Colombia- Integrated water resources management at the farm level in Quindio

Colombia- Integrated water resources management at the farm level in Quindio

TitleColombia- Integrated water resources management at the farm level in Quindio
Publication TypeWeb Article
Year of PublicationSubmitted
Abstract

This M.Sc. thesis analyzes how different types of farms (coffee, dairy, mixed with tourism) utilise water resources for crops, livestock, coffee processing, and domestic uses, and dispose of wastewater. Practices and technologies to reduce demands and minimise pollution for sustainable water use are recommended.

Full Text

The agricultural sector in Quindio includes coffee, bananas, livestock/ and diary farming as well as increasingly important diversification into tourism related activities. Coffee is not irrigated but requires large volumes of clean water for processing which is usually provided by piped water systems development and operated by coffee growing associations. These also serve domestic users. Technologies exist to reduce water consumption in processing from around 40 litres of water per kilo to coffee to around 1 litre, however these are expensive machines (USD3500). Livestock farming also requires a secure and clean water supply, and tourism increases the ‘domestic’ consumption of farms.

This study is focusing on three farms (coffee, diary, mixed with tourism activities) and the development of technical proposals to improve water use at the farm level. Different water sources are being assessed (quantity and quality) and different water uses (household, livestock, crops) analysed. Wastewater reuse options and solid waste disposal are also being considered. It is planned that the proposals will be implemented by the study farmers with the support of Cinara. At appropriate stages in the study, neighbouring farmers are being asked to comment on the proposals and to identify whether they can also apply some of the interventions.

Overall research question: How do different types of farms utilise water resources and dispose of wastewater, and what improved practices could be adopted to reduce demands and minimise pollution?

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