COSMOS-UK. Soil moisture: October 2023

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

COSMOS-UK. Soil moisture: August 2023

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

COSMOS-UK. Soil moisture: May 2023

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

COSMOS-UK. Soil moisture: February 2023

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

COSMOS-UK. Soil moisture: December 2023

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

COSMOS-UK. Soil moisture: March 2024

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

COSMOS-UK. Soil moisture: September 2023

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

COSMOS-UK. Soil moisture: June 2023

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

COSMOS-UK. Soil moisture: December 2022

The COSMOS-UK soil moisture status report provides an insight into the current soil moisture conditions across the UK as monitored by the COSMOS-UK network. The network comprises approximately 50 sites at which a cosmic ray neutron sensor is deployed to monitor soil moisture within a footprint of about 12 hectares. The report is comprised of: maps of end of month soil moisture both as volumetric water content and as a soil moisture index; a short description of current status; and selected time series graphs showing data from the last three years

Hydrological summary for the United Kingdom: October 2023

The monthly summary of hydrological conditions in the United Kingdom is compiled as part of the National Hydrological Monitoring Programme (a joint UKCEH and BGS enterprise). The report features contemporary data for rainfall, river flow, reservoir and groundwater levels in the form of maps and graphs. A commentary is provided on the status of the nation’s water resources and any notable hydrological events during the month. The National River Flow and National Groundwater Level Archives help provide an historical context for these contemporary assessments. Financial support for the production of the Hydrological Summaries is provided by Defra, the Environment Agency, the Scottish Environment Protection Agency, the Rivers Agency in Northern Ireland and the Office of Water Services