Sediment and Organic Matter Transfer to the Watercourse
In 2017 a team of researchers from Exeter University, Cranfield University, and The James Hutton Institute studied the flow of sediment in Carminowe Creek; which feeds directly into the Loe on its eastern side.
- 2017 – Tracing of particulate organic C sources across the terrestrial-aquatic continuum, a case study at the catchment scale
Flow Pathways, Soil Erosion Risk and Watercourse Pollution
This study identifies sites, in the Cober catchment, of high pollution risk and the modes of transport to the watercourse. This was achieved through fieldwork analysis across a number of landcover types, to identify the causes behind soil loss from farmland and how this reaches the watercourse.
- 2016 – Evaluating flow pathways in an agricultural setting in relation to the risk of soil erosion and watercourse pollution in the Cober Catchment, Helston, Cornwall.
Managing Land Use and Pollution Upstream
Megan Angus conducted her BSc Geography dissertation (University of Exeter, Penryn Campus) on ‘managing land use and pollution upstream, to improve water quality and minimise flood risk in the Cober catchment, Cornwall’.
The MAGIC website provides authoritative geographic information about the natural environment from across government. The information covers rural, urban, coastal and marine environments across Great Britain. It is presented in an interactive map which can be explored using various mapping tools that are included. Follow this link and zoom in on the Cober catchment;
Small Sewage Discharge Treatment Plants
Nutrient enrichment from diffuse sources is major reason for Loe Pool failing its SSSI and WFD targets. There is growing evidence that small sewage discharges (SSDs) may pose a significant environmental risk to freshwater habitats under certain circumstances.