Report for the South Coast Dredging AssociationĮMU Ltd (2012b) Anglian Marine aggregate regional environmental assessment. TSOĮast Channel Association (2011) The first regional monitoring review for the East Channel RegionĮCA, Emu Ltd (2005) Regional monitoring blueprint related to marine aggregate extraction operations in the Eastern English ChannelĮMU Ltd (2012a) South coast marine aggregate regional environmental assessment. Her Majesty’s Stationary Officeĭepartment for Communities and Local Government (DCLG) (2006) Mineral policy statement 1.
The Conservation of Habitats and Species Regulations (2010) Statutory instrument 2010/490. This process is experimental and the keywords may be updated as the learning algorithm improves.ĪBPmer (2012) Humber MAREA – Physical processes study: assessment of dredging effectsĬizek P (2007) Meta-cumulative effects: mapping cumulative impacts of resource extraction and development throughout the NWT. These keywords were added by machine and not by the authors. This chapter will describe the MAREA methodology, and proposes that similar regional assessment exercises could contextualise the effects and impacts of multiple marine dredging activities in other parts of the world. Each MAREA characterises the physical, biological, and human context of a region, and eases the regulatory burden for site-specific Environmental Impact Assessment. Each MAREA assesses the cumulative impacts of marine dredging activities using regional-scale hydrodynamic and sediment transport models linked to regional-scale mapping of sensitive receptors. The UK marine aggregate industry has approached the assessment of cumulative marine dredging activities through a voluntary Marine Aggregate Regional Environmental Assessment (MAREA) approach. In the UK, marine dredging of sand and gravel generally occurs in spatially limited regional blocks, with approximately 20 million tonnes of resource dredged each year from English and Welsh waters.
In regions where multiple marine dredging activities take place in a spatially restricted area, cumulative effects may impact sensitive receptors, both locally and regionally.
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