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Purpose: This paper exemplifies Search for SEAMEO Young Scientist (SSYS) project-based programme that was initiated since 1997 with themes reflecting sustainable development and were in line with SDGs. Method: Qualitative research with 'dominant model' of 'mixed-research design matrix' was implemented with mixed-mode of data analysis and reports on exemplars using 'Type 4' multiple case analysis. Findings: The analysis of data revealed that students who participated in the 11th SSYS 2018 congress were able to present research outputs integrating transdisciplinary studies which were in line with SDGs as reflected in set theme. Apart from fulfilling SEAMEO Education Agenda Priority Areas No. 7 (Adopting 21st century curriculum) to ensure sustainable living through quality education (i.e. SDG No. 4), exemplary projects that integrate SDGs were also showcased through within-case analysis. Significance: SSYS biennially held congress served as excellent platform for networking and dissemination of transdisciplinary project outputs that reflect SDGs. The organisation of 11th SSYS 2018 congress integrating e-forum for networking sessions showed the needs to incorporate blended-mode platform that proved to be an important practice in the new normal.

Incidence of vector-transmitted virus diseases and the damage caused to vegetable crops by these diseases are reported to be increasing in countries with tropical and subtropical conditions. Virus-resistant crops and an integrated approach to crop management including appropriate control of plant-virus insect-vectors could reduce the problem. However, in developing countries, such a strategy is rarely applied effectively. We surveyed 800 growers of chili, tomato and mungbean in India, Thailand and Vietnam to understand what farmers know about plant viruses, their perceptions about yield damage, the control methods they choose to apply and the perceived effectiveness of these. Farmers regarded their economic losses from pests and diseases to be very substantial. Only a minority of them knew that certain disease symptoms were probably being caused by a plant virus and even fewer knew about the role of insect vectors in its spread. Farmers mostly relied on synthetic pesticides to manage the virus disease symptoms they observed. If farmers had better knowledge about plant viruses, their insect vectors, and cost-effective, safer means of control, then use of synthetic pesticides could be reduced substantially. Building knowledge among farmers is therefore an important way to address the diseases caused by plant viruses, while the development of virus-resistant varieties and simple and effective methods of vector control offer longer-term solutions. [ABSTRACT FROM AUTHOR]