The EIT Food website is not compatible with Internet Explorer. Please visit our website with another browser, like Google Chrome, Firefox and Safari, for the best possible experience.

Climate-KIC course: How to increase efficiently the role of short food supply chains?

25 September 2018 Other related news We invite you to join Climate KICs program to learn and apply various tools for system innovation, to engage directly with stakeholders in Budapest and Valencia, meetwith experts, and work in a dynamic, multidisciplinary environment.

Climate-KIC course: How to increase efficiently the role of short food supply chains?

Have you been thinking about supplementing your research with a unique, practical experience? Help turn your research into practice with Climate KICs two-week PhDAutumn school on Sustainable Land Use. Short food supply chains have positive economic, social and environmental impacts which contribute to the wellbeing of stakeholders by creating secure jobs and stable incomes for farmers, limiting waste within the food chain and negative impactson the environment while providing healthy, nutrient rich food to communities.Through analyzing real life case studies, you will have the opportunity to explore the links within a short food supply chain, identify barriers and solutions for overcoming them. We invite you to join Climate KICs program to learn and apply various tools for system innovation, to engage directly with stakeholders in Budapest and Valencia, meetwith experts, and work in a dynamic, multidisciplinary environment.

Discover more here.

Related Projects

Foresight on the impact of COVID-19

Foresight on the impact of COVID-19

24 July 2020

The COVID-19 crisis has highlighted the most pressing challenges in our complicated food system. What can we do to better prepare for the ​transformation of the agrifood sector caused by...

Smart-ET

Smart-ET

15 July 2020

The Grana Padano and Parmigiano Reggiano areas have been highly affected by the current pandemic. Smart-ET will use COVID-19 data from farms and existing models to predict variations...