Beschreibung
Global food production needs to be increased by 70 % in 2050. To feed ourselves we need innovative thinking on how to increase agricultural production while mitigating climate change. Agricultural production and land-use change are responsible for ~30 % of total anthropogenic greenhouse gas (GHG) emissions. If agricultural production continues to be managed in a similar fashion as today, the effects on global climate change will increase. However, agriculture has a significant potential for climate change mitigation, but is still only marginally introduced to mitigation policies. To identify actions, that affect GHG emissions from agricultural production, the development of analytical models and tools is essential. Such models are necessary to identify factors, which can be addressed by future climate change mitigation policies. This book presents the Kaya-Porter identity as a novel inventory framework to estimate and analyse GHG emissions from agricultural crop production, by deconstructing emission into its relevant elements, as a basis for policy-making on climate change mitigation.
Autorenporträt
Eskild H. Bennetzen holds a M.Sc. in Agriculture from the University of Copenhagen, Denmark. This book presents his final work for which he received the highest grade and was awarded 1st prize at the Euroleague Scientific Students Conference 2011 held at Wageningen University, The Netherlands.
