School pupils enjoyed a “Taste of their Future” at Barony
Over 170 school pupils gained the opportunity to try out different practical tasks at the “Taste of Your Future” event that was held on the Barony Campus at Scotland’s Rural College.
Over 170 school pupils gained the opportunity to try out different practical tasks at the “Taste of Your Future” event that was held on the Barony Campus at Scotland’s Rural College.
The Environment Agency consults the public on certain applications for waste operations, mining waste operations, installations, water discharge and groundwater activities. The arrangements are explained in its Public Participation Statement
These notices explain:
The Environment Agency will decide:
These rules allow operators of radiation detection systems under a standard permit to keep radioactive materials and accumulate radioactive waste and, after it has subsequently been characterised and quantified, to dispose of the waste by transfer to operators who are themselves permitted to receive and dispose of radioactive wastes of that type and quantity.
Adaptive capacity is the ability to adjust to future change in order to take advantage of opportunities that arise and appropriately manage additional risks that are presented.
The Environment Agency has produced a new guide that provides tools to ensure that future flexibility is properly valued in Flood and Coastal Erosion Risk Management (FCERM) decision making and options appraisal. This will help to identify cost-effective solutions, able to cope with multiple future uncertainties.
The new tools and guide will supplement existing appraisal guidance, providing practical tools that can be used to assess the value of building in future flexibility.
Rainfall forecast data generated at the Met Office is vital for providing weather and flood warnings, and this project has looked at ways of improving the accuracy and reliability of the radar network as well as fully exploiting and bringing into operation the latest technology.
Radar is particularly important in detecting localised rainfall (often not detected or under-sampled by rain gauge networks), especially where it falls on catchments prone to flash flooding. The upgrade to the UKs dual polarisation radar network in 2016 and the updated data analysis methods from this study means that we can make a step change in the accuracy of rainfall estimates, in particular in very intense precipitation, where radar estimates are most valuable.