New Red Lion

This borehole measures water levels in the Lincolnshire Limestone, to the east of Grantham.

Our enquiries service can help you to access groundwater level data for this well.

Hydrograph


Hydrograph

Show data from :-
1964 to 2013 1960s 1970s 1980s 1990s 2000s 2010s


Information about the well

New Red Lion
Wellmaster ID TF03/37
NGR 5088 3303
Datum 33.45 m AOD
Monitoring details
Type Groundwater Level
Aquifer Lincolnshire Limestone
Confinement Varies from unconfined to confined
Depth 50 m
Record
Monitored by EA Anglian
Records commence 1964
Records end Active

Map of New Red Lion showing geology and water level contours

Hydrogeological setting

The borehole penetrates the Kellaways Formation, Cornbrash Formation, Bilsworth Clay Formation, Bilsworth Limestone Formation, Rutland Formation, Lincolnshire Limestone and Grantham Formation.

The aquifer varies from unconfined at minimum water levels (when the water levels are within the Lincolnshire Limestone) to confined at maximum water levels (with water levels against the Blisworth Limestone, which is cased out).

Well or borehole construction

The well is lined with 127 mm diameter lining tubes to a depth of 25 metres, it is then 114 mm diameter open hole to a full depth of 50 metres.

Hydrograph response

The hydrograph has an annual sinusoidal appearance with up to 20 metres inter-annual variation. The hydrograph hints at some regional declines in water levels during the late 1960s and and through to 1990, but compensated by recoveries during wet winters. Since 2000 levels have shown more stability.

Data issues

This borehole has been monitored from April 1984 replacing a borehole at Old Red Lion (reference TF03/3, TF 08773039, OD +37.55 m), of a similar depth, 94 metres away, which was monitored from March 1964 to January 1981. The records for the period from 21 January 1981 to 31 March 1982 and for 26 April 1982 have been extrapolated from another observation well into the Lincolnshire Limestone at Threekingham (TF 0933 3600), a distance of 5.6 km away.

Contact

Contact Andrew McKenzie for further information