Hello guest
Your basket is empty
We provide two pathways to the content. Thematic (chapters that address certain themes, e.g. cultivation, regardless of crop or animal type) and Product (chapters that relate to a specific type of crop or animal). Choose the most applicable route to find the right collection for you. 
Can’t find what you are looking for? Contact us and let us help you build a custom-made collection. 
You are in: All categories > A-Z Chapters > R
Use the Contact form to discuss the best purchasing method for you... Start building your collection today!

The role of crop cultivation in contributing to climate change

Code: 9781786767400
Sonali Shukla McDermid and David Kanter, New York University, USA

Chapter synopsis: While 20th century gains in agricultural productivity enabled rising levels of food security, these developments have also made the food system a major contributor to global climate change. Agricultural production accounts for over 80% of food system emissions, and nearly 60% of global non-CO2 greenhouse gases. This chapter reviews the various GHG contributions from global crop cultivation, which is dominated by rice production, fertilizer management and landuse change on peatlands, but also has substantial contributions from crop residue management; cropland soil organic matter changes; and bioenergy production. The authors examine the state of knowledge and data availability on each of the above contributions, and the outstanding uncertainties in current estimates. The chapter also consider cropland GHG emissions in the context of food security and other sustainable development goals. Finally, the authors provide an overview how future scenarios of agricultural development can be used to project local and regional GHG emissions within integrated assessment frameworks.

DOI: £25.00
Table of contents 1 Introduction 2 Greenhouse gas (GHG) emissions from crop residues 3 Cultivated organic soils and soil organic matter in cropping systems 4 Nutrient applications to global croplands 5 Greenhouse gas (GHG) emissions from rice production 6 Greenhouse gas (GHG) emissions from bioenergy systems 7 Future trends 8 Conclusion 9 Where to look for further information 10 References

Also in R

Our site uses cookies. For more information, see our cookie policy. Accept cookies and close
Reject cookies Manage settings