Book Release: “Livestock and Their Contribution to Greenhouse Gas Emissions”
Authored by Prof. Dr. Natiq Hameed Al-Qadisi, an expert in Animal Production at the College of Agricultural Engineering, University of Baghdad.
This seminal work supports the Sustainable Development Goals (SDGs) in Quality Education by providing a comprehensive scientific reference for both graduate and undergraduate students.
The 300-page book, organized into seven chapters, examines greenhouse gases (GHGs) and livestock‘s role in their emission. It begins with a detailed analysis of key GHGs—carbon dioxide (CO₂), methane (CH₄), and nitrous oxide (N₂O)—explaining their properties and environmental impacts. Subsequently, it explores livestock’s contribution to these emissions through biological processes, particularly microbial fermentation in the rumen.
The book highlights the biological sources of methane from livestock, detailing how anaerobic digestion releases significant quantities of this potent gas. It emphasizes that emission levels vary based on feed type, farm management practices, and herd size, underscoring the complexity of the issue and the need for ongoing research. Notably, the text clarifies that methane’s global warming potential far exceeds that of carbon dioxide.

You May Also Like

Defending a PhD Dissertation about Per-Fluorinated Materials at the College of Agricultural Engineering Sciences

The College of Agricultural Engineering Sciences Organizes a Workshop on the Impact of Climate Change on the Poultry Industry

Visit by a Delegation from the University of Baghdad to our College to Inspect the Progress of Examinations

The College of Agricultural Engineering Sciences Organizes a Workshop on Organic Farming

Discussion of a Research Proposal Organized by the College of Agricultural Engineering Sciences

Discussion of a Research Proposal Organized by the College of Agricultural Engineering Sciences

A Seminar Discussed by the College of Agricultural Engineering Sciences on Small-Scale Plowing

A Seminar Discussed by the College of Agricultural Engineering Sciences on the Production of Solid and Liquid Organic Fertilizers

Comments are disabled.