Scaling up pan-genomics for plant breeding
Delivering a pangenome approach that drastically improves the analytical power on plant data
TWEX-Future will take a novel “Tales of future weather” approach in which we use scenarios tailored to a specific region and stakeholder in combination with numerical weather prediction models. This approach will offer a more realistic picture of what future weather extremes might look like, hence facilitating adaptation planning and implementation with local, actionable and reliable climate information to support the decision-making under consideration of various barriers to adaptation.
Climate change projections clearly indicate that heavy precipitation events will increase particularly in higher northern latitudes. Large-scale dynamical processes, such as atmospheric rivers that evolve from extra-tropical cyclones are known for causing anomalous strong orographic rainfall that can lead to severe flooding events at the west coast of Norway. To capture such events in realistic details, the current approach of downscaling coarse-resolution global climate model simulations has critical shortcomings. Hence, a seamless chain from global high-resolution climate modelling to regional downscaling to impact assessments is needed.
In TWEX-Future, we use case studies of high-impact flood events selected jointly with Norwegian stakeholders, such as Statkraft, and perform a holistic autopsy of the events (physical hazard, vulnerability, and barriers to adaptation). We will simulate selected events in the present and future using a combination of high-resolution global Earth system models and regional Numerical Weather Prediction models, while maintaining the stakeholder’s operational chain for analyzing the impacts of the event in the future. This will provide a valuable basis to explore, in a Norwegian context, whether the “Tales of Future Weather” approach offers added-value to current practice.