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Woodland modelling undertaken by Dr Pam Berry and colleagues at the University of Oxford has explored in the impact of climate change on the distribution of key woodland species in Great Britain. The resultant datasets map changes in the drought vulnerability for 12 tree species and for two periods, the 2030s and the 2080s. Six categories of potential natural vegetation are also mapped for (i) the present, (ii) the 2030s and (iii) the 2080s. The modelling shows potential changes in leaf area, net primary productivity and net ecosystem productivity. A spatial explorer interface is in development, which allows users to explore these maps interactively, including zooming into their particular location, and allows the user to swipe between two periods for a given location. If you would like to be included as a beta tester for the explorer, please email email@example.com.
Irrigation is an essential component of crop production to meet retailer demands for premium quality when rainfall is insufficient. Under drought conditions, irrigation can be constrained by water resources availability, with consequent impacts on yield, quality and revenue. Whilst most agriculture in Europe is rainfed, greater dependence on supplemental irrigation could become more important in humid environments due to a changing climate with greater rainfall uncertainty and higher frequency of droughts.
This interactive StoryMap explores the total financial benefit of outdoor irrigated production in England and Wales assuming no constraints in resource availability and optimal irrigation practices. The analysis suggests that the total net benefits of irrigation in a dry year are around £665 million. Map outputs highlight significant regional differences in water productivity reflecting the composition of land use and the importance of crop mix in determining economic value. A sensitivity analysis to changes in agroclimate, market conditions (crop prices) and water supply (costs) illustrates how the benefits might change under contrasting scenario. The study highlights the importance of supplemental irrigation, even in a humid climate, and the risks that future droughts and/or constraints in water resource availability might have on agricultural systems, livelihoods and the rural economy.The StoryMap is based on a paper, “Modelling and mapping the economic value of supplemental irrigation in a humid climate“.