Epsilon Archive for Student Projects

Abstract

Within the broader academic discipline of business administration, this thesis focuses on the
intersection of production, innovation, and forest management practices. It aims to contribute to
the understanding of why lead users adopt drone technology and how they co-create the process of
innovation. Despite advancements in sustainable forest management practices, a gap remains in
the effective utilization of new technologies like drones to enhance operational practices. Building
upon broader concepts such as forest management and sustainability challenges, this study
explores the motivations behind the adoption of drone technology by lead users and the
collaborative efforts involved in the innovation process.
The research examines how lead users in the Swedish forestry sector integrate drones into their
practices, addressing key questions such as the reasons for adopting the technology and the
specific ways they contribute to co-creating innovation. By analyzing the experiences and
practices of these pioneering users, the study aims to illuminate the practical benefits and
challenges associated with drone technology in forestry. This includes understanding how drones
enable more efficient forest monitoring, improve decision-making, and promote sustainable forest
management practices. Through a case study approach, the thesis provides insights into the
practical applications of drone technology, highlighting its potential to transform forest
management by offering faster data collection, improved accuracy, and real-time information. It
also addresses the barriers faced by users, such as regulatory challenges and the need for advanced
skills, providing a comprehensive view of the current landscape and future prospects of drone
technology in forestry.
Furthermore, the study builds on broader sectors such as agricultural practices, where drone
technology is increasingly being adopted to enhance productivity and sustainability. Similar to
forestry, agriculture benefits from drones through precise monitoring and resource management,
which improves crop yields and reduces environmental impact. By drawing parallels between
forestry and agriculture, this thesis underscores the transformative potential of drones across
different sectors, highlighting their role in promoting sustainable and efficient operations.
Ultimately, this study contributes knowledge to the fields of forest management and business
administration, emphasizing the importance of technological innovation in advancing sustainable
practices.