Thomas will describe the challenges and opportunities in modelling dynamic decision making in integrated climate-economy systems. A particular focus will be on the role of interdisciplinary dialogue in conducting integrated assessment studies and on the acceptance of interdisciplinary research.
Angeline Pendergrass (NCAR). The uneven nature of precipitation and its changes. Video connection details: Name: Bureau of Meteorology – R&D Seminars. Video Address - Bureau Internal: 558912. External Participants: 558912@bom.gov.au. PIN: 3099#. Audio... View Article
Phil Dooley (PhilUpOnScience.com.au). Why we should stop explaining science Video connection details: Name: Bureau of Meteorology – R&D Seminars. Video Address - Bureau Internal: 558912. External Participants: 558912@bom.gov.au. PIN: 3099#. Audio Connection: +61 3... View Article
Rob Chadwick (UK Met Office). Understanding Tropical Precipitation and Atmospheric Circulation Responses to Climate Change
In the second of his two talks at CCRC, Thomas will present his work on incorporating climate tipping points into dynamic integrated assessment models. The focus will be on calibrating properties of... View Article
Angie Pendergrass (NCAR). The uneven nature of precipitation and its changes.
The moored current meter observations in the Maluku Channel of the Indonesian seas suggest that upwelling equatorial Kelvin waves in the spring-summer of 2014 are forced by a significant increase... View Article
Graeme MacGilchrist (University of Princeton). Reframing the carbon cycle of the subpolar Southern Ocean. Global climate is critically sensitive to physical and biogeochemical dynamics in the subpolar Southern Ocean, since... View Article
Caroline Ummenhofer (Wood Hole Oceanographic Institute). Changes in the width of the Indo-Pacific tropical rain belt from climate model simulations and palaeo proxy records. The Indo-Pacific tropical rain belt (TRB) marks... View Article
Prof. Primeau will present an inverse model to constrain the residual mean circulation of the ocean and to estimate rates of marine nitrogen fixation. The results demonstrate strong spatial variability in the nitrogen to phosphorus ratio of exported organic matter that greatly increases the global nitrogen-fixation rate.
