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Publications by David Houben

Phytolith-Rich Biochar Increases Cotton Biomass and Silicon-Mineralomass in a Highly Weathered Soil

Journal of Plant Nutrition and Soil Science

English

Response of Organic Matter Decomposition to No-Tillage Adoption Evaluated by the Tea Bag Technique

English

Related publications

Combined Silicon-Phosphorus Fertilization Affects the Biomass and Phytolith Stock of Rice Plants

Frontiers in Plant Science

English

Biochar Increases Soil N2O Emissions Produced by Nitrification-Mediated Pathways

Frontiers in Environmental Science

Environmental Science

English

Designer Biochars Impact on Corn Grain Yields, Biomass Production, and Fertility Properties of a Highly-Weathered Ultisol

Environments - MDPI

Environmental Science

Renewable Energy

the Environment

English

Zinc Adsorption in Highly Weathered Soils

Pesquisa Agropecuaria Brasileira

English

Variations in Fungal Diversity in a Biochar-Treated Continuous Cotton-Cropped Soil Environment Through Metagenomics-Based Analyses

Polish Journal of Environmental Studies

Environmental Chemistry

Environmental Science

English

Characterization by Mössbauer Spectroscopy of Fe Phases in Highly Weathered Serpentinitic Soil From Southern Cameroon

English

Chronic Toxicity of Weathered Oil-Contaminated Soil

English

Reply to ‘Comments On: Season and Phosphorus Age Effects on the Relationship Between Maize Yield and Phosphorus Soil Test on a Highly Weathered Soil’

South African Journal of Plant and Soil

English

Biochar to Improve Soil Fertility. A Review

Agronomy for Sustainable Development

Environmental Engineering

English