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The effects of green waste compost on soil N, P, K, and organic matter fractions in forestry soils: elemental analysis evaluation

Xiaojie Feng, Xiangyang Sun, Wenjie Zhou, Wei Zhang, Feiwei Che, Suyan Li

2021RSC Advances12 citationsDOIOpen Access PDF

Abstract

< 0.01) was also significantly positively correlated with soil N, P, K. In conclusion, green waste compost significantly increased soil N, P, K, and HA in forestry soils, and the -CH/C[double bond, length as m-dash]C of HA was the main factor related to soil nutrients.

Topics & Concepts

CompostHumusChemistryOrganic matterTotal organic carbonAnimal scienceSoil waterSoil organic matterSoil fertilityFertilizerPhosphorusPotassiumEnvironmental chemistryAgronomySoil scienceBiologyEnvironmental scienceOrganic chemistrySoil Carbon and Nitrogen DynamicsSoil and Water Nutrient DynamicsSoil and Unsaturated Flow
The effects of green waste compost on soil N, P, K, and organic matter fractions in forestry soils: elemental analysis evaluation | Litcius