolf D. Vogt et al. · Chemosphere · 2015 · 289 citations
Agriculture, Agronomy, Soil Sciences +14