Food security and the modernisation pathway in China: Towards sustainable agriculture
This book, by agronomist and political scientist Marie-Hélène Schwoob, provides a multidisciplinary overview of China’s farming and food issues and presents the results of the author’s fieldwork.
This book aims at providing students, experts and practitioners with a detailed overview of agricultural and food security issues in China, analyzed through the lenses of a multidisciplinary approach that enables to fully grasp the current socio-political challenges and lock-ins of agricultural transformation towards more sustainable practices.
Confronted to a running decrease and degradation of its resources and rapidly evolving food habits, China became a net importer of food in 2004, and its agricultural balance has since become heavier every day. Beyond providing a comprehensive overview of these stakes, this book also presents consistent and original first hand research material, collected by the author during months of fieldwork in China, in the countryside and from various economic and political circles. Conclusions drawn from this often difficult to access fieldwork shed light on the whole galaxy of public and private stakeholders taking part in agricultural modernization in China, on their interests and on the patterns of power that underlie the development and implementation of agricultural policies.
Schwoob, M.H. (2018). Food Security and the Modernisation Pathway in China: Towards Sustainable Agriculture. Springer.
Read more here. See also the Foodsource resource How far could changes in production practices reduce GHG emissions?
Asia is Earth's largest and most populous continent. It hosts many densely populated and large cities as well as enormous barely populated regions, which all together host over half of the human population. Agriculture as a source of income is of major importance in the region. In most Asian countries, agriculture is the biggest user of water and in some regions can be responsible for to 90% of total water consumption through irrigation.