I was very fortunate to recently attend the SPARC 6th General Assembly 2018 conference in Kyoto, Japan (1-5 October) – the former imperial capital – where I had the opportunity to give a poster presentation of my research and network with fellow scientists of all ages and nationalities. SPARC is one of five core projects as part of the World Climate Research Program (WCRP), with a focus for coordinated, cutting-edge research on the interactions of both chemical and physical processes on Earth’s climate, at an international level. The main themes of the conference included: chemistry-climate interactions; subseasonal to decadal climate prediction; atmospheric dynamics and their role in climate; the importance of tropical processes; advances in observation and reanalysis datasets; and importantly, societal engagement of climate-related atmospheric research.
Despite the best efforts of Typhoon Trami to disrupt the proceedings, the conference went ahead largely as planned with only minor revisions to the schedule. An icebreaker on the Sunday afternoon provided an opportunity to meet a few others who had braved the deteriorating weather over snacks and refreshments. The conference opening ceremony finally got underway at lunchtime the next day with a traditional Japanese Taiko performance (a musical display involving drums and percussion instruments), followed by a talk from Neil Harris (the co-chair of SPARC). He discussed some of the challenges the General Assembly aimed to address over the week, including the provision of information for governments and society to act on climate change and how we as scientists can help to assist governments and society to take action. He emphasised the need for a holistic approach to both atmospheric dynamics and predictability.
Each day contained up to three oral presentation sessions, usually commencing with keynote talks from some of the leading scientists in the field, followed by poster sessions similarly organised by theme. The conference was noteworthy in its absence of parallel sessions and a strong focus on poster sessions, with over 400 posters presented during the course of the entire week! For the early career researchers (ECRs) amongst us, there were prizes for the best received posters in the form of a generous sum of money courtesy of Google’s Project Loon – a mission to increase internet connectivity in remote regions and developing countries by using a network of balloons in the stratosphere. The awards were presented during each of two ECR poster award ceremonies during the week, with the winners determined by a panel of assigned judges during each poster session. A dedicated entertainment and networking session was also organised for us ECRs on the Monday evening. Hosted by several senior scientists, who shared their expertise, the event proved extremely popular.
The Wednesday offered a short window of opportunity for sightseeing around Kyoto in the afternoon before the scheduled conference dinner (followed by dancing) was held in the evening at a local hotel venue. A wide range of Japanese, Chinese and Western buffet food was served, in addition to a variety of Japanese beers, wines and whiskeys. The event was ideal in facilitating networking between different research themes and offered me the chance to hear people’s experiences ranging from their current PhD studies to managing collaborations as leaders of large international working groups.
The conference drew to a close late Friday afternoon and culminated in a roundtable discussion of the future of SPARC initiated by members of the audience. The session helped to clarify aims and working objectives for the future, not only over the next few years but also in decades to come. As a PhD student with hopefully a long career ahead of me, this proved highly stimulating and the thought of actively contributing to achieve these targets in the years to come is a very exciting prospect! I am very grateful for the opportunity to have attended this excellent international meeting and visit Japan, all of which would not have been possible without funding support from my industrial CASE partner, the Rutherford Appleton Laboratory (RAL).