Planning applications in Cambridge, September 2023

1 Hedgerley Close Cambridge Cambridgeshire CB3 0EW

Trees T1: Row of beech trees near the southern boundary of and belonging to 1 Hedgerley Close The height of the trees needs to be reduced by 2-3m, taking it back to the height of the roofline of no. 2, consistent with previous work. The side branches need to be cut back by 0.5-1.25m, also consistent with previous work. Note that no. 1 is presently for sale. Written permission for the proposed work was obtained from the seller via their estate agent (Ed Meyer, Savills: 01223 347261 email 18 July 2023). T2: Yew tree belonging to 1 Hedgerley Close. This is a very large tree that extends over the access drive to no. 2 - reduce the upper section laterally by 1.5-2m would be beneficial to mitigate the risk of subsidence and to improve the appearance off the tree, as it is currently quite lopsided.

9 Wilberforce Road Cambridge Cambridgeshire CB3 0EQ

G1- Maple, Yew and Prunus- reduce away from lawn area removing 1.5m. T2- Cambridge Gage- reduce in height by 2m. T3- Plum- reduce in height by 70cms. T4- Oak- remove lowest lateral over bamboo and lowest lateral over lawn removing 3m. T5- Cotinus- reduce and shape by 1.5m. T6- Willow- re pollard selectively removing larger stems from pollard points, removing 4m. T7- Mulberry- reduce in height by 1.5m. G8- 5x Apples- remove watershoots and formatively prune, removing 40cms. T9- Prunus- crown raise over garden area removing 1.5m. T10- Alder- reduce lowest limb over brook by 2m. T11- Willow- re pollard by removing 5-6 larger stems, removing 3m. T12- Poplar- remove 2x stems over the brook, removing 5m, crown thin remaining tree by 20%. T13- Chinese Willow- nip down top leaders removing 60cms. T14- Prunus- remove large stem over garden back to upright seconday removing 4m. T15- Acer- reduce and shape by 1.5m. To maintain all of these trees in their current locations.

Drum Building Madingley Road Cambridge Cambridgeshire

G1- Aspen Poplar Saplings x 4- remove to ground level to prevent overcrowding of parent tree.