arboricultural report - kew planning€¦ · 3.0 the trees 4 4.0 tree constraints plan information...

Project Ref:ArbTS_490.1_YsgolGynraegBroMorgannwg 23rd July 2018

__________________________________________________________________________________www.ArbTS.co.uk

Membership No – PRO4338

ArbTS ‐ Arboricultural Technician Services (Tree Consultancy Services)

Stephen Lucocq BSc (Hons), Tech Cert (ArborA), M.Arbor.A Professional Member of the Arboricultural Association

Web site: www.ArbTS.co.uk Email: [email protected]

Phone: (01639) 731 139 Mobile: 07789 551 591

Arboricultural Report

Including:

Tree Survey Data

&

Tree Constraints Plan (TCP)

To the British Standard 5837:2012 (Trees in relation to design, demolition and construction. Recommendations)

Date – 23rd July 2018

Site – Ysgol Gynraeg Bro Morgannwg

Project Reference – ArbTS_490.1_YsgolGynraegBroMorgannwg


__________________________________________________________________________________www.ArbTS.co.uk

Table of Contents

1.0 Introduction 3

2.0 The Tree Survey 3

3.0 The Trees 4

4.0 Tree Constraints Plan Information 4

5.0 Tree Protection Information 5

6.0 Conclusion 5

7.0 Qualifications & Further Information 6

8.0 Bibliography & Web Information 7

9.0 Appendix

1A Tree Survey Data

1B Detailed Tree Survey Data Summary

2 Tree Constraints Plan

3 Tree Survey Key

4 An Introduction to Tree Protection

5 Tree Photographs

Copyright © 2018

ArbTS, 2 Tan Y Graig, Caerlan, Abercraf, SA9 1TA. All rights reserved. No part of this report may be copied or reproduced by any means without prior written permission from ArbTS. If you have received this report in error, please destroy all copies in your possession or control. This report has been prepared for the exclusive use of the commissioning party and unless otherwise agreed in writing by ArbTS, no other party may use, make use of or rely on the contents of this report. No liability is accepted by ArbTS for any use of this report, other than for the purposes for which it was originally prepared and provided. Opinions and information provided in the report are on the basis of ArbTS using due skill, care and diligence in the preparation of the same and no warranty is provided as to their accuracy. Surveys are undertaken on the understanding that nothing in the final report will be omitted, amended or misrepresented by the client or any other interested party. This report and its contents remain the property of ArbTS until payment has been made in full. It should be noted and it is expressly stated that no independent verification of any of the documents or information supplied to ArbTS has been made.


__________________________________________________________________________________www.ArbTS.co.uk

1.0 Introduction

1.1 The purpose of this report is to give an assessment as to the quality and constraints of the trees at Ysgol Gynraeg Bro Morgannwg. The findings of this survey will be used to inform future design proposals, to preserve and minimise damage to the important trees on or adjacent to this site.

1.2 This report identifies the quality of the trees on or adjacent to this site as categorised by the British Standard 5837:2012, Trees in relation to design, demolition and construction ‐ Recommendations. The survey and findings as reported here represent an unbiased third party opinion offering professional advice as to the value of the trees on this site. A Tree Constraints Plan (TCP) has been drawn, as found in Appendix 2, to illustrate the constraints identified trees pose to the design of future development.

1.3 Arboricultural constraints within the surveyed site relate primarily to the preservation of trees recommended for retention. Identified trees must be protected during the construction phase through the employment of a combination of protective barriers, ground protection zones and tree safe construction methods, designed by a suitably qualified Arboriculturist.

1.4 The trees’ root systems and the associated soil structure is often over looked during the construction process, and can be damaged or altered by compaction, causing major damage to the health of the tree. Generally, the entire root system of the tree is within the top 600mm of soil where it can be easily damaged. A calculated area of ground around the tree should be protected for the duration of the onsite construction phase. In this report it is referred to as the Root Protection Area (RPA).

1.5 No Arboricultural Impact Assessment, Tree Protection Plan or Tree Protection Method Statement are included within this report. No assessment has been made regarding the suitability of the proposed development design within this report.

2.0 The Tree Survey

2.1 The tree survey was conducted by Stephen Lucocq BSc (Hons), Tech Cert (ArborA) , M.Arbor.A on 6th July 2018.

2.2 Trees over 75mm were tagged where appropriate with numbered metal identification tags at around 2.0 metres above ground level.

2.3 All observations were made from the ground with the aid of an acoustic sounding hammer. No invasive decay detective instruments were used.

2.4 The survey was carried out in accordance to British Standard 5837:2012, Trees in relation to design, demolition and construction ‐ Recommendations. This standard gives a systematic, consistent and transparent evaluation method to tree surveying.

2.5 The survey was conducted with the aid of a topographical survey.


__________________________________________________________________________________www.ArbTS.co.uk

2.6 Preliminary management recommendations: The survey has identified preliminary management recommendation for the trees on or adjacent to this site. Details regarding these identified operations are given in this report (See Appendix 1 ‐ Tree Survey Data). Where work priority is stated to be H – High due to safety reasons, these operations should be carried out as soon as practically possible. Where work priority is stated to be M/H – medium/high or higher, these operations should be undertaken before commencement of any works on site.

2.7 Limitations of the tree survey: Whilst every effort is made to ensure an accurate assessment of the tree’s condition is made during survey, no responsibility can be taken for resultant damage or injury occurred by a failing tree. The survey only gives a snap shot of what is visible and is not obscured on the day of the survey. The survey identifies trees of varying quality and their above ground/below ground constraints. This survey does not constitute a full tree condition/tree risk assessment of the site and this report is only valid for 12 months from the date of the tree survey.

3.0 The Trees

3.1 The full tree survey data can be found in Appendix 1A Tree Survey Data.

3.2 Tree Survey Summary Table (See Appendix 3 for BS5837 category definitions). (A more detailed Tree Survey Data Summary can be found in Appendix 1B)

BS5837:2012 Quality

Category

Total Number of Individual

Trees Surveyed

Total Number of Tree Groups

Surveyed

Total Number of Tree Areas

Surveyed

Total Number of Woodland

Areas Surveyed

Total Number of Hedgerows

Surveyed Total

A (High ‐ Most desirable for

retention)

0 0 0 0 0 0

B (Moderate ‐ Desirable for

retention)

6 6 0 0 0 12

C (Low ‐ Optional for retention)

10 11 0 0 0 21

U (Poor ‐

Unsuitable for retention)

0 0 0 0 0 0

Total A,B,C,U

16 17 0 0 0 33

4.0 Tree Constraints Plan (TCP) Information

4.1 A Tree Constraints Plan (TCP) can be found at Appendix 2 of this report. An introduction to TCP can also be found at the start of Appendix 2. For further information and details regarding TCP please see the British Standard 5837:2012, Trees in relation to design, demolition and construction – Recommendations.


__________________________________________________________________________________www.ArbTS.co.uk

5.0 Tree Protection Information

5.1 No Arboricultural Impact Assessment, Tree Protection Plan or Tree Protection Method Statement are included within this report for the proposed development design. An introduction to Tree Protection can be found at Appendix 4.

6.0 Conclusion

6.1 This site has potential to accommodate development whilst retaining the trees of value. The significant trees on or adjacent to this site should be given due consideration in the development design process.

6.2 If the health and stability of the trees are maintained, and the following strategies implemented: a suitable development design; tree protection methods; Arboricultural site supervision and tree after care, the process of construction could be conducted with no adverse impact on the important trees upon or adjacent to this site.


__________________________________________________________________________________www.ArbTS.co.uk

7.0 Further Information & Qualifications

Stephen Lucocq has been involved in Arboriculture within South Wales for nearly twenty years. He has worked as an Arborist for many of these years and has a good working knowledge of the practical side of the profession. He has always taken an active interest in all areas of Arboriculture and kept up to date with current research and developments.

Qualifications

• First Class BSc (Hons) Degree – Combined Studies ‐ Biology and IT

• Arboricultural Association Technicians Certificate – Level 4 ‐ (Merit)

• PTI ‐ Professional Tree Inspection (Lantra Awards)

• 2D Computer Aided Design (City and Guilds ‐ Level 3)

• Quantified Tree Risk Assessment (QTRA) – Mike Ellison

• Visual Tree Assessment (VTA) – Mike Ellison

• Arboriculture and Bats (Lantra)

• Industrial Rope Access Trade Association (IRATA)

• Practical Arboriculture Qualifications (NPTC)

Membership

• Arboricultural Association Professional Member (M.Arbor.A)


__________________________________________________________________________________www.ArbTS.co.uk

8.0 Web Information & Bibliography

Web Information

• Arboricultural Association

http://www.trees.org.uk/

• Cellular Confinement System

GeoWeb ‐ GreenFix

CellWeb ‐ Geosynthetics Cellweb

• Underground Utilities Installation

http://www.njug.org.uk/

Bibliography

• British Standards 3998 (2010) Recommendations for Tree Work UK; British Standards Intuition

• British Standard 5837:2012, Trees in relation to design, demolition and construction ‐ Recommendations UK; British Standards Intuition

• Coombes, A.J (1992) Trees London; Dorling Kindersley

• Lonsdale, D (1999) Principle of Tree Hazard Assessment and Management Edinburgh; Forestry Commission

• Mattheck, C (2007) Field Guide for Visual Tree Assessment Germany; Karlsruhe Research Centre

• Shigo, A.L (1991) Modern Arboriculture USA; Shigo and Trees, Association

• Sterry, P (2007) Collins Complete British Trees London; Collins

• Strouts, R.G (2000) Diagnosis of ill‐health in trees Edinburgh; Forestry Commission

• Weber,K & Mattheck, C (2003) Manual of wood decay UK; Arboricultural Association


__________________________________________________________________________________Appendix

9.0 Appendix 1A ‐Tree Survey Data

Project Ref : ArbTS_490.1_YsgolGynraegBroMorgannwg Please See Appendix 3 for Tree Survey Data Key www.ArbTS.co.uk

Tree ID #

Tree Species Age StemsStem Diam (mm)

Cat

Height + (Lower Branch Height)

Nrth Est Sth WstPhys Cond

Struc Cond

Est. Remain Contrib

Work Priority

RPR (m)

RPA (m2)

G1 Acer pseudoplatanus (Sycamore),Quercus robur (Common Oak),Corylus avellana (Hazel),Salix caprea (Goat Willow),Crataegus monogyna (Hawthorn)

EM 1 400 C2 12(0) 5 5 5 5 G/F N/A 20+ high C category. Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

Boundary group of mainly sycamore trees and shrub

4.8 72.39

G2 Malus (Apple),Betula pendula (Silver Birch)

SM 1 100 C2 7(1) 2 2 2 2 F F 10+ Small group of small trees 1.2 4.52

G3 Prunus avium (Wild Cherry) SM 1 75 C2 4(1) 2 2 2 2 F F 10+ Small group of small trees 0.9 2.55

G4 Quercus cerris (Turkey Oak) EM 1 250 C2 9(0) 4 4 4 4 G/F N/A 10+ Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

3 28.28

G5 Prunus avium (Wild Cherry),Acer campestre (Field Maple),Cypress spp (Cypress spp)

SM 1 200 C2 6(0) 3 3 3 3 G/F F 10+ Untidy boundary group of trees and shrubs

2.4 18.1

G6 Prunus avium (Wild Cherry),Acer campestre (Field Maple),Fraxinus excelsior (Ash)

SM 1 200 C2 6(0) 3 3 3 3 G/F F 10+ Untidy boundary group of trees and shrubs

2.4 18.1

G7 Fraxinus excelsior (Ash),Acer campestre (Field Maple)

SM 1 300 C2 9(0) 3.5 3.5 3.5 3.5 F N/A 20+ high C category. Surrounding vegetation prevented close inspection of the tree therefore all observations and measurements are estimated.

Boundary group of trees, mainly Early mature ash and ash regeneration; signs of ash dieback disease noted within the regeneration

3.6 40.72

G8 Betula pendula (Silver Birch),Fraxinus excelsior (Ash),Acer campestre (Field Maple),Crataegus monogyna (Hawthorn),Corylus avellana (Hazel),Quercus robur (Common Oak),Prunus avium (Wild Cherry)

SM 1 350 B2 8(2) 4 4 4 4 G/F F 10+ low B category. Boundary row of trees 4.2 55.42

Comments Preliminary Management Recommendations

www.ArbTS.co.uk Appendix 1 ‐ Tree Survey Data Page 1


Tree ID #


Cat



Struc Cond

Est. Remain Contrib

Work Priority

RPR (m)

RPA (m2)


G9 Acer campestre (Field Maple),Fraxinus excelsior (Ash),Prunus avium (Wild Cherry),Quercus robur (Common Oak),Crataegus monogyna (Hawthorn)

EM 1 200 B2 6(2) 3.5 3.5 3.5 3.5 G/F F 20+ low B category. Overgrown group of trees, could be managed as a hedgerow; no evident recent management noted

2.4 18.1

G10 X Cupressocyparis leylandii (Leyland Cyp)

EM 1 450 C2 12(2) 5 5 5 5 F F 10+ Boundary group of unmanaged leylandii, limited future

5.4 91.62

G11 Acer pseudoplatanus (Sycamore),Betula pendula (Silver Birch),Acer campestre (Field Maple),Fraxinus excelsior (Ash)

EM 1 450 B2 9(0) 4.5 4.5 4.5 4.5 G/F N/A 20+ Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

Off site road side group of trees 5.4 91.62

G12 Acer pseudoplatanus (Sycamore),Fraxinus excelsior (Ash)

EM 1 500 B2 14(0) 7 7 7 7 G/F N/A 20+ Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

Off site group of trees 6 113.1

G13 Quercus robur (Common Oak),Fraxinus excelsior (Ash),Crataegus monogyna (Hawthorn),Acer pseudoplatanus (Sycamore),Betula pendula (Silver Birch)

EM 1 400 B2 10(0) 4 4 4 4 G/F F 20+ Boundary group of trees 4.8 72.39

G14 X Cupressocyparis leylandii (Leyland Cyp)

EM 1 450 C2 13(2) 5 5 5 5 F F 10+ Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

Boundary group of unmanaged leylandii, limited future

5.4 91.62

G15 Fraxinus excelsior (Ash),Quercus robur (Common Oak)

EM 1 500 B2 14(0) 7 7 7 7 G/F N/A 20+ Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

Off site group of trees 6 113.1

G16 Betula pendula (Silver Birch) SM 1 75 C2 4(1) 1 1 1 1 G/F F 10+ Boundary row of small birch trees 0.9 2.55

G17 Sorbus intermedia (Swedish Whitebeam)

SM 1 100 C2 4(1) 1.5 1.5 1.5 1.5 G/F F 10+ Group of three small trees 1.2 4.52



Tree ID #


Cat



Struc Cond

Est. Remain Contrib

Work Priority

RPR (m)

RPA (m2)


T1 Acer pseudoplatanus (Sycamore)

EM 1 250 C2 9(2) 5 4 4 4 G/F N/A 10+ Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

3 28.28

T2 Eucalyptus gunnii (Cider Gum)

EM 1 450 C2 8(3) 6.5 6 4 5 F N/A 10+ Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

5.4 91.62

T3 Quercus robur (Common Oak)

M 1 550 B2 10(3) 5 7 5 5 G/F N/A 20+ high B category. Located on private land preventing a close inspection of the tree therefore all observations and measurements are estimated.

6.6 136.9

T420 Acer platanoides (Norway Maple)

SM 1 180 B2 6(2) 2 2 2 2 G/F F 20+ low B category. One of four landscape planted trees 2.16 14.66








SM 1 100 C2 6(2) 2 2 2 2 G/F F 20+ landscape planted trees, tree of fair form, multistemmed

1.2 4.52

T425 Betula pendula (Silver Birch) SM 1 75 C2 4(2) 2 2 1 0 F F 10+ landscape planted trees, tree of fair form

0.9 2.55


0.9 2.55


1.2 4.52

T428 Betula pendula (Silver Birch) SM 1 150 C2 5(2) 3 2 3 2 F F 10+ high C category. landscape planted trees, tree of fair to good form

1.8 10.18

T429 Betula pendula (Silver Birch) SM 1 100 C2 5(2) 2 2 2 2 F F 10+ high C category. landscape planted trees, tree of fair to good form

1.2 4.52

T435 Fraxinus excelsior (Ash) SM 1 150 C2 8(1) 3 3 3 2 G/F F 10+ Twin stem from near ground level 1.8 10.18

T436 X Cupressocyparis leylandii (Leyland Cyp)

SM 1 250 C2 9(1) 3 3 3 3 G/F F 10+ Tree of fair form, damage to trunk noted

3 28.28

T437 Quercus robur (Common Oak)

M 1 840 B2 10(4) 6 9 9 7 G/F G/F 40+ high B category. Boundary oak tree of fair to good form

10.1 319.3



__________________________________________________________________________________Appendix

9.0 Appendix 1B – Detailed Tree Survey Data Summary

(Please see Appendix 3 ‐ Tree Survey Key)

Field Usage Results. Total Records: 33

Type Count % of Total

T 16 48.5 G 17 51.5

Tree Species Count % of Total

Acer pseudoplatanus (Sycamore) 1 3 Acer platanoides (Norway Maple) 5 15.2 Betula pendula (Silver Birch) 6 18.2 Prunus avium (Wild Cherry) 1 3 Quercus cerris (Turkey Oak) 1 3 X Cupressocyparis leylandii (Leyland Cyp) 3 9.1 Eucalyptus gunnii (Cider Gum) 1 3 Quercus robur (Common Oak) 2 6.1 Fraxinus excelsior (Ash) 1 3 Sorbus intermedia (Swedish Whitebeam) 1 3

Age Count % of Total

SM 20 60.6 EM 11 33.3 M 2 6.1

Cat Count % of Total

B2 12 36.4 C2 21 63.6

Average Stem Diameter Count % of Total

<100 4 12.1 <150 5 15.2 <250 9 27.3 <500 11 33.3 <750 3 9.1 <1000 1 3

Height Count % of Total

<5 5 15.2


__________________________________________________________________________________Appendix

<10 20 60.6 <15 8 24.2

Phy Cond Count % of Total

G/F 22 66.7 F 11 33.3

Stuc Cond Count % of Total

G/F 1 3 F 23 69.7 N/A 9 27.3

Est. Remain Contrib Count % of Total

10+ 19 57.6 20+ 13 39.4 40+ 1 3

RPR Count % of Total

<5 25 75.8 <10 7 21.2 <15 1 3

RPA Count % of Total

<5 9 27.3 <15 3 9.1 <20 6 18.2 <30 3 9.1 other 12 36.4


__________________________________________________________________________________Appendix

9.0 Appendix 2 ‐ Tree Constraints Plan

An introduction to the Tree Constraints Plan (TCP)

Trees which have been identified to be retained should be treated as constraints to the design of future development. A Tree Constraints Plan has been drawn and can be found over leaf.

Tree Quality ‐ The TCP highlights the above and below ground constraint each tree poses to the design of future development schemes. Further to this the BS5837 tree quality category (A ‐ High, B ‐ Moderate, C ‐ Low and U‐ Unsuitable for retention) are coloured coded as solid circles at the centre of the trees’ position.

Root Protection Area – A magenta circle on the TCP sets out root protection area (RPA). Within this area no construction work, alteration in ground levels or site traffic (machinery or persons) should occur. This prevents damage to tree roots and soil compaction. (Where possible an Arboriculturist can design suitable tree protection methods to facilitate construction work/site traffic within these areas).

Tree Canopy ‐ The jagged green circle/oval on the TCP sets out the above ground constraints of tree canopy spread. Within this area no construction work or site traffic (machinery or persons) should occur if the tree is to be retained. This prevents damage to the tree branches and trunk. (Where possible an Arboriculturist can design suitable tree protection methods to facilitate construction work/site traffic within these areas).

Tree Shading – Shade from the retained trees should be considered in the development design. The shade cast, depending on the trees height and width, will be from a North West to East pattern through the main part of the day.

Tree Future growth ‐ Within future development design, consideration should also be given to the ultimate height and extent of the canopy spread of all trees within the site identified to be retained.

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//////////////////////////

//

//

//

/

/

//

/

/

//

/

/

//

//

//

//

//

//

/

/

/

/

/

/

//

/

/

//

//

/

/

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

/

/

//

//

/

/

//

//

/

/

//

/

/

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

/

/

/

/

//

//

//

//

/

/

//

//

//

//

//

//

//

//

//

8

5

.5

1

8

6

.

0

8

8

5

.5

8

85.5

4

8

5

.

6

5

8

5

.7

8

85.52

8

5

.

8

3

8

5

.

9

2

8

6

.

0

7

86.02

85.94

85.52

85.7

5

8

4

.

9

8

8

5

.

1

7

8

5

.

2

8

8

5

.

3

1

8

5

.

3

2

8

5

.

4

7

85.50

8

5

.5

6

8

5

.6

1

8

5

.7

1 8

5

.

7

3

8

5

.

6

9

8

5

.3

7

85.4

0

8

5

.

0

5

8

4

.

4

4

8

4

.

8

6

8

5

.

1

0

8

5

.

1

5

EAVE

87.14

EAVE

88.75

RS

LC

G

G

G

BT

85.77

85.99

RS

RS

RS

G

RS

85.64

RS

RS

RS

RS

Post

85.56

RS

LC

85.72

85.82

G

85.98

86.12

86.36

8

6

.8

2

8

6

.9

1

8

6

.7

0

8

7

.1

2

86.73

86.9

5

8

7

.0

5

86.95

8

6

.9

4

8

7

.8

2

8

7

.5

0

88.41

88.21

88.06

8

7

.8

4

8

7

.8

1

8

7

.7

9

8

7

.9

2

8

6

.8

1

8

6

.

8

3

8

6

.7

9

8

6

.9

7

8

7

.5

1

8

8

.3

6

88.72

8

7

.

9

8

88.11

8

8

.4

6

8

8

.4

6

8

7

.2

9

8

7

.

4

8

87.77

88.34

88.60

8

8

.7

4

8

8

.3

4

8

7

.3

0

8

8

.3

4

8

8

.0

7

8

8

.3

1

8

8

.5

9

8

9

.

4

0

8

9

.

4

4

89.51

88.98

8

8

.

4

8

87.81

8

7

.3

7

8

9

.

0

2

8

7

.3

9

8

7

.3

8

8

7

.3

1

8

7

.1

8

8

7

.1

8

8

7

.1

7

8

7

.1

7

8

7

.1

7

8

7

.1

7

8

7

.4

1

8

7

.3

8

8

7

.1

8

8

7

.3

2

8

7

.

1

1

8

7

.

1

4

8

7

.

1

8

8

7

.3

0

8

7

.

7

6

85.82

85.89

8

5

.

9

3

8

5

.

7

9

8

5

.

7

2

8

5

.

5

6

8

5

.

4

4

8

9

.0

7

8

8

.9

4

8

8

.6

3

8

7

.9

7

8

7

.7

5

8

7

.3

3

8

7

.3

8

8

7

.2

8

8

7

.4

1

8

7

.0

5

8

6

.5

9

8

5

.7

0

8

5

.3

9

8

5

.3

4

8

5

.1

9

85.25

8

5

.

3

3

8

5

.4

0

8

5

.6

7

8

5

.8

4

8

5

.9

4

8

6

.

0

0

8

6

.

0

8

8

6

.

1

7

8

6

.2

0

8

6

.2

8

8

6

.5

0

8

5

.

3

3

85.35

8

4

.

9

6

8

4

.8

5

8

4

.8

0

PIPE

84.85

PIPE

84.86

PIPE

84.85

8

4

.3

6

8

3

.1

9

8

3

.1

8

8

3

.2

0

8

4

.8

3

8

4

.7

9

8

4

.7

9

8

4

.7

5

8

4

.7

9

8

4

.9

4

8

5

.5

1

8

4

.9

9

8

5

.1

0

8

5

.1

6

8

5

.3

5

8

6

.7

4

87.84

8

8

.0

5

8

8

.5

7

8

8

.5

3

8

8

.5

1

8

8

.5

1

8

8

.5

1

8

8

.3

6

8

8

.5

0

PIPE

87.23

8

7

.1

6

8

7

.2

1

8

7

.2

3

8

7

.2

5

8

7

.2

8

8

7

.0

3

8

7

.

0

2

8

7

.

1

3

8

7

.2

8

8

7

.2

5

8

7

.2

4

8

7

.2

3

8

7

.1

7

8

3

.2

2

8

3

.1

9

8

3

.0

5

8

3

.0

8

8

3

.6

2

8

3

.8

8

8

3

.5

8

8

3

.1

6

8

3

.2

1

8

3

.2

1

8

4

.3

5

8

4

.8

6

8

4

.9

6

8

4

.9

0

8

4

.9

3

8

4

.8

0

8

4

.8

4

8

5

.5

4

8

5

.2

9

8

5

.4

5

8

6

.9

1

8

7

.2

3

8

7

.3

1

8

7

.3

4

8

7

.3

3

8

7

.2

1

8

7

.2

0

8

7

.2

1

8

7

.2

0

8

7

.

1

7

8

7

.

1

8

8

7

.

1

7

8

7

.

1

5

8

7

.

2

0

8

7

.

4

6

8

7

.

6

8

8

7

.

7

2

8

7

.

8

7

8

8

.

0

8

8

8

.

4

9

8

8

.

8

8

8

8

.

4

0

8

7

.3

3

8

7

.3

2

8

7

.4

1

8

7

.3

8

8

7

.

9

7

8

8

.

2

2

8

8

.

2

5

EAVE

91.62

RIDGE

97.18

RIDGE

94.07

G

CL=87.19m

MH F

RE

G

DP

ER

CL=87.17m

MH S

CL=87.18m

MH S

RE

DP

G

CL=87.20m

MH S

DPG

ER

CL=87.32m

MH S

EAVE

90.45

EAVE

93.80

DP

G

CL=87.29m

MH BOLTED

CL=87.19m

MH

G

CL=87.17m

MH F

G

ER

G

DP

8

7

.

9

0

8

7

.

7

9

ER

8

8

.

2

1

8

8

.

3

1

8

8

.

4

8

8

8

.1

9

FFL=87.36

CL=87.18m

MH S

G

DP

ER

G

DP

ER

BT

85.45

CL=85.51m

MH CABLES

LC

G

BL

83.67

RS

RS

84.04

CL=84.85m

MH S

GAS

CL=84.83m

MH

84.89

ER

G

CL=84.44m

MH BLOCKED

CL=84.64m

MH

CL=84.91m

MH CATCHPIT

84.64

G

DP

DP

G

ER

ER

ER

84.20

83.94

83.70

G

DP

DP

G

84.87

DP

G

G

DP

BT

G

DP

CL=84.92m

MH UTR

CL=85.00m

MH F

RS

RS

CL=85.42m

MH S

LC

CL=86.06m

MH CATCHPIT

84.96

84.86

84.91

85.01

84.91

85.00

FH

BT

G

85.15

85.29

85.39

85.45

85.58

EAVE

90.25

EAVE

88.76

EAVE

88.82

EAVE

90.22

EAVE

88.85

RIDGE

90.64

RIDGE

92.26

RIDGE

92.98

EAVE

91.20

EAVE

91.52

DP

G

ER

ER

CL=83.22m

MH S

CL=83.34m

MH S

DP

G

DP ER

DP

G

CL=84.93m

MH BOLTED

FFL=84.97

FFL=84.96

DP

G

DP

DP

G

FFL=85.55

CL=85.36m

MH UTR

CL=85.24m

MH UTR

DP

SEAT

DP

G G

CL=85.44m

MH F

STEPS

DP

STEPS

STEPS

G

CL=87.19m

MH F

CL=87.21m

MH S

CL=87.03m

MH CABLES

G

G

CL=87.12m

MH CABLES

CL=86.50m

MH CABLES

G

CL=86.51m

MH S

RS

RS

85.33

85.04

85.05

85.34

85.44

85.05

85.14

85.55

G

CL=86.61m

MH

CL=86.58m

MH CABLES

86.74

86.83

87.05

87.07

86.87

LC

ST

CL=87.56m

MH CABLES

CL=87.82m

MH

FFL=87.94

FH

CL=87.80m

MH

ER

DP

G

CL=87.81m

MH

ER

CL=87.78m

MH

LC

87.16

BT

CL=88.29m

MH

STEPS

DP

G

DP

G

EAVE

90.70

EAVE

88.68

EAVE

90.56

RIDGE

91.95

88.25

88.52

Post

CL=88.48m

MH F

G

89.25

CL=88.52m

MH F

G

ER

G

ST

G

CL=87.29m

MH F

CL=87.31m

MH BLOCKED

G

RE

CL=87.31m

MHGCL=87.32m

MH F

CL=87.28m

MH F

CL=87.33m

MH S

ER

FFL=87.37

DP

CL=87.51m

MH UTR

8

7

.0

4

8

6

.6

4

8

6

.0

2

8

5

.3

8

8

5

.

2

0

85.0

5 8

5

.0

5

8

5

.0

1

8

5

.0

3

8

5

.0

2

8

5

.

0

3

8

5

.

1

3

85.2

9

8

5

.3

6

8

5

.5

2

8

5

.6

6

8

5

.7

6

8

5

.

8

0

8

5

.

9

2

8

6

.

0

2

8

6

.

0

7

8

6

.1

2

8

6

.3

4

8

6

.4

7

8

6

.2

5

8

6

.

2

0

8

6

.

1

5

8

6

.

0

3

8

5

.

9

2

8

5

.8

9

8

5

.8

0

8

5

.6

4

8

5

.4

68

5

.4

0

8

5

.

2

5

8

5

.

1

7

8

5

.0

4

8

5

.0

8

8

5

.0

6

8

5

.1

9

85.10

8

5

.

2

7

8

5

.4

8

8

6

.1

1

8

6

.7

3

8

7

.1

5

8

7

.5

0

8

7

.8

2

88.10

88.27

88.45

85.61

85.50

8

5

.5

8

8

5

.

6

0

8

5

.5

8

8

5

.4

9

8

5

.4

4

85.38

8

5

.

3

6

85.44

8

5

.4

7

8

5

.5

0

8

5

.

3

8

8

4

.

3

8

8

3

.

6

6

8

5

.

3

0

8

5

.

1

9

8

5

.

1

3

8

5

.

0

5

8

4

.

9

7

8

5

.

1

8

8

4

.

6

5

8

5

.

1

7

8

2

.

8

8

8

3

.

4

1

8

3

.

9

4

8

4

.

3

1

8

4

.

6

6

8

5

.

3

0

8

5

.

2

1

8

4

.7

5

8

4

.9

9

8

5

.5

3

8

5

.5

4

8

5

.2

1

8

5

.1

7

8

5

.3

2

8

7

.4

5

8

7

.8

1

8

7

.7

3

8

7

.7

8

8

7

.

8

2

8

7

.8

3

8

7

.8

1

8

7

.8

1

8

8

.

5

3

87.78

8

9

.

1

3

8

9

.

4

1

8

8

.

8

2

88.66

88.37

87.80

8

7

.

5

9

8

7

.3

8

8

8

.4

3

8

8

.

1

3

8

8

.4

9

8

8

.5

1

8

8

.5

0

8

8

.4

9

8

8

.4

7

8

8

.5

1

8

8

.4

8

8

7

.9

2

8

7

.3

0

8

8

.4

6

8

8

.0

6

8

8

.3

4

8

8

.4

8

8

8

.3

5

8

8

.

2

4

8

7

.

8

4

88.0

2

88.03

8

8

.0

5

8

8

.4

8

8

7

.

2

1

8

7

.

2

1

8

7

.

2

1

8

7

.

1

9

8

7

.

2

0

8

7

.

1

9

8

5

.

5

3

8

5

.

3

7

85.29

85.66

8

5

.

9

8

8

6

.

1

5

8

6

.

3

6

8

6

.4

2

8

6

.

3

1

8

6

.

2

2

8

6

.

0

3

8

5

.

8

6

8

5

.6

3

8

5

.1

6

8

5

.4

4

8

7

.3

7

8

7

.3

9

8

7

.4

0

8

7

.

2

9

8

7

.

1

8

8

7

.1

6

8

7

.3

5

8

7

.1

9

8

7

.1

5

8

6

.8

7

8

6

.8

2

8

6

.8

1

8

6

.7

8

8

6

.9

0

8

6

.

6

9

8

6

.5

6

8

6

.1

2

8

6

.

0

2

8

5

.9

6

8

5

.8

4

8

5

.7

1

8

5

.5

7

8

5

.4

8

8

5

.5

9

8

5

.7

2

8

5

.8

4

8

5

.

9

7

8

6

.0

5

8

6

.4

4

8

6

.

5

7

8

6

.7

6

8

6

.6

7

8

6

.6

9

8

6

.7

2

8

6

.7

7

8

7

.1

2

8

7

.0

1

8

7

.1

1

8

7

.1

0

8

7

.0

0

8

7

.8

9

8

7

.8

9

8

7

.7

9

8

7

.7

3

8

7

.7

4

8

7

.7

3

8

7

.8

8

8

7

.9

0

8

7

.8

3

8

7

.8

4

8

7

.8

6

8

7

.8

6

8

7

.8

6

8

7

.8

7

8

7

.7

9

8

7

.7

6

8

7

.7

2

8

7

.7

9

8

7

.7

8

8

7

.5

2

8

8

.

5

7

8

8

.9

7

8

9

.0

7

8

9

.

1

0

8

9

.

4

8

8

9

.5

1

8

9

.1

0

8

9

.4

4

8

8

.

7

8

8

8

.

8

6

8

8

.

6

3

88.28

RIDGE

95.13

DP

ST

ER

DP

ELEC

Post

TP

CL=88.53m

MH S

ST

88.71

G

DP

G

DP

TP

DP

ER

DP

CL=89.51m

MH UTR

ST25

ST26A

ST30

ST31

N 169058.852

ST22

Z 86.842

E 310666.687

N 169012.565

ST20

Z 85.503

E 310683.724

N 169095.794

ST26

Z 88.446

E 310616.102

N 169080.243

ST27

Z 87.285

E 310623.458

ST24

N 169072.694

ST23

Z 87.770

E 310662.986

TARMAC

TARMAC

TARMAC

TARMAC

TARMAC

TARMAC

TARMAC

TARMAC TARMAC

TARMAC

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

VEGETATION & BRAMBLES

VEGETATION & BRAMBLES

VEGETATION

VEGETATION

& BRAMBLES

& BRAMBLESTARMAC

1

.2

m

M

E

T

A

L

1

.2

m

M

E

T

A

L

2

.0

m

W

O

O

D

E

N

2.0m WOODEN

1

.0

m

W

O

O

D

E

N

1

.2

m

M

E

T

A

L

1

.

2

m

M

E

T

A

L

GARAGE

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

//

//

/

/

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

// //

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

//

//

//

//

/

/

/

/

//

//

/

/

/

/

//

//

/

/

/

/

//

//

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

/

/

//

/

/

//

//

//

//

/

/

//

//

/

/

//

/

/

//

/

/

//

//

/

/

//

/

/

//

//

//

/

/

/

/

/

/

//

//

//

//

/

/

/

/

//

//

//

//

//

//

/

/

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

CL=78.33m

MH S

78.18

78.07

CL=79.04m

MH CATCHPIT

79.51

79.09

7

9

.

4

9

7

9

.

3

2

7

9

.

1

7

7

9

.0

9

7

8

.

9

3

7

8

.9

4

7

8

.

8

3

7

8

.

7

6

8

2

.4

7

8

2

.4

0

8

2

.4

4

8

2

.3

7

8

2

.3

5

8

2

.3

6

8

2

.3

6

8

2

.

3

5

8

2

.

0

9

81.81

8

1

.5

7

8

1

.0

4

8

0

.5

7

8

0

.4

2

81.86

8

2

.

2

4

8

2

.

2

9

8

2

.

4

3

8

2

.

6

4

8

5

.

0

9

84.72

8

4

.

5

6

8

4

.

5

5

84.4

1

8

4

.6

0

8

4

.7

0

8

4

.7

4

8

4

.8

3

8

4

.8

4

8

4

.

9

4

8

5

.

0

5

8

5

.1

2

8

5

.0

0

8

4

.9

0

8

4

.

6

6

8

4

.

5

8

8

4

.

5

6

8

4

.1

0

8

3

.2

0

8

2

.

6

6

CL=77.95m

MH S

CL=79.15m

MH CATCHPIT

CL=77.96m

MH UTR

78.09

77.95

77.84

77.76

78.49

77.84

77.64

77.77

77.89

77.99

77.97

77.89

77.77

77.63

77.49

77.21

76.56

77.28

77.53

77.61

77.70

77.84

77.89

77.73

77.63

77.55

77.44

77.34

77.24

76.10

CL=76.66m

MH S

75.86

77.08

77.30

77.42

77.50

77.65

77.51

77.38

77.32

77.17

77.08

76.92

76.89

77.05

77.16

77.24

77.31

77.04

76.93

76.77

CL=76.85m

MH UTR

CL=76.30m

MH S

75.21

74.43

74.75

Post

Post

79.13

79.27

77.27

77.16

76.55

76.82

76.91

77.00

77.10

77.20

CL=79.21m

MH F

79.32

79.49

79.23

77.01

76.92

76.78

76.72

76.65

76.44

74.52

74.06

74.19

74.36

76.07

CL=76.25m

MH S

76.49

76.60

76.68

76.79

76.86

79.50

79.64

79.89

79.70

79.54

76.72

76.60

76.49

75.91

75.22

CL=76.98m

MH S

79.60

79.80

79.98

80.02

80.07

79.69

79.40

Post

Post

CL=76.17m

MH S

80.39

80.32

80.08

79.74

79.46

79.78

80.04

80.29

80.36

80.28

80.27

80.06

79.79

79.57

79.57

79.76

79.94

80.16

80.29

80.19

80.14

79.99

79.93

79.66

79.88

80.10

80.08

80.15

80.20

80.30

80.21

80.12

80.06

80.08

80.14

80.26

80.36

80.35

80.14

80.20

80.54

80.99

81.44

CL=80.47m

MH F

STEPS

FH

CL=82.61m

MH F

CL=82.63m

MH S

Post

Post

Post

Post

Post

Post

Post

Post

Post

Post

Post

Post

83.12

82.99

82.83

82.79

82.94

83.12

83.13

82.99

82.81

82.83

82.97

83.13

83.14

82.99

82.80

82.80

83.00

83.13

85.15

85.79

85.69

85.07

85.03

85.56

85.02

85.17

85.13

85.97

86.19

87.16

86.45

85.36

85.04

85.11

85.31

85.41

85.52

85.54

85.67

85.54

85.43

86.61

86.25

8

8

.

5

5

8

8

.

3

5

8

8

.

1

9

8

7

.

9

6

8

7

.

5

6

8

7

.

3

7

8

7

.

1

1

8

6

.

7

4

8

6

.

4

7

8

6

.

0

9

8

5

.9

1

8

5

.

8

9

8

6

.

4

4

8

6

.

8

5

8

4

.

4

2

8

4

.

5

1

8

4

.

7

7

8

4

.

8

7

8

4

.

8

5

8

4

.

9

0

8

4

.

9

5

8

4

.

9

9

8

5

.

0

4

8

5

.

1

4

8

5

.

3

7

8

5

.

6

1

8

5

.

8

4

8

6

.

1

7

8

6

.

4

6

8

6

.

7

5

8

7

.

0

3

8

7

.

3

6

8

7

.

7

8

8

8

.

1

9

8

8

.

6

7

8

8

.

9

6

8

8

.

9

0

8

8

.

9

5

8

8

.

8

6

8

8

.

8

4

8

4

.

4

2

8

4

.

3

5

8

4

.

3

0

8

4

.

2

3

8

4

.

2

0

8

4

.

0

4

8

3

.

8

9

8

3

.

7

3

8

3

.

2

8

8

3

.

2

4

83.37

8

3

.

5

3

8

4

.

0

5

8

4

.

3

4

8

4

.

5

9

8

4

.

4

8

85.04

85.14

85.34

85.35

85.66

8

6

.

1

7

8

6

.

1

3

8

6

.

1

78

6

.

1

3

8

6

.

1

6

8

6

.

1

6

83.87

83.95

84.25

84.61

84.75

84.94

84.98

84.90

84.98

84.97

85.25

85.24

85.13

85.08

85.09

85.08

84.98

84.77

84.58

84.39

84.05

84.21

84.54

84.77

85.03

85.20

85.24

85.26

85.40

85.31

85.43

85.47

85.64

85.62

85.44

85.43

85.40

85.35

85.23

85.00

84.70

85.12

85.43

85.61

85.70

85.66

85.70

85.79

85.83

86.06

85.92

85.93

85.88

85.70

86.04

86.10

86.19

86.31

86.37

86.25

85.56

85.93

85.81

85.69

85.93

86.03

86.13

86.26

86.51

86.40

86.38

86.28

86.14

86.13

86.38

86.41

86.50

86.61

86.64

86.84

87.11

87.02

86.90

86.79

86.83

86.63

86.55

86.58

86.60

86.75

86.86

86.94

87.14

87.16

87.38

87.46

87.88

87.77

87.74

87.61

87.47

87.34

87.14

87.13

87.64

87.82

88.02

88.06

88.23

88.22

88.41

88.70

88.67

88.44

88.42

88.38

82.10

83.35

83.39

81.58

85.89

85.45

84.78

84.42

84.54

84.84

85.42

85.09

84.73

84.56

84.64

84.75

85.16

85.56

85.84

86.15

86.01

85.78

85.39

85.07

84.81

84.89

85.24

85.55

85.82

86.13

86.41

86.44

86.49

86.45

86.18

85.77

85.52

85.18

85.14

85.22

85.21

85.51

85.88

86.22

86.52

86.29

85.95

85.62

85.28

85.07

85.14

85.35

85.50

85.99

86.37

87.01

86.71

86.72

86.99

87.09

87.36

87.40

88.14

87.98

87.80

87.67

87.40

87.21

87.00

86.69

86.69

87.07

87.36

87.60

87.87

88.03

88.31

88.53

8

8

.

8

2

8

8

.

8

7

8

8

.

8

1

8

8

.

7

9

8

8

.

6

9

8

8

.

6

28

8

.

6

9

8

8

.

6

9

8

8

.

7

0

8

8

.

2

6

8

8

.

0

8

8

7

.

6

7

8

7

.

7

6

8

7

.

1

9

8

6

.

8

0

8

6

.

8

7

8

6

.

1

9

8

6

.

0

9

8

6

.

0

1

8

6

.

5

1

8

6

.

5

9

8

4

.

8

9

8

4

.

7

7

8

4

.

6

9

8

4

.

6

0

8

4

.

5

1

8

4

.

5

3

8

4

.

6

5

8

4

.

7

4

8

4

.

8

2

8

4

.

9

1

8

4

.

8

4

8

4

.

7

4

8

4

.

6

4

8

4

.

5

6

8

4

.

4

3

8

4

.

4

6

8

4

.

5

6

8

4

.

6

7

8

4

.

7

6

8

4

.

8

5

8

4

.

8

3

8

4

.

9

5

8

4

.

9

9

8

4

.

8

9

7

9

.

3

0

7

9

.

4

8

7

9

.

9

5

8

1

.

6

6

82.46

8

2

.8

5

8

3

.

1

6

8

4

.

2

1

8

4

.

6

4

8

4

.7

2

8

4

.7

6

8

4

.

6

8

8

5

.

1

2

8

5

.

0

9

8

5

.

0

9

8

5

.

1

3

8

5

.

1

9

8

5

.

1

9

8

5

.

1

8

8

5

.

2

1

8

5

.

1

9

8

5

.

2

1

8

5

.

1

7

8

5

.

1

7

7

9

.

2

6

7

4

.7

8

7

5

.1

2

7

5

.

6

8

7

6

.

1

9

7

7

.

1

5

7

8

.

2

1

7

9

.

4

3

7

9

.

0

3

79.22

7

4

.

3

1

7

4

.

4

6

7

6

.

1

0

7

6

.

2

0

7

6

.

1

7

7

6

.

1

5

7

6

.

0

5

7

5

.

9

9

7

6

.

1

2

7

6

.

0

3

7

9

.

8

7

7

8

.

9

7

7

8

.

2

3

7

7

.

4

1

7

6

.

7

5

7

6

.

0

4

7

5

.

7

6

7

5

.

7

1

7

5

.

7

2

7

5

.

6

4

7

5

.

5

5

7

5

.

1

4

7

7

.7

2

7

8

.5

4

7

9

.

0

2

7

9

.

2

6

7

6

.

7

1

7

6

.

6

8

7

6

.

8

3

7

6

.

9

4

7

6

.

9

7

7

7

.

1

9

7

7

.

3

0

7

7

.

4

2

7

7

.

6

3

7

7

.6

5

7

7

.7

8

7

8

.

0

0

7

7

.9

8

7

8

.1

4

7

8

.2

2

7

8

.2

1

78.22

7

8

.

2

7

7

8

.1

9

7

8

.0

8

7

8

.

1

5

7

8

.

0

2

7

7

.9

3

77.82

7

7

.

8

3

7

7

.

7

8

7

7

.6

1

80.25

8

0

.3

1

8

0

.2

2

80.38

80.53

8

0

.

6

3

8

0

.4

8

8

0

.3

3

8

0

.2

4

8

0

.2

1

8

0

.2

5

8

0

.3

7

8

0

.4

5

8

0

.5

9

8

2

.7

1

8

2

.8

7

8

3

.0

6

8

3

.2

3

8

3

.2

1

8

3

.3

0

8

3

.2

0

8

3

.1

9

8

3

.1

9

8

3

.1

6

8

3

.0

4

8

2

.9

3

8

2

.5

5

8

2

.3

9

8

2

.7

3

8

2

.7

3

8

2

.5

5

8

2

.6

9

8

2

.7

0

8

2

.7

2

8

2

.7

4

8

2

.7

3

8

2

.7

4

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

2

.

0

m

M

E

T

A

L

2

.

0

m

M

E

T

A

L

2

.

0

m

M

E

T

A

L

2

.

0

m

M

E

T

A

L

2

.

0

m

M

E

T

A

L

2

.

0

m

M

E

T

A

L

2

.

0

m

M

E

T

A

L

2

.

0

m

M

E

T

A

L

2

.

0

m

W

O

O

D

E

N

2

.

0

m

W

O

O

D

E

N

3

.0

m

C

H

A

IN

L

IN

K

3

.0

m

C

H

A

IN

L

IN

K

3

.0

m

C

H

A

IN

L

IN

K

3

.0

m

C

H

A

IN

L

IN

K

TARMAC

TARMAC

VEGETATION

VEGETATION

VEGETATION

VEGETATION

& SMALL TREES

& SMALL TREES

& SMALL TREES

& SMALL TREES

VEGETATION

VEGETATION

VEGETATION

VEGETATION

& SMALL TREES

& SMALL TREES

& SMALL TREES

& SMALL TREES

7

7

7

8

7

9

7

9

7

6

7

7

7

6

7

5

7

4

7

7

7

9

7

8

7

9

7

8

7

9

8

0

8

1

8

1

8

0

8

1

8

0

8

2

8

1

85

8

2

8

0

8

1

8

5

8

5

8

4

8

3

8

1

8

2

8

1

8

4

8

1

82

8

2

8

2

8

3

86

8

1

8

2

8

4

8

5

86

8

4

8

5

83

8

6

8

5

8

4

8

3

8

5

8

6

87

8

7

8

6

8

7

8

8

8

8

8

7

8

7

8

6

8

5

8

8

8

7

8

8

8

9

150Ø

150Ø

IL=82.29m

100Ø

IL=82.32m

100Ø

100Ø

150Ø

IL=82.34m

150Ø

100Ø

IL=82.76m

IL=82.38m

150Ø

150Ø

100Ø

IL=83.43m

150Ø

150Ø

100Ø

IL=82.74m

150Ø

ALL

IL=84.32m

IL=84.61m

IL=85.91m

150Ø

ALL

IL=86.48m

150Ø

ALL

150Ø

150Ø

100Ø

IL=86.71m

150Ø

150Ø

100Ø

100Ø

IL=85.51m

IL=84.74m

100Ø

ALL

IL=85.24m

100Ø

IL=86.21m

100Ø

100Ø

100Ø

150Ø

150Ø

100Ø

IL=87.25m

150Ø

150Ø

IL=87.37m

150Ø

100Ø

IL=87.68m

100Ø

ALL

100Ø

ALL

IL=88.07m100Ø

IL=87.78m

ALL

ALL

100Ø

IL=85.86m

ALL

100Ø

IL=85.95m

EAVE

90.55

IL=86.53m

ALL

100Ø

IL=86.02m

IL=86.02m

IL=86.04m

100Ø

150Ø

150Ø

150Ø

IL=86.22m

100Ø

ALL

100Ø

ALL

100Ø

ALL

IL=86.33m

IL=86.45m

100Ø

ALL

IL=86.52m

100Ø

ALL

IL=86.74m

100Ø

100Ø

300Ø

300Ø

IL=85.67m

100Ø

IL=86.73m

100Ø

150Ø

IL=81.68m

150Ø

IL=80.46m

150Ø

150Ø

300Ø

300Ø

300Ø

300Ø

IL=79.87m

300Ø

300Ø

300Ø

IL=77.11m

IL=76.74m

100Ø

IL=76.08m

ALL

100Ø

IL=75.65m

ALL

100Ø

ALL

IL=74.92m

IL=74.40m

100Ø

225Ø

225Ø

IL=74.76m

225Ø

225Ø

IL=77.00m

150Ø

225Ø

150Ø

150Ø

150Ø

IL=77.25m

100Ø

ALL

IL=77.83m

8

1

.

2

1

N 168967.029

ST8

Z 82.637

E 310593.480

N 168979.241

ST11

Z 82.962

E 310570.743

N 168983.149

ST10

Z 82.957

E 310588.252

N 169007.140

ST9

Z 83.056

E 310624.196

N 168987.091

ST12

Z 82.998

E 310602.647

N 168900.375

ST6

Z 80.023

E 310626.871

E 310606.871

ST4

E 310641.045

N 168976.162

ST7

Z 82.613

E 310633.651

N 169003.003

Z 85.474

E 310534.717

N 169009.756

ST13

Z 83.093

E 310597.967

N 169007.912

ST14

Z 85.302

E 310560.444

N 169021.874

ST15

Z 85.566

E 310555.226

ST16

8

0

.1

9

P

L

A

Y

G

R

O

U

N

D

A

R

E

A

Z 80.393

ST5

N 168962.687

Z 80.162

N 168972.959

E 310703.231

Z 82.202

ST2

N 168944.874

E 310726.566

Z 81.152

ST1

N 168917.888

E 310707.649

Z 80.913

ST3

N 168880.411

//

// //

// //

// // //

// //

//

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

//

//

//

//

/

/

7

4

.

1

2

73.81

74.06

74.1

5

1

.

8

P

A

L

1.9 CB

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

//

/

/

//

//

//

7

4

.

6

7

7

4

.

4

2

74.21

7

4

.

8

6

7

4

.

7

8

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

//

/

/

/

/

//

//

//

//

/

/

//

//

//

/

/

//

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

//

//

/

/

/

/

/

/

/

/

//

//

//

//

/

/

/

/

SHED

ASPHALT

RUBBER

ASPHALT

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

//

//

//

//

/

/

/

/

/

/

//

//

//

/

/

/

/

//

//

//

/

/

//

//

/

/

/

/

//

//

//

/

/

//

//

//

/

/

/

/

//

//

//

//

/

/

/

/

/

/

/

/

//

//

//

/

/

/

/

//

//

/

/

/

/

//

//

/

/

/

/

//

//

/

/

/

/

//

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

//

//

//

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

//

//

//

//

//

//

/

/

/

/

/

/

/

/

/

/

//

//

/

/

/

/

/

/

/

/

/

/

/

/

/

/

//

/

/

/

/

/

/

//

/

/

/

/

//

/

/

//

//

/

/

//

/

/

/

/

/

/

//

//

//

/

/

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

//

/

/

//

/

/

//

/

/

//

/

/

//

/

/

//

//

//

//

//

/

/

//

//

/

/

//

//

/

/

/

/

//

/

/

/

/

/

/

/

/

//

/

/

ASPHALT

ASPHALT

ASPHALT

ASPHALT

8

0

.9

9

7

9

.0

2

7

9

.3

9

78.98

79.40

7

9

.8

1

7

9

.

9

8

7

9

.

6

9

7

9

.9

1

8

0

.0

1

79.65

G

7

9

.8

9

7

9

.

9

3

80.02

79.98

G

G

79.76

79.63

7

9

.7

1

7

9

.6

3

7

9

.6

9

7

9

.7

9

KIDS PLAY AREA

8

0

.2

4

8

0

.5

1

8

0

.1

5

8

0

.1

3

8

0

.2

7

8

0

.2

3

8

0

.2

3

8

0

.2

6

8

0

.1

7

8

0

.2

5

8

0

.2

3

8

0

.2

2

8

0

.1

9

8

0

.4

0

80.11

8

0

.2

0

8

0

.2

6

8

0

.2

5

8

0

.2

3

8

0

.2

6

8

0

.2

6

8

0

.1

9

8

0

.3

9

8

0

.5

2

8

0

.5

1

8

0

.5

4

ER

ER

G

80.11

80.12

80.16

80.04

80.05

80.11

G

80.15

80.21

80.23

80.29

80.43

FFL=80.29

FFL=80.29

FFL=80.29

G

80.48

Post

Post

Post

Post

G

80.39

80.28

80.14

80.12

G

Post

Post

FFL=80.27

Post

Post

80.25

80.24

Post

Post

G

80.23

Post

Post

Post

Post

80.24

FFL=80.31

80.24

Post

Post

ER

80.23

80.23

80.23

Post

Post

Post

Post

G

G

Post

Post

80.27

80.23

Post

Post

FFL=80.29

FFL=80.28

DP

80.42

80.52

80.46

8

0

.2

7

8

0

.2

8

8

0

.2

8

8

0

.2

9

8

0

.2

8

8

0

.2

8

8

0

.2

5

8

0

.2

7

8

0

.2

7

8

0

.5

1

8

0

.5

1

1

.1

P

R

KIDS PLAY AREA

DECKING

SHED

GRASS

RUBBER

DP

ASPHALT

2

.6

C

B

TANKER UTS

ASPHALT

8

0

.6

3

8

0

.6

8

7

8

.8

6

8

0

.

9

0

GRASS

ASPHALT

1

.5

P

W

1

.6

m

P

W

1

.7

5

m

G

A

B

IO

N

B

A

S

K

E

T

R

W

B

I

N

S

T

O

R

A

G

E

1

.

8

m

C

B

ASPHALT

2

x

0

.8

m

H

R

3

x

0

.6

m

H

R

B

IK

E

S

H

E

D

ASPHALT

ASPHALT

GRASS

1

.0

P

W

GRASS

TACTILE

1

.5

m

P

W

TACTILE

GRASS

TACTILE

GRASS

ASPHALT

GRASS

ASPHALT

GRASS

8

0

.7

6

8

0

.6

2

8

0

.1

5

8

0

.4

2

8

0

.3

9

8

0

.2

2

8

0

.

8

9

8

0

.

8

4

80.81

80.8

3

8

0

.8

6

8

0

.9

2

8

0

.5

3

8

0

.0

3

8

0

.1

9

8

0

.4

3

8

0

.5

4

8

0

.5

3

80.79

8

0

.6

5

8

0

.6

6

8

0

.5

5

8

0

.3

1

8

0

.

1

4

8

0

.0

2

8

0

.1

2

8

0

.2

6

8

0

.2

5

8

0

.2

7

80.69

8

0

.

7

9

8

1

.

1

4

8

1

.

0

7

8

0

.

9

6

8

0

.5

9

8

0

.2

6

8

0

.

1

1

8

0

.0

8

7

9

.9

1

8

0

.2

3

8

0

.5

3

8

0

.7

8

8

0

.7

3

8

1

.

1

2

8

0

.

9

8

8

0

.9

6

8

0

.8

4

80.5

3

8

0

.

6

4

8

0

.

5

8

8

1

.

1

0

8

0

.

8

7

8

0

.

9

1

8

0

.9

8

8

1

.

0

1

8

1

.

0

2

8

0

.

9

2

7

9

.

7

5

8

0

.0

0

8

0

.

6

7

8

1

.1

3

8

1

.

1

2

8

1

.

1

1

8

0

.6

5

8

1

.0

4

8

1

.0

0

80.97

80.91

8

0

.

9

7

8

1

.

0

1

8

0

.8

4

8

0

.8

9

8

0

.8

3

80.8

3

8

0

.9

0

8

0

.8

1

8

0

.5

2

8

0

.2

6

8

0

.1

5

8

0

.1

0

8

0

.0

9

8

0

.1

3

8

0

.3

8

8

0

.7

3

8

0

.

8

0

8

0

.

9

6

81.11

8

1

.

0

2

8

1

.

1

4

8

1

.1

0

8

1

.

0

4

8

1

.

0

0

8

1

.1

6

81.15

8

1

.0

4

81.01

8

1

.0

3

8

1

.

0

5

8

1

.

0

4

8

1

.

0

8

8

1

.1

2

81.09

80.86

81.01

8

0

.

9

7

8

0

.

8

4 8

0

.

8

2

8

0

.

8

4

8

0

.9

780.84

80.95

81.14

81.08

8

1

.

0

6

8

1

.

1

2

8

1

.

1

6

80.27

FFL=80.28

FFL=80.28

FFL=80.28

Post

ER

FFL=80.28

G

BT

ER

G

ER

FFL=80.28

ER

G

G

G

G

G

G

G

80.79

80.50

80.44

80.13

80.21

80.29

80.12

80.16

80.13

LC

LC

BL

BL

BL

BL

LC

BL

BL

BL

BL

FFL=80.28

ER

Post

Post

FFL=80.29

G

80.24

80.18

80.19

80.13

80.16

80.24

FFL=80.31

G

FFL=80.28

ER

80.19

80.16

80.21

80.34

80.17

80.16

G

FFL=80.29

G

80.14

80.24

80.50

LC

G

LC

80.44

80.45

80.48

80.19

80.35

80.19

LC

ELEC

80.28

ELEC

81.10

81.12

81.10

LC

80.94

80.14

80.19

80.42

G

79.99

G

G

79.87

80.17

G

G

80.46

80.73

80.80

80.74

LC

80.90

80.58

80.24

80.15

80.83

G

G

Post

G

81.04

G

81.16

81.08

81.14

81.16

80.95

80.91

80.82

80.75

80.86

80.73

G

RS

80.87

80.81

80.92

G

G

81.09

81.00

80.87

80.88

81.02

LC

Post

8

0

.1

6

8

0

.1

6

8

0

.2

6

8

0

.2

8

8

0

.2

8

8

0

.2

5

80.65

80.93

81.16

81.12

81.05

79.73

81.12

G

81.15

81.04

80.95

7

9

.

8

6

8

0

.

8

0

8

0

.8

3

8

0

.7

9

80.48

8

0

.2

0

7

9

.6

8

8

0

.

6

3

8

0

.1

6

8

0

.1

3

8

0

.1

2

8

0

.1

2

8

0

.1

2

8

0

.2

6

8

0

.2

7

8

0

.2

6

8

0

.3

0

8

0

.1

0

7

9

.9

9

8

0

.2

5

8

0

.1

5

8

0

.1

6

8

0

.1

3

8

0

.

2

7

8

0

.2

1

8

0

.2

8

8

0

.

2

2

8

0

.2

7

8

0

.

2

3

8

0

.2

0

8

0

.4

8

8

0

.5

3

8

0

.5

7

8

0

.4

4

8

0

.6

1

8

0

.5

5

8

0

.3

1

8

0

.1

1

8

0

.2

1

8

0

.6

0

8

0

.2

8

8

0

.2

8

8

0

.2

9

8

0

.2

8

8

0

.3

0

8

0

.5

8

8

0

.4

0

8

0

.2

1

8

0

.0

9

8

0

.2

0

8

0

.1

9

8

0

.1

7

8

0

.

1

7

8

0

.

1

9

8

0

.

3

0

8

0

.

3

2

8

0

.5

5

8

0

.7

6

8

0

.8

1

8

0

.2

4

8

0

.2

6

8

0

.6

9

8

0

.4

5

8

0

.1

8

8

0

.0

8

8

0

.0

5

79.99

8

0

.0

0

8

0

.

0

7

8

0

.

1

5

8

0

.1

8

8

0

.1

9

8

0

.2

2

8

0

.1

9

8

0

.0

9

8

0

.1

9

8

0

.8

3

8

0

.7

5

8

0

.8

5

8

0

.8

1

8

0

.9

1

8

1

.0

6

8

1

.1

6

8

1

.

1

0

8

0

.

8

1

8

0

.

3

2

8

0

.1

4

8

0

.

2

7

8

0

.

3

4

8

0

.

2

8

8

0

.5

0

8

0

.9

7

8

0

.1

3

8

0

.4

5

8

0

.

8

2

8

0

.

9

1

8

1

.

0

2

81.06

8

1

.

0

8

8

0

.0

9

8

0

.

7

2

8

0

.3

8

8

0

.0

9

7

9

.7

9

7

9

.9

5

8

0

.0

0

8

0

.8

1

8

0

.8

3

8

1

.

1

0

80.98

8

0

.

8

3

8

0

.

6

8

8

0

.6

0

8

0

.2

5

7

9

.9

9

7

9

.9

6

7

9

.9

9

8

0

.0

5

8

0

.1

3

8

0

.3

9

8

0

.7

0

8

0

.7

6

80.70

8

0

.7

0

8

0

.7

8

8

1

.

0

1

8

0

.8

3

80.7

2

8

0

.8

5

8

0

.

7

5

8

0

.

6

9

8

0

.

7

3

8

0

.8

4

8

0

.8

9

8

0

.7

4

8

0

.9

7

8

1

.

0

9

8

1

.

0

4

8

0

.

9

9

8

0

.

9

3

8

0

.9

4

81.03

DENSE VEG

DENSE VEG

DENSE VEG

DENSE VEG

DENSE VEG

DENSE VEG

DENSE VEG

DENSE VEG

GRAVEL

//

//

//

//

//

/

/

/

/

//

//

//

/

/

/

/

//

//

//

//

/

/

//

//

/

/

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

/

/

//

/

/

//

/

/

//

/

/

/

/

/

/

/

/

/

/

//

//

//

//

//

/

/

/

/

/

/

//

/

/

/

/

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

/

/

//

/

/

//

/

/

/

/

//

//

//

//

//

/

/

//

/

/

//

//

//

/

/

//

//

//

//

//

//

/

/

/

/

/

/

/

/

//

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

8

2

.

7

8

8

2

.9

3

8

2

.9

5

8

2

.9

7

FFL=82.79

DP

G

DP

8

2

.9

6

8

2

.9

4

8

2

.9

4

8

2

.9

5

G

DP

ER

G

DP

ER

ER

MH

82.80

82.92

82.92

82.80

82.81

82.92

82.94

82.82

CL=82.97m

MH S

DP

ER

G

ER

8

2

.

9

5

8

2

.

8

6

8

2

.9

6

8

2

.8

3

8

2

.8

8

8

2

.9

7

8

2

.9

6

8

2

.9

2

8

2

.9

2

8

2

.8

2

ASPHALT

BRK

8

3

.2

2

8

3

.

0

7

8

3

.1

3

8

3

.0

2

8

3

.0

2

8

3

.0

2

8

3

.0

2

8

3

.0

8

8

3

.5

1

8

3

.5

4

8

3

.

3

2

8

3

.2

0

G

G

G

G

DP

FFL=83.09

DP

83.39

ER

FFL=83.15

DP

DP

G

ER

82.99

FFL=83.29

FFL=83.29

G

G

FFL=83.08

83.07

82.98

ER

DP

FFL=83.15

8

3

.0

3

8

3

.0

8

8

3

.0

8

8

2

.9

8

8

3

.4

3

8

3

.4

1

83.40

8

3

.4

9

8

3

.5

0

DP

G

83.18

83.03

83.11

FFL=83.13

FFL=83.13

G

ELEC

ST

ER

ER

DP

Post

FFL=83.14

Post

83.06

83.09

DP

G

83.11

DP

G

CL=83.06m

MH S

83.13

FFL=83.14

STEPS

8

2

.9

7

8

2

.9

8

8

2

.9

9

8

3

.1

2

8

3

.0

9

8

3

.0

8

8

3

.3

8

8

3

.1

9

8

3

.1

9

8

2

.9

7

8

2

.9

8

8

2

.9

7

8

3

.1

3

8

2

.

9

7

8

2

.9

7

8

2

.9

8

8

3

.0

0

8

3

.1

1

8

3

.1

2

8

3

.1

4

8

3

.4

7

8

3

.1

4

8

3

.1

2

GRASS

P

A

V

I

N

G

7xAIRCON UNITS

CONC

PAVING

GRASS

P

A

V

I

N

G

S

L

A

B

S

P

A

V

IN

G

S

L

A

B

S

GRASS

P

A

V

S

L

A

B

S

1

.0

H

R

83.64

83.75

8

3

.

7

5

8

3

.

8

0

8

3

.

8

2

83.86

FFL=83.92

83.75

83.89

83.82

G

DP

EAVE

83.92

EAVE

83.94

EAVE

83.96

8

4

.1

0

8

4

.0

9

8

3

.5

8

8

4

.1

4

8

4

.1

3

STEPS

STEPS

84.12

8

4

.0

7

8

3

.

6

4

8

3

.7

8

8

3

.9

0

ALSO DWP

1

.

0

H

R

GRASS

P

A

V

I

N

G

1

.0

H

R

1

.0

H

R

1

.0

H

R

P

A

V

S

L

A

B

S

8

4

.3

8

8

4

.3

9

8

4

.2

1

8

4

.6

3

1

.0

H

R

1

.0

H

R

1

.0

H

R

DP

8

2

.7

2

8

2

.6

9

8

2

.

7

1

8

2

.6

2

8

2

.6

7

8

2

.6

9

8

2

.7

1

8

2

.6

2

8

2

.6

3

82.60

82.46

82.58

82.64

82.47

82.49

ER

DP

ER

DP

G

ER

G

DP

FFL=82.67

Post

ER

82.70

82.70

ER

G

DP

82.66

82.71

82.64

82.71

82.73

8

2

.

7

1

8

2

.

6

6

8

2

.

6

7

8

2

.

6

9

8

2

.

7

2

8

2

.

6

0

8

2

.

6

0

8

2

.

5

9

8

2

.5

6

8

2

.5

2

8

2

.5

8

8

2

.5

8

8

2

.6

7

8

2

.7

0

8

2

.6

7

8

2

.6

5

8

2

.6

8

8

2

.4

3

8

2

.4

5

8

2

.6

8

GRASS

1

.0

H

R

1.0 H

R

ASPHALT

1

.8

M

E

T

A

L

R

A

IL

GRAVEL

DENSE VEG

1

.6

P

R

GRASS

0

.8

m

W

O

O

D

PIG

FRONT DOOR CANOPY

TOP OF POST

1

.5

m

P

W

EXT

1

.

1

m

H

A

N

D

R

A

I

L

1

.1

m

H

A

N

D

R

A

IL

ASPHALT

GRASS

8

1

.

2

0

8

2

.1

0

8

2

.0

8

8

2

.0

6

8

2

.2

3

8

1

.3

0

8

1

.

2

2

81.19

8

1

.4

9

8

2

.0

0

8

1

.9

2

8

1

.

7

8

81.6

5

8

1

.

4

0

8

1

.9

1

8

2

.1

2

82.28

8

2

.

5

2

82.97

8

3

.

0

7

83.11

8

2

.

2

4

8

1

.8

9

8

1

.

5

3

8

1

.2

8

8

1

.

2

3

8

1

.

4

1

8

1

.

4

2

8

1

.

4

5

8

1

.5

0

81.56

81.66

81.69

81.82

82.29

82.84

83.40

83.87

8

4

.5

3

8

4

.6

0

8

1

.

3

8

8

1

.

8

1

8

1

.

9

0

8

1

.

6

1

84.64

84.16

83.47

82.78

82.23

81.80

81.57

8

1

.5

1

8

1

.5

0

81.75

82.13

82.66

83.37

84.04

84.61

84.18

83.40

82.68

82.12

81.70

81.44

8

1

.2

9

8

1

.2

5

8

1

.

1

7

8

1

.1

8

81.41

8

1

.

6

3

81.95

82.49

83.18

83.95

8

4

.2

5

8

4

.1

2

8

3

.8

2

8

3

.0

3

82.36

8

1

.8

2

8

1

.

4

9

8

1

.2

9

8

1

.1

6

81.31

8

1

.5

8

8

2

.0

0

8

2

.5

6

8

3

.2

9

8

4

.0

6

83.66

82.83

82.14

81.49

81.31

81.78

82.40

83.15

84.05

84.07

83.10

82.45

82.00

81.69

81.51

81.39

81.33

8

1

.

2

1

8

1

.

2

9

82.68

82.71

ELEC

83.92

EAVE

84.36

84.42

81.92

82.18

82.73

83.14

83.59

83.13

82.77

81.30

BT

81.42

81.20

S

T

E

P

S

S

T

E

P

S

ER

LC

LC

RS

RS

ER

LC

LC

LC

LC

LC

RS

81.25

G

G

RS

G

84.57

84.33

81.59

81.48

81.26

81.17

81.43

81.31

81.22

81.21

81.28

G

RS

RS

RS

83.78

G

82.91

82.23

81.55

81.35

81.86

LC

G

82.47

83.22

LC

G

84.09

RS

LC

81.20

81.69

81.57

81.45

82.05

82.11

82.19

82.31

81.18

LC

Post

8

1

.

2

8

8

2

.8

8

8

2

.4

9

8

2

.5

2

8

2

.4

8

8

2

.4

9

8

2

.

6

2

8

2

.6

4

8

1

.5

9

8

3

.4

4

8

2

.7

3

8

2

.0

1

8

4

.3

1

8

4

.1

4

84.11

83.67

82.31

83.41

84.16

8

3

.

9

6

8

3

.

7

1

81.48

82.21

8

1

.3

6

8

1

.2

2

8

3

.3

3

8

3

.0

4

8

2

.7

3

8

2

.3

6

8

2

.5

4

8

2

.5

5

8

1

.2

3

8

1

.1

8

8

2

.

2

5

8

1

.

8

4

8

1

.

4

5

8

1

.

2

1

8

2

.1

1

8

1

.

7

9

8

1

.

3

9

84.61

8

3

.7

5

8

3

.7

7

8

4

.1

8

8

3

.6

5

8

3

.7

5

8

1

.5

9

8

1

.7

4

8

2

.1

6

8

2

.5

6

8

3

.1

9

8

3

.5

2

8

1

.

3

0

8

1

.4

1

8

4

.4

0

8

3

.7

5

83.28

82.72

8

2

.1

7

81.70

81.56

81.53

8

1

.4

3

8

1

.

3

3

8

1

.

3

1

8

1

.

2

9

8

1

.

2

5

8

1

.

2

6

8

4

.5

9

83.91

8

3

.2

5

8

2

.5

3

8

1

.9

9

81.63

81.37

8

1

.3

8

8

1

.4

4

8

1

.6

9

8

2

.0

9

8

2

.6

6

8

3

.3

4

8

4

.0

4

8

4

.0

2

8

3

.3

9

8

2

.6

9

8

2

.1

8

84.58

8

4

.6

0

84.4

5

8

4

.3

6

8

4

.0

0

8

3

.2

2

82.56

8

2

.0

0

8

3

.9

2

8

3

.0

1

8

2

.2

7

8

1

.6

6

81.18

8

1

.3

6

8

2

.0

2

8

2

.7

1

8

3

.5

4

8

1

.2

0

8

1

.2

5

81.38

8

1

.5

8

8

1

.8

5

8

2

.3

1

8

2

.9

8

8

3

.9

5

82.09

81.84

81.56

8

1

.

1

8

8

1

.

1

7

8

1

.

1

8

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

/

/

//

/

/

//

//

/

/

//

/

/

/

/

//

//

//

//

//

//

/

/

//

//

//

//

/

/

//

/

/

//

/

/

//

//

//

//

//

//

//

//

EAVE

87.04

8

6

.

8

1

8

6

.6

7

8

6

.6

9

8

6

.

8

4

8

6

.6

6

8

6

.6

5

8

6

.

7

88

6

.

7

8

8

6

.

8

3

CL=86.77m

MH F

CL=86.83m

MH F

STEPS

86.73

86.69

Post

8

6

.

8

1

8

6

.6

9

8

6

.5

5

1

.0

H

R

1

.

0

H

R

1

.

0

H

R

EAVE

87.09

8

7

.3

1

8

7

.2

7

87.28

8

7

.2

8

8

7

.3

0

8

7

.

3

3

8

7

.

3

1

8

7

.

3

1

8

7

.

3

0

8

7

.

3

1

G

DP

FFL=87.34

DP

F

F

L=

87.38

RE

G

87.30

87.31

STEPS

STEPS

CL=87.23m

MH S

87.28

G

DP

FFL=87.37

FFL=87.38

8

7

.

1

3

8

7

.

2

7

8

7

.

2

0

8

7

.

0

9

8

7

.

2

2

8

7

.

3

2

8

7

.

3

3

8

7

.2

0

PAV SLABS

ASPHALT

1

.0

H

R

1

.0

H

R

ASPHALT

RIDGE

87.71

8

4

.7

8

8

4

.7

7

8

4

.7

4

8

4

.7

5

8

5

.2

7

8

5

.2

5

8

5

.2

7

STEPS

84.75

85.09

DP

G

85.26

84.95

SV

G

8

5

.0

6

GRASS

RIDGE

85.44

8

5

.3

8

8

5

.5

2

8

5

.3

9

8

5

.4

1

8

5

.3

8

8

5

.3

8

8

5

.4

6

8

5

.4

7

8

5

.4

3

8

5

.

6

3

8

5

.

6

5

8

5

.4

7

8

5

.

5

9

8

5

.

5

9

8

5

.

5

8

STEPS

FFL=85.53

Post

Post

Post

Post

DP

G

CL=85.41m

MH

ER

FFL=85.58

85.41

85.43

CL=85.41m

MH F

CL=85.55m

CL=85.57m

IC BOLTED

ST

G

DP

STEPS

CL=85.47m

MH F

85.59

85.86

85.89

DP

G

CL=85.36m

MH CABLES

CL=85.45m

MH F

85.55

ER

DP

G

DP

G

FFL=85.54

STEPS

STEPS

8

5

.6

3

8

5

.5

9

8

5

.5

1

8

5

.4

0

8

5

.3

5

85.39

8

5

.4

9

8

5

.4

3

8

5

.

5

9

8

5

.

6

5

8

5

.

6

4

8

5

.

6

1

8

5

.

6

0

8

5

.

5

4

8

5

.

4

7

8

5

.4

3

8

5

.

6

1

8

5

.3

7

8

5

.5

0

8

5

.4

0

8

5

.4

9

8

5

.5

4

8

5

.4

8

8

5

.4

5

8

5

.4

8

PAV SLABS

1

.

0

H

R

1

.

0

H

R

RIDGE

86.13

EAVE

85.94

EAVE

86.27

8

6

.

3

0

8

6

.0

5

8

6

.0

6

8

6

.0

5

8

6

.0

5

8

6

.

2

7

8

6

.

2

9

8

6

.

3

3

8

6

.

3

5

8

6

.

4

1

8

6

.

3

9

8

6

.

3

9

8

6

.

3

7

8

6

.

3

7

CL=86.33m

MH F

CL=86.28m

MH S

RE

ST

CL=86.30m

MH CABLES

G

DP

STEPS

STEPS

86.35

STEPS

STEPS

CL=86.38m

MH S

8

6

.

2

8

8

6

.4

4

8

6

.0

9

8

6

.1

2

8

5

.9

2

BUILDING CANOPY

GRASS

1

.0

H

R

TOP TREE X3

TOP TREE

TOP OF TREE

TOP OF CLADDING

1

.0

m

H

A

N

D

R

A

IL

1

.1

m

H

A

N

D

R

A

IL

GRASS

84.81

84.91

8

5

.

1

2

8

5

.

3

0

8

5

.4

4

8

5

.5

3

85.50

8

4

.7

1

8

5

.

1

6

8

5

.

2

1

85.00

84.85

8

4

.8

8

84.83

85.07

8

5

.

0

8

8

5

.

0

5

8

4

.9

3

8

4

.6

9

8

4

.7

6

8

5

.4

2

84.86

84.82 8

4.82

8

4

.9

4

85.20

85.66

85.52

84.92

85.04

RIDGE

85.37

85.57

87.72

RIDGE

87.13

86.98

84.84

85.12

84.80

84.79

85.15

G

84.80

84.79

87.05

87.87

85.30

84.74

85.27

84.95

84.69

ELEC

85.44

8

5

.0

6

85.47

8

5

.4

1

8

5

.

3

2

8

5

.

1

9

8

5

.

0

0

84.77

8

4

.6

6

8

4

.7

0

85.12

85.37

85.23

85.45

85.32

85.06

85.17

85.60

85.53

LC

RS

RS

85.50

G

8

4

.8

1

84.83

84.98

8

4

.9

7

8

5

.0

3

85.5

2

8

5

.6

2

8

5

.0

8

8

4

.7

9

8

4

.7

0

8

4

.6

9

8

4

.7

2

85.39

8

4

.9

0

8

4

.8

0

85.50

8

4

.8

9

85.28

85.40

EAVE

90.56

EAVE

90.96

EAVE

88.76

EAVE

88.67

RIDGE

88.66

EAVE

88.70

EAVE

88.66

EAVE

88.89

RIDGE

89.92

EAVE

89.94

EAVE

88.34

EAVE

88.35

O/H LINE

89.93

RIDGE

EAVE

92.74

EAVE

92.76

RIDGE

92.83

EAVE

93.89

EAVE

93.85

RIDGE

93.56

RIDGE

92.78

EAVE

94.06

EAVE

91.70

EAVE

91.71

RIDGE

97.18

RIDGE

97.02

RIDGE

95.31

RIDGE

95.34

EAVE

95.42

FLOWER BED

GRASS

GRASS

GRASS

GRASS

GRASS

GRASS

//

//

//

//

//

//

//

/

/

//

//

/

/

//

//

//

//

/

/

/

/

//

//

//

//

//

//

/

/

/

/

/

/

//

//

//

//

//

/

/

/

/

//

/

/

/

/

//

//

/

/

/

/

/

/

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

//

//

/

/

BRICK PAVING

BRICK PAVING

DP

//

//

//

//

//

//

//

/

/

//

//

//

//

//

//

/

/

/

/

/

/

//

//

//

//

//

/

/

/

/

/

/

//

//

//

//

//

//

//

//

//

/

/

/

/

//

//

//

/

/

/

/

//

//

//

//

//

//

//

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

/

/

//

//

//

//

//

//

//

//

/

/

//

//

//

//

//

//

/

/

/

/

//

//

//

/

/

/

/

//

//

//

//

//

//

//

//

//

/

/

//

//

//

//

//

//

//

//

//

/

/

/

/

/

/

//

//

//

//

//

//

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

/

/

/

/

/

/

//

//

//

//

//

//

/

/

/

/

/

/

/

/

/

/

/

/

//

//

//

//

//

//

//

//

//

//

//

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

/

//

//

//

//

/

/

/

/

/

/

/

/

/

/

//

//

//

/

/

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

//

/

/

//

//

/

/

/

/

//

//

/

/

/

/

//

//

//

//

//

//

//

/

/

//

//

//

/

/

//

//

CL=86.03m

MH

CL=81.33m

MH

CL=80.93m

MH

CL=82.23m

IC

CL=82.09m

IC

CL=80.86m

MH

CL=80.95m

IC

CL=84.42m

MH

CL=80.14m

MH

CL=81.71m

IC

CL=82.15m

IC

CL=83.20m

MH

CL=80.77m

IC

CL=80.66m

MH

CL=80.20m

IC

CL=79.85m

MH

CL=81.30m

IC

CL=81.23m

MH

CL=81.39m

MH

CL=81.37m

IC

CL=80.00m

IC

CL=80.00m

IC

CL=80.19m

IC

CL=80.16m

IC

CL=80.19m

MH

CL=80.22m

MH

CL=80.23m

IC

CL=80.17m

IC

CL=80.26m

MH

CL=80.26m

MH

CL=80.25m

MH

CL=80.22m

MH

CL=80.21m

MH

CL=80.17m

IC

CL=80.17m

MH

CL=80.24m

IC

CL=82.09m

IC

CL=82.28m

MH

CL=82.17m

IC

CL=80.19m

MH

CL=80.22m

MH

CL=80.20m

MH

CL=80.22m

IC

CL=80.20m

MH

CL=80.25m

MH

CL=80.18m

MH

CL=80.36m

MH

CL=80.16m

MH

CL=80.13m

MH

CL=80.15m

MH

CL=80.15m

MH

CL=80.15m

MH

CL=82.45m

MH

CL=82.58m

MH

CL=82.75m

IC

CL=82.84m

MH

CL=83.08m

MH

CL=83.19m

MH

CL=83.02m

MH

CL=83.09m

MH

CL=82.96m

MH

CL=82.78m

3xD=100mm

IL=85.38m

IL=UTL

IL=79.76m

D=300mm

D=150mm

D=150mm

D=400mm

D=250mm

D=150mm

D=150mm

IL=78.83m

BED=79.46m

BED=78.50m

D=400mm

D=300mm

D=100mm

D=300mm

D=300mm

D

=

1

0

0

m

m

BED=79.48m

D=150mm

BED=78.30m

IL=78.45m

BED=79.16m

D=150mm

D=225mm

IL=79.73m

D=225mm

D=225mm

D=225mm

D=100mm

D=225mm

IL=79.24

D=100mm

D=100mm

D=100mm

IL=UTS

IL=UTS

D=225mm

D=150mm

IL=80.38m

IL=UTS

BED=80.59m

IL=79.41m

BED=77.82m

IL=UTS

D=150mm

IL=77.65m

D=150mm

D=150mmD=100mm

D=100mm

IL=UTS

BOLTED

BOLTED

IL=80.48m

D=300mm

D=150mm

D=150mm

BOLTED

IL=79.39m

D=100mm

D=100mm

D=100mm

IL=79.37mm

D=100mm

2xD=100mm

D=100mm

D=100mm

IL=79.30mm

IL=79.17m

D=100mm

D=100mm

STOP TAP

BOLTED

BOLTED

IL=UTC

D=300mm

D=150mm

D=150mm

D=150mm

D=150mm

D=150mm

IL=78.47m

IL=UTS

IL=UTS

D=150mm

IL=81.48m

D=100mm

D=300mm

D=300mm

IL=UTL

IL=81.44m

D=100mm

D=150mm

D=150mm

IL=UTL

IL=82.01m

D=150mm

D=150mm

D=100mm

IL=UTL

IL=UTL

IL=82.84m

D=100mm

D=100mm

D=100mm

D=100mm

D=100mm

3xD=300mm

D=300mm

BED=80.66

BED=80.88

3xD=300mm

2xD=225mm

2xD=225mm

D=100mm

//

/

/

100Ø

IL=86.83m

100Ø

IL=85.18m

100Ø

100Ø

IL=85.82m

100Ø

ALL

IL=85.92m

100Ø

ALL

IL=84.95m

MH F

100Ø

ALL

100Ø

100Ø

300Ø

300Ø

IL=84.88m

100Ø

100Ø

IL=86.33m

100Ø

IL=84.40

ALL

100Ø

IL=84.40

150Ø

150Ø

IL=84.61

100Ø

ALL

300Ø

IL=83.41m

300Ø

100Ø

100Ø

IL=82.19m

100Ø

ALL

100Ø

ALL

IL=82.31m

BUILDING ON ROOF

//

//

//

//

//

//

//

//

//

//

//

//

//

//

T1-Sycamore

G1-Sycamore, Common Oak,

Hazel, Goat Willow, Hawthorn

T420-Norway Maple

T421-Norway Maple

T422-Norway Maple

T423-Norway Maple

T424-Norway Maple

T425-Silver Birch

T426-Silver Birch

T427-Silver Birch

T428-Silver Birch

G2-Apple, Silver Birch

G3-Wild Cherry

T429-Silver Birch

G4-Turkey Oak

G5-Wild Cherry, Field Maple, Cypress spp

G6-Wild Cherry, Field Maple, Ash

G7-Ash, Field Maple

G8-Silver Birch, Ash, Field Maple, Hawthorn,

Hazel, Common Oak, Wild Cherry

G9-Field Maple, Ash, Wild Cherry,

Common Oak, Hawthorn

G10-Leyland Cyp

G11-Sycamore, Silver Birch, Field Maple, Ash

G12-Sycamore, Ash

T2-Cider Gum

T3-Common Oak

G13-Common Oak, Ash, Hawthorn, Sycamore, Silver Birch

T435-Ash

T436-Leyland Cyp

T437-Common Oak

G14-Leyland Cyp

G15-Ash, Common Oak

G16- Row of small Silver Birch

G17-Swedish Whitebeam

0 5 10 15 20 25 50

Metres

www.ArbTS.co.ukN

BS 5837:2012 Tree Quality (Colour Coded)(Individual Tree)

Category A (High)(*Highly desirable for retention*)

Category B (Moderate)(*Desirable for retention*)

Category C (Low)(*Optional for retention*)

Category U (Poor)(*Unsuitable for retention*)

Branch Spread (Measured onthe North, East, South and West sideof Tree)

Tree Constraints PlanSite - Ysgol Gynraeg Mromorganwg

Project Ref - 490.1

Scale 1:1000 @ A2

Root Protection Area (RPA) (A layoutdesign tool indicating the minimum areaaround a tree deemed to contain sufficientroots and rooting volume to maintain thetree's viability, and where the protection ofthe roots and soil structure is treated as apriority.)

Definitions of BS5837:2012 Categories forTrees, Woodlands and Hedgerows (ColourCoded):

A - Those of high quality with an estimatedremaining life expectancy of at least 40 years.(*Highly desirable for retention*)

B - Those of moderate quality with anestimated remaining life expectancy of at least20 years. (*Desirable for retention*)

C - Those of low quality with an estimatedremaining life expectancy of at least 10 years,or young trees with a stem diameter below150mm.(*Optional for retention*)

U - Those in such a condition that they cannotrealistically be retained as living trees in thecontext of the current land use for longer than10 years.(*Unsuitable for retention unless provides highconservation value*)

Shade Pattern - shadepattern not shown onplan (Early morning shade startingNorth West through to eveningshade to the East)

Please Note:Barriers and Ground Protection mustbe designed by an arboriculturist,installed before materials ormachinery is bought onto site andbefore any demolition, developmentor stripping of soil commences. Onceerected, barriers and groundprotection should be regarded assacrosanct, and should not beremoved or altered without priorrecommendation by anArboriculturist and approval of theLocal Planning Authority (LPA).

Tree Key - Individual Trees

KEY

Tree Species(Common Tree NameShown)

Tree ID# (T- Individual Tree)

T3-Beech

Tree Key - Group/Area/Woodland/Hedgerow

G3- Ash

Tree ID# (G-Tree Group,A-Tree Area, W-Woodland,H- Hedgerow)

Tree Species(Common Tree NameShown)

Average BranchSpread

BS 5837:2012 TreeQuality (Colour Coded as forindividual trees)


__________________________________________________________________________________Appendix

9.0 Appendix 3 ‐ Tree Survey Data Key

• Tree ID # ‐ Identifies the location of individual trees (T‐ID Number), Groups of trees (G‐ID Number), Area of trees (A‐ID Number), Hedgerow (H‐ID Number), Woodland (W‐ID Number), Row of trees (R‐ID Number) and tree Stumps (S‐ID Number) on the accompanying plan. (Please note: A group of trees here refers to two or more standing trees that form a visual whole, whereas an area of trees refers to dispersed individual trees standing within the site)

• Tree Species ‐ Scientific names and common tree name in brackets are generally shown.

• Age o (Y) Young – Less than 1/3 of life completed o (SM) Middle Aged ‐ 1/3 ‐ 2/3 of life completed o (EM) Early Mature – Just entering Maturity o (M) Mature – more than 2/3 of life completed o (OM) Over Mature ‐ more than 3/3 of life completed and declining o (V) Veteran ‐ (v) Veteran – Veteran trees have no precise definition but are

trees considered to be of biological aesthetic or ecological value because of their age

Stems – Number of tree stems used to calculate the RPR/RPA

Stem Diam (mm) ‐ Diameter of tree stem measured in millimetres for single stem trees or average stem diameter calculated for multi‐stemmed trees as detailed in section 4.6 & Annex C of the British Standard 5837:2012, Trees in relation to design, demolition and construction ‐ Recommendations. The height above ground level where the stem measurement was taken will be shown if not measured at 1.5 metres above ground level. (Please note: that the stem diameter of certain trees will have to be estimated due to difficulties in taking measurements or for trees with a large number of stems)

Cat – Tree Quality Category ‐ British Standard 5837:2012 A, B, C, U + 1, 2, 3

Based on BS5837:2012 categories A, B, C, U provides the basis of prioritising trees for retention:

o A – Those of high quality with an estimated remaining life expectancy of at least 40 years. (*Most desirable for retention*) o B ‐ Those of moderate quality with an estimated remaining life expectancy of at least 20 years. (*Desirable for retention*) o C – Those of low quality with an estimated remaining life expectancy of at least 10 years, or young trees with a stem diameter below 150mm. (*Optional for retention*) o U – Those in such a condition that they cannot realistically be retained as living trees in the context of the current land use for longer than 10 years. (*Unsuitable for retention unless provides high conservation value*)


__________________________________________________________________________________Appendix

Retention Criteria Subcategories: Used for identifying subcategories

E.g. A2 = A high quality tree with high landscape qualities (further details can be found in British Standard 5837:2012, Trees in relation to design, demolition and construction ‐ Recommendations UK; British Standards Intuition)

o 1 – Mainly Arboricultural qualities o 2 – Mainly landscape qualities o 3 – Mainly cultural values, including conservation

Height + (Lower Branch Height) ‐ Tree height in metres and in brackets height in metres of the crown (tree branches) clearance at its lowest point above adjacent ground levels.

• Nrth, Est, Sth, Wst ‐ Crown Spread (Metres) ‐Tree branch spread in metres measured in four directions (North, East, South, West) from the trunk.

Phys Cond ‐ Physiological Condition Indicating the health of the tree ‐

o (G) Good o (F) Fair o (P) Poor o (D) Dead o (N/A) Not Applicable – unable to fully inspect tree due to surrounding

vegetation or access issues.

• Struc Cond – Structural Condition indicting the structural integrity of the tree ‐

o (G) Good – No, or remediable physical defects or decay o (F) Fair ‐ Physical non‐remediable defects or decay present, not presenting

imminent danger but should be monitored o (P) Poor ‐ physical non‐remediable defects or decay present, tree liable to

imminent collapse or loss of major limbs. o (D) Dead o (N/A) Not Applicable – unable to fully inspect tree due to surrounding

vegetation or access issues.

Est. Remain Contrib ‐ (<10, 10+, 20+, 40+)

The trees estimated remaining contribution in years, recorded as:

o <10 – less than 10 years o 10+ – at least 10 years o 20+ – at least 20 years o 40+ – at least 40 years

Comments – Additional Comments if required


__________________________________________________________________________________Appendix

Preliminary Management Recommendations – Work Recommendations, including further investigation of suspected defects that require more detailed assessment and pose potential for wildlife habitat.

• Work Priority ‐ Work Priority ‐This gives a work priority rating of preliminary management for each tree.

o H ‐ High – Urgent work to be carried out as soon as practicable due to safety reasons (Within 14 days).

o H/M ‐ High‐ Medium – Work to be carried out within 6 months/or before construction phase begins

o M ‐ Medium – Work to be carried out in 12 months o L ‐ Low – After consideration/Re‐inspect in 18‐24 months o Blank – No work required.

• RPR – Root protection radius / RPA ‐ Root Protection Area ‐ Is a layout design tool indicating the minimum area around a tree deemed to contain sufficient roots and rooting volume to maintain the tree’s viability, and where the protection of the roots and soil structure is treated as a priority. RPR is a circular area measured as a radius in metres from the centre of the tree or RPA is an area in metres squared. Where required this area may be changed in shape but not reduced in area whilst providing adequate protection of the tree’s rooting system.


__________________________________________________________________________________Appendix

9.0 Appendix 4 – An Introduction to Tree Protection

For the purpose of this report an introduction is given to tree protection. If required an Arboricultural Impact Assessment, Tree Protection Plan and Tree Protection Methods Statement can be provided for the finalised development design.

Tree protection methods must be considered and designed by an Arboriculturist. These should then be implemented BEFORE any machinery or materials are bought onto site and before any demolition, development or stripping of soil commences. The Root Protection Area (RPA) (cyan circles/lines) indicated on the Tree Constraints Plan must be set out and the protective barriers and ground protection installed accordingly for retained trees. The protective barriers and ground protection areas shall be regarded as sacrosanct, and shall not be removed or altered without prior recommendation by an Arboriculturist and approval of the LPA.

The areas protected by barrier fencing and ground protection shall be subject to the following restrictions:

• Existing soil levels within the protected areas shall not be altered. • No excavation of any kind shall take place within the protected areas. • The protected areas shall not be used for storage of any kind. • No vehicles or machinery shall be allowed into the areas protected by

fencing. • Should the developer require the above restrictions to be breached for

unforeseen reasons, an appropriate method of works must be agreed with the Local Planning Authority prior to any works taking place within the protected areas.

Additional precautions outside protected barrier areas and ground protection:

• All underground services should be installed following NJUG Volume 4 Guidelines for the Planning, Installation and Maintenance of Utility Apparatus in Proximity to Trees. The full document is available at http://www.njug.org.uk/.

• Building materials and fuels such as oil, bitumen or cement should not be stacked or discharged within 10 metres of the trees stem.

• Fires will not be lit beneath any tree or in a place where flames could extend to within 10 metres of the outer canopy of any tree.

• Trees that are to be retained and protected should not be used as anchorage for services or equipment.

• The use of cranes and large machinery on site should be planned and care taken not to damage the tree during the process.

Visits by an Arboriculturist during the construction process should be conducted to ensure all of the above are being strictly adhered too.


__________________________________________________________________________________Appendix

9.0 Appendix 5 – Tree Photographs

Tree ID#T1

Tree ID#G1

Tree ID#T420 – T423

Tree ID#G2


__________________________________________________________________________________Appendix

Tree ID#T428

Tree ID#G3

Tree ID#T429

Tree ID#G5


__________________________________________________________________________________Appendix

Tree ID#G7

Tree ID#G8

Tree ID#G9

Tree ID#G10


__________________________________________________________________________________Appendix

Tree ID#G11

Tree ID#G12

Tree ID#T2

Tree ID#T3


__________________________________________________________________________________Appendix

Tree ID#T435

Tree ID#T437

Tree ID#G15

Tree ID#G16

arboricultural report - kew planning€¦ · 3.0 the trees 4 4.0 tree constraints plan information...

Documents