Flood risk management and funding
This briefing paper provides an overview of flood and coastal risk management in the UK, including which bodies manage risk, current policy on flood risk management, and how flood funding works.
Tar sands (oil sands) have potential to provide a significant fraction of future global oil demand but there are concerns, acknowledged in an EC Fuel Quality Directive, about their environmental impact, not least on greenhouse gas emissions.
Tar sands (161KB PDF)
Tar sands (or oil sands) are a naturally occurring mixture of sand, clay or other minerals, water and bitumen. According to the International Energy Agency, Canadian oil sands are expected to assume a rapidly expanding role in meeting future oil demand. However, there are environmental concerns associated with, among other things, the carbon dioxide (CO2) released during the extraction and processing of tar sands to produce useable fuel. Other environmental issues relate to water use, mining waste and deforestation.
The EC Fuel Quality Directive, as amended, introduces the requirement for fuel and energy suppliers (principally those providing fuel and energy for land-based transport, and other non-road mobile machinery) to reduce the lifecycle greenhouse gas (GHG) intensity of the fuel/energy that they supply by 6% per unit of energy by 2020. The European Commission has published a draft directive which sets out a methodology for determining greenhouse gas emissions; this differentiates the natural bitumen in tar sands from conventional crude oil. The Canadian Government has argued that such discrimination is unfair and not based on credible science.
Tar sands (161KB PDF)
This briefing paper provides an overview of flood and coastal risk management in the UK, including which bodies manage risk, current policy on flood risk management, and how flood funding works.
This briefing outlines the various financial support available across the UK for installing energy efficient measures, heating and renewable energy in homes.
El Niño conditions form when warmer waters spread across the central and eastern Pacific Ocean, resulting in global changes to weather and climate. Several forecasts from national weather agencies indicate that the next El Niño could be one of the strongest on record.