Horticultural food systems in Chile and Uruguay (HortEco)
Duration: November 14, 2016 – August 31, 2020
While consumption of vegetables in emerging economies falls well short of dietary recommendations, vegetable production contributes to environmental pollution and health risks. This project will engage with small farmers and organizations involved in low-or-no-pesticide production methods to develop more effective production, knowledge sharing methods and collaborative value chains.
Aim: The project “Horticultural food systems based on ecologically intensive production and socio-economically sustainable value chains in the transition economies Chile and Uruguay ” aims to enhance sustainability of vegetable food systems in transitioning countries.
Objectives: The project will study, support and -share knowledge on how to organize production and marketing of highvalue, low-or-no-pesticide vegetables in Chile and Uruguay.
Method: Research will focus on:
- Ecologically intensive horticultural production;
- Socio-economically sustainable horizontal and vertical value chain collaboration models; and
- How change agents in the innovation system can support the transition to sustainable horticultural farms and markets.
Knowledge development and innovation will be connected through a systemic learning-for-innovation approach, linked to nine ongoing innovation oriented projects of private, public and academic partners in Chile and Uruguay.
Countries: Chile and Uruguay.
Dutch policy goal: Sustainable food systems.
Year 1: What types of food systems for no-or-low pesticide vegetables exist in Chile and Uruguay, which system characteristics determine their scarcity and what is the efficacy of pesticide-based and biocontrol methods against whitefly in greenhouses? For Chile a baseline study found a focus on pesticides with less harmful side-effects rather than systemic change; a lack of traceability and transparency, and a lack of effective penalties for overuse. In Uruguay, neither pesticide nor entomopathogen applications controlled whitefly in a sample of 9 farms. Two out of these did not require any applications. There is a rich natural enemy diversity around the greenhouses.