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Research Library

Explore published scientific research investigating Wood Vinegar, biochar and related pyrolysis products across agriculture, horticulture, livestock and environmental management.

The PyroAg Research Library brings together peer-reviewed studies, field trials, reviews and conference proceedings to make relevant research easier to explore and understand.

Explore Our Research

Find published papers to support your production knowledge

Search the library by keyword, research topic or agricultural sector to find published research relevant to your interests.

Showing 75 research papers

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Some Remarks About the Effect of Smoke from Charcoal Kilns on Soil Degradation

Environmental Monitoring and Assessment

Antifungal Activity of Neutralized Wood Vinegar with Water Extracts of Pinus densiflora and Quercus serrata Sawdusts

International Journal of Environmental Research

Acetic Acid and Pyroligneous Acid in Comparison with Formaldehyde as Soil Disinfectants

Journal of Agricultural Research

The Formation of Polycyclic Aromatic Hydrocarbons and Dioxins During Pyrolysis

Washington State University Extension Energy Program Report

Biochar Reduces Enteric Methane Production in Cattle Fed Fresh Cassava Foliage

Livestock Research for Rural Development

Detoxification Effects of Wood Vinegar on Aflatoxin B1 in Broiler Chicken

Journal of Animal and Veterinary Advances

Chemical and Biological Properties of Paddy Soil Treated with Herbicides and Pyroligneous Acid

Journal of Agricultural Science

Research on Inhibition Effect of MDF Pyrolysis Condensate Liquids against Two Kinds of Fungi

Proceedings of the 55th International Convention of Society of Wood Science and Technology

Production of Fungicidal Oil and Activated Carbon from Pistachio Shell

Journal of Analytical and Applied Pyrolysis

Optimizing Wood Vinegar as an Industrial Product for Sustainable Agriculture: A Global Meta-Analysis of Its Potential for Crop Production

Industrial Crops & Products

Pyroligneous Acid Affects Grapevine Growth, Yield, and Chemical Composition of Leaf, Pomace, and Juice

ACS Agricultural Science & Technology

Overview the Roles of Wood Vinegar in Plant Disease Resistance, Plant Growth Promotion, and Soil Improvement

Forests

Research Disclaimer

PyroAg provides this Research Library for educational and informational purposes only. The findings presented are those of the original authors and reflect the specific conditions under which each study was conducted. PyroAg does not warrant or represent that similar results will be achieved under different conditions.

Individual results may vary depending on crop, climate, soil type, management practices, application methods and other factors. Users should evaluate the suitability of any application for their own circumstances.

Australian Regulatory Notice

In Australia, the use, supply and promotion of agricultural and veterinary chemical products is regulated by the Australian Pesticides and Veterinary Medicines Authority (APVMA).

PyroAg Wood Vinegar is not registered by the APVMA as an agricultural chemical product. Accordingly, information contained within this Research Library is provided for scientific and educational purposes only and should not be interpreted as a recommendation or claim for any use requiring APVMA registration.

Users are responsible for ensuring that any use of PyroAg Wood Vinegar complies with all applicable Commonwealth, State and Territory laws and regulations. Where used in Australia, PyroAg Wood Vinegar should only be used in applications that do not require APVMA registration, such as permitted industrial, research or other lawful beneficial uses (including, where applicable, use as a fertiliser or soil amendment), subject to relevant regulatory requirements.

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