Programme
The 2016 International Radiation Symposium in Auckland brought together scientists and researchers from across the globe to discuss the latest advances in atmospheric radiation science. Held at the University of Auckland, the symposium continued a proud tradition of providing a forum for the presentation of cutting-edge research on atmospheric radiation in all its forms. Attendees gathered from various countries to share findings on topics ranging from radiative transfer theory to satellite remote sensing applications. The event served as a vital platform for fostering international collaboration and exchanging ideas that advance the understanding of Earth's radiation budget and its implications for climate science.
The symposium programme was structured around a combination of plenary and parallel sessions, ensuring that participants could engage with a wide breadth of topics over the course of the event. Oral presentations and poster sessions allowed researchers to present their work in different formats, encouraging in-depth discussion and networking. Keynote speakers who are leaders in their respective fields delivered talks that set the tone for each day's scientific discourse. The schedule was thoughtfully arranged to balance intensive academic sessions with opportunities for informal conversation, making the symposium both productive and enjoyable for all who attended.
Beyond the main sessions, the symposium offered a variety of social and networking events that enriched the overall experience. An icebreaker evening on the first day helped attendees connect in a relaxed setting before the scientific programme began in earnest. The mid-week banquet provided a formal occasion for celebration and recognition of achievements in the field. Optional excursions were also arranged, allowing participants to experience the unique natural and cultural attractions of the Auckland region while continuing conversations that started during the sessions. These events helped build lasting professional relationships within the international radiation science community.
Special attention was given to recognising outstanding contributions to atmospheric radiation research during the symposium. Award winners were announced and celebrated for their significant work, highlighting the importance of continued innovation in this scientific discipline. The symposium also dedicated time to the International Radiation Commission business meeting, where organisational matters and future directions for the field were discussed. Proceedings were published following the event, ensuring that the research presented reached a wider audience beyond those who attended in person. The 2016 symposium successfully advanced the collective knowledge of radiation science while strengthening the global network of researchers dedicated to this critical area of study.
The 2016 International Radiation Symposium brought together researchers from around the world for a week of scientific exchange across eleven topical sessions. The programme included oral presentations, poster sessions, keynote addresses, and social events.
Scientific Sessions
1. Topical Union Session
A cross-cutting session convened by Werner Schmutz, addressing overarching themes in atmospheric radiation and its role across disciplines.
2. Radiative Transfer Theory and Modeling
Advances in radiative transfer algorithms, model intercomparisons, and theoretical developments for atmospheric and oceanic applications.
3. Particle Radiative Properties
Studies on aerosol optical properties, cloud microphysics, ice crystal scattering, and the radiative impact of particulate matter.
4. General Remote Sensing
Satellite and ground-based retrieval techniques, instrument calibration, and inversion methods for atmospheric and surface parameters.
5. Understanding Climate using Satellite Data
Long-term satellite records, climate monitoring, trend detection, and the use of spaceborne observations to constrain climate models.
6. Surface Measurements and Field Experiments
Ground-based radiometry, field campaigns, and in-situ observations linking surface radiation to atmospheric processes.
7. Radiation Budget and Forcing
Quantifying Earth's energy balance, radiative forcing by greenhouse gases and aerosols, and feedback mechanisms in the climate system.
8. Ocean Optics
Underwater light fields, ocean colour remote sensing, and radiative transfer in marine environments.
9. Southern Ocean and Antarctica
A dedicated focus on radiation processes in high-latitude southern regions, including sea-ice albedo, cloud-radiation interactions, and Antarctic climate.
10. Atmospheric Chemistry and Radiation
Interactions between atmospheric composition, photochemistry, and radiative transfer across the UV to infrared spectrum.
11. Solar and Terrestrial Radiation
Solar irradiance variability, terrestrial outgoing radiation, and the coupling between solar activity and atmospheric response.
Related Events
- Ice-breaker reception — Saturday evening, 16 April 2016
- Mid-week banquet — A formal dinner held during the symposium week
- IRC Business Meeting — Official meeting of the International Radiation Commission
- Conference excursion — Optional excursions for delegates and accompanying persons
For details on invited speakers, visit the Keynote Speakers page. Award winners were also recognised during the symposium.