In La Paz Province (Eastern Antioquia, Colombia), hydrangea floriculture has emerged as a significant driver of economic and social development following the post-conflict situation, offering high value-added contributions to the territory. The objective was to identify both the social and environmental aspects of hydrangea cultivation by small and medium-sized growers, assessing the environmental impacts and externalities across the crop’s life cycle. This initiative aimed to foster sustainable growth in floriculture production under eco-friendly conditions, safeguarding human health, and benefiting local stakeholders.

To establish a methodological framework, the study adhered to the requirements and guidelines outlined in ISO 14040 and 14044 standards for environmental life cycle assessment, in addition to utilizing the UNEP Methodological Guide. The research revealed significant findings, highlighting the key environmental impacts affecting hydrangea production throughout its life cycle. These impacts primarily stem from the excessive use of agrochemicals, which pose risks to human health and ecosystems due to alterations in soil properties. Moreover, the reliance on fossil resources (such as plastics and fuels) at various stages of the cultivation process contributes to these impacts.

From a social perspective, the study identified stakeholders and critical aspects requiring improvement, including integration, safety, occupational health, proper agrochemical handling, regulatory compliance, and system replacement issues. These challenges underscore the complexity of achieving sustainability, emphasizing the need for specialized technical support and new knowledge for growers. Implementing cost-effective technologies is crucial to mitigate environmental impacts, along with fostering associativity models among hydrangea crop producers, which significantly contribute to enhancing growing conditions.

This article presents the development of a model for deploying software processes within the context of free and open-source software FLOSS communities, characterized by the voluntary participation of people
geographically distributed in different places and with diverse profiles and interests in a software development project. The Delphi method validated the model, in which 15 people interested in FLOSS communities participated. It was found that the model promotes communication and motivation of the participants in more than 80% and favors the participation of new community members, according to the answers given by the participants. The communication and motivation skills of the members of a FLOSS community are fundamental for the proper development of free software construction projects.