DIFFERENTLY

I am a part-time Master of Science (Thesis) student at Lincoln University, New Zealand, originally from Sri Lanka. With a background in agricultural science and crop science, my academic and research journey has always been grounded in improving food and forage systems for animal wellbeing. My current research focuses on understanding how diurnal and seasonal changes affect the nutritional composition, phenolic content, and fatty acid profiles of pasture species harvested at different heights. By identifying how plant chemistry varies across time and canopy layers, the study aims to support more informed pasture management strategies that enhance forage quality and contribute to better feeding systems in livestock production. This work reflects my strong interest in plant-based bioactives, particularly phenolics, and their role in promoting sustainable and nutrient-rich pasture systems. Prior to my master’s study, I gained hands-on experience in agricultural laboratories and research facilities in both Sri Lanka and New Zealand, including work in soil chemistry, milk quality testing, seed technology, and field sampling. I enjoy working in collaborative research environments and continually seek opportunities to contribute to practical, science-driven improvements in agricultural systems. Going forward, I aim to join a research or industry role that aligns with my skills in crop science, pasture management, and laboratory analysis. My goal is to contribute to sustainable agriculture by improving pasture quality and supporting the development of plant-based solutions that enhance the nutritional value of livestock feed and promote resilient farming systems.

Leader of Computational Agro Ecology theme. My research focus is on the intersection of technology, agriculture and ecology which we term, computational agroecology and also on the human aspects of computing, including Software Engineering, Visualisation and eResearch. I investigate how humans engage and interact with this technology. My research includes both the design and deployment of technology for deployment in the environment and on farm; presentation of data and information for consumption (mobile web and interactive visualisation, evidence based software engineering) and the processes around human engagement (eResearch and Evidence Based Software Engineering). The ability for people to effectively engage with technology and interpret data is essential for technology adoption and effective data based decision-making. My work in Evidence based Software Engineering improves the quality of research reporting, and provides methods and tools to allow research evidence to be assessed to understand the impact on practice or policy. I work collaboratively with colleagues in New Zealand, Australia and the UK. I was previously seconded to be the Director, SIGNAL ICT Graduate School, which focused on growing and developing tech professionals for New Zealand.