235 Balham High Road SW17 7BG Data via plota.co.uk
Description
G1 Privet - Reduce height down to 2 metres so GM teams can maintain hedge. T3 Lime - Crown reduce back to previous points of reduction and shape. Remove deadwood. T4 Sycamore - Re-pollard and remove epicormic growth. T5 Sycamore - Re-pollard. Routine maintenance to provide light to surrounding gardens and for the health and safety of the trees. Data via plota.co.uk
Other new applications on this street
Communication Station 3409 On Roof Top Of Du Cane Court Street Furniture Balham High Road London
The upgrade of the existing telecommunications base station comprising the remov...
Bus Shelter Pavement Outside 272 Balham High Road SW17 7AJ
INTERNAL ILLUMINATED SEQUENTIAL ADVERTISEMENT CAPABLE OF STATIC AND DYNAMIC CONT...
278 - 280 Balham High Road SW17 7AL
Change of use of existing commercial floorspace (Use Class E) to 8 residential f...
278 - 280 Balham High Road SW17
Removal of condition 12 of planning permission dated 07/04/2003 ref. 2002/3002 (...
Nearby new applications
31 Eatonville Road SW17 7SH
10 Trinity Crescent SW17 7AE
Tree location - front garden T1 - Approx. H8 S8 30+DBH Conifer Selectively crown...
Bus Shelter and Advertisng Right Outside 8 Upper Tooting Road SW17 7TS
Display of Internal illuminated sequential advertisement capable of static dynam...
57-59 Trinity Road SW17 7SD
Conversion of property at ground floor to a retail unit (Class E) and 2 x 1-bedr...
41 A Drakefield Road SW17 8RT
Alterations including erection of dormer roof extension to main rear roof.
96 Ritherdon Road London Wandsworth SW17 8QQ
Alterations including erection of single-storey rear/side extension and change o...
Historical activity at this location
29 previous applications on record - archival context, not part of the live application.
Previous applications at this address
Nearby activity
Wandsworth ranks #162 out of 292 councils for householder decision speed. Householder applications are slightly more likely to be approved here (93%) than the national average (90%).
