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crirTh Tritc,r ture .-on:Rervancy Council
7 1-4..TTT S!'. PA] T. TTOPERTIT
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This report_ is an ofFicial cloeument preparec
unuer contract 1,C.I.V-?Or t ho:nature Conservancy
Council and the t.a.tural Lhvironr.ent Peaearch
Council. It sh iLC rot 1H queterl.without
UerrUision from both the Institute of
Terrestrial FccaJoe-y me the 'citture Conservancy
Council.
INSTITUTEOF TERRESTRIALECOLOGY
(NATURALENVIRONMENTRESEARCH COUNCIL)
NCC/NERC CONTRACT F3/03/80
ITE PROJECT 466
Fourth InterimReport to Nature ConservancyCouncil
BIOLOGICALSURVEY OF BRITISH RAIL PROPERTY
CAROLINE SARGENT & J 0 MOUNTFORD
Monks Wood ExperimentalStationAbbots RiptonHuntingdonCambs March 1980
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SUKMARY
The background of the work is briefly reviewed and the current yearintroduced (Section 1).
The survey has been stratified. In the absence of suitable alternatives,a polythetic classification of BR land was based on geographic attributes.The resulting classes provided strata which were used to sample London
__Midland Region and on which analysis.for_all_Regions will be based. Some _ preliminary comparisons using information from Southern and Western Regions,shows that correlations exist between track and vegetation classes.
During the field season, 192 sites in the London Midland Region werevisited. Files were opened for 44 of these which were considered to be ofparticular biological interest. Bryophyte and soil invertebrateinvestigations were begun during 1979, and these investigations are discussedtogether with the records for vascular plants and other animals.Classification and analysis of London Midland Region vegetation data will bedone during 1981, in conjunction with information from all other Regions.
The work is briefly assessed, and areas where further attention isrequired are considered.
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CONTENTS
Page
SUISLARY
1_ INTRODUCTION
1.1 The scope of the survey 1
1.2 The current year 1
2 BRITISH RAIL STRATIFICATION 2
2.1 Introduction 2
2.2 Methods 2
2.2.1 Attributes2.2.2 Classification 5
2.3 Results 7
2.3.1 Track mileage 72.3.2 Classification 72.3.3 Track classes 92.3.4 Sampling proportions 20
2.4 Comparison of vegetation and track classifications 20
3 THE LONDON MIDLAND REGION 24
3.1 Information collection 24
3.1.1 Random site selection 243.1.2 The vegetation key 243.1.3 Sites of Biological Interest 27
3.2 Vascular plants 27
3.3 Bryophytes 35
3.4 Animal data 39
3.4.1 Introduction 393.4.2 Birds 393.4.3 Other vertebrates 433.4.4 Field observed invertebrates 433.4.5 Soil invertebrates 43
Page
4 DISCUSSION AND FUTURE WORK
4.1 Field work 49
4.2 Stratification and classification 49
4.3 1981 50 I.5 ACKNOWLEDGEMENTS 51 16 REFERENCES
APPENDIX 1 Random sites, 19792 Biological Interest survey sites, 19793 Biological Interest sites, 1978.4 Biological Interest sites, 1979
MAPS Stratification of BR landSites visited in the LMRLUR SoilsLMR GeologyLMR Topography
52 I.' 53
separately bound separately bound
In back pocketIn back pocketIn back pocketln back pocketIn back pocket
TABLES 2.1 BR land classification 62.2 Preferential attributes2.3 Sampling efficiency of the post-hoc 19
BR stratification2.4 S and WR track and vegetation classes 2 1
arrayed with respect to first axis RAordination scores
2.5 S and WR track and undisturbed vegetation 22classes arrayed with respect to firstaxis RA ordination scores
3.1 Division of sampling effort amongstoccurring in the LMR
- 3.2 Vascular plant species found on LMR1979
3.3 Bryophytes recorded from LMR during3.4 Bird species seen on BR land during
survey3.5 Other vertebrate species3.6 Species list of insects recorded in
during 1979 survey3.7 Species list of other invertebrates
on BR property during 1979 survey3.8 Soil invertebrates
strata. 25
during 29
1979 -36•1979 41
42the field 44
recorded 46
48
1
FIGURES 1 Vegetation Key 262 Animal recording proforma 40
1
1 INTRODUCTION
April 1979 to March 1980 has been the fourth year of a five and a half yearcontract between the NCC and ITE, aimed at describing the structure anddistribution of ecosystems occurring on British Rail land. The work wasinitiated_because recent.radical changes.in railway verge management and- •track usage have almost certainly involved profound alterations invegetation structure and composition, and, consequently, in the kinds ofhabitat provided. It is recognised that semi-natural, ungrazed and nowonly sporadically managed railway verges provide a useful refuge andmigration corridor for both plant and animal species; but there is littledocumentation for the kinds, numbers and distribution of species involved,and even less information about the effects of change.
1.1 The scope of the survey
\A detailed discussion of why and how the railway survey was begun is givenin the First Interim Report (Way & Sheail 1977), where a general descriptionof changing permanent way management practices will also be found.
After an exploratory field season (1976), the survey was designed to allow asingle year to examine each of the five British Rail Regions, with theexception that Southern and Western Regions, with lower track mileages,be combined. During 1977, Eastern Region was surveyed (Way, Sheail &Mountford 1978), whilst 1978 was spent looking at Southern and Western Regions(Sargent 4 Mountford 1979), and the field work described in this report wascarried out on the London Midland Region in 1979. It is planned to surveyScottish Region during 1980, and to combine.and analyse information from allRegions prior to preparing the final report during 1981.
1.2 The current year
Much of the desk work during the current year was concerned with the design,introduction and testing of a stratification system. The results arediscussed in Section 2.
Section 3 describes the survey of London Midland Region, whilst some generalconclusions are drawn and areas for future attention outlined in Section 4.
2
2 BRITISH RAIL STRATIFICATION
2.1 Introduction
In order to increase the precision of estimates derived from samples, it wasdecided to stratify the random sampling of British Rail land. Introduction
• of a stratified sampling system had initially been discarded becausesuitable and practicable divisions were not readily available. Ideally, a
-- stratification of.British.Rail land should reflect'local disturbance, — ---drainage, and pH patterns. These are the factors most closely linked withvegetation structure and distribution (Sargent & Mountford 1979), butinformation at the required scale to make this practicable does not exist.Amongst the alternatives considered was the division of the system intocomponent engineering structures, ie cuttings, embankments and flats. Thispossible stratification proved unsatisfactory because of the relative size(smallness) and heterogeneity of many of the features. Aspect of the vergesmight also have been used, although most cuttings and embankments havepaired opposing slopes within their structure, and show an orientation of= 1800 between formations, making the system too complex to providepracticable strata. .
Other ideas discussed were discarded for comparable reasons of accuracy,scale, relevance and practicability. Adjacent land use is sometimes, butnot always, influential, whilst varying track usage may elicit varying kindsof management; trees are likely to be cleared more rigorously where overheadelectrification occurs. Because of the engineered origin of the Verges,mapped soil, drift and geological characteristics are often too locallyinconsistent to be of use, whilst climate and topography provide valuablestrata only at a broad regional level. Although individually unsuitable,it was considered that a combination of such characters might define relevantand homogeneous strata.
Following Bunce, Morrel and Stel (1975), it was decided to make a polytheticclassification of selected climatic, edaphic and influential characteristics.Derived classed would be used as strata and would enable a stratifieddistribution of future random samples. Already completed sampling would beascribed to the stratification post-hoc.
2.2 Methods
The original method (Bunce, Morrel & Stel 1975) was designed to produce anational land classification based on a grid of 10 km sqaures. It wasnecessary to modify this procedure to accommodate the linear environment andother particular characteristics of British Rail. An outline of the derivedmethod was given in the previous interim report (Sargent & Mountford 1979)and will be mentioned only briefly here (2.2.2). The classificationattributes used, however, were not as originally proposed, and are thereforedescribed in more detail.
1
1
1
11
•, 1
2.2.1 Attributes
The selection of attributes involved considerable discussion and onlythose characters thought likely to have a recognisable effect onvegetation (and hence habitat) were chosen:
a. Track Type
The type of track influences vegetation.as management and otherforms of disturbance vary with railway usage. The followingattributes were drawn from regional maps made available by BritishRail.
SingleMultipleNarrow gaugeElectrified
b. Topography
Height above sea level was considered a useful character. Theinformation was drawn from The Atlas of Britain and NorthernIreland (Oxford University Press 1963), and was weighted towardslower altitudes where the majority of railway lines occur.
<25' above sea level<100' above sea level<200' above sea level<400' above sea level=>400' above sea level
c. Adjacent land use
The environment through which the railway passes is likely to havesome considerable influence and the following attributes, drawnfrom the 1:25 000 Ordnance Survey map, were recorded where theyabutted on to railway land.
5. Water (river, lake, etc)Coniferous woodlandDeciduous woodlandScrub, brushwoodRough pasture, heathMarshSalt marshDuneOrchardOrnamental/parkland
d. Climatic variables
Dr. R.G.H. Bunce (ITE Merlewood) kindly provided mapped informationabout the climatic variables found most sensitive in the LandClassification scheme. The attributes fall into the followingthree groups.
Mean daily temperature °C January 1941-1970:
<5.5<6.0
<6.5<7.0
.24. .7.5<8.0<9.0>E-9.0
•Mean number of days snow lying 1941-1970:
- 28.- <10-<20<30<40>=40
Average daily duration bright sunshine hours July 1941-1970:
<4.0<4.5<5.0<5.3<6.0>=6.0
e. Soil types
Dr. Avery of the Soil Survey of England and Wales, Rothamsted,provided valuable assistance by helping produce a simplified listof soil types. An outline of active British Rail lines was tracedonto the soil map of England and Wales, and unit soil attributes readdirectly. It proved more difficult to assess railway lines inScotland as information available for that country is not ofcomparable quality and it was necessary to make certain generali-sations. The soil types recognized were:
Raw sands (dune sands)Alluvial, humic-alluvial and associated alluvialbrown soils (with high or controlled water table)Earthy (lowland) peat soilsWell drained calcareous soils (rendzinas & browncalcareous earths)Calcareous soils, mainly clays, with impededdrainage (calcareous pelosols)Non-calcareous (at surface), non-peaty gley soilswith impeded drainage (stagnogley soils)Non-alluvial gley soils (sandy or loamy) with highor controlled water table (sandy, argillic andcambic gley soils)Non-calcareous (at surface) brown soils, mainlysandy or coarse loamy (brown sands and some brownearths)Non-calcareous (at surface) brown soils, mainlyloamy or clayey (brown earths, argillic andpaleo-argillic brown earths) brown podzolic soilsPodzols (lowland, variable water regime)(Upland) peaty gley soils (stagnohumic gley soils)(Upland) stagnopodzols, rankers, etc .Raw (upland) peat soils
(1)(2-8)
(9)(10-11, 14-17,38-39, 40)(45-46)
(51-59, 68-69)
(47-50)
(12, 13, 20,25, 26)
(18-19, 21-24,27-37, 60-64)
(41-43, 65)
(66, 67)
5
f. Drift
Drift was read directly from the 1:625 000 Geological Drift mapsof Great Britain. The following attributes were recorded.
AlluviumLowland peatBlown sandBrick earthRiver and marine gravelHeadGlacial gravelBoulder clayPlateau gravelClay and flintsHill peatDrift free
g. Solid geology
Information was drawn from the 1:625 000 solid geological map ofGreat Britain. The geological strata mapped were variously combinedto produce the following shortened
Pre-CambrianIgneous extrusiveIgneous intrusiveMetamorphicSlates(Cambrian) Limestones etc
list:
:XT,R,A,S,BG,F,H,D,E,G,Ba
Vu
Ordovician and Silurian bl-b7
Carboniferous and Magnesian d2,e2.e4
Oolites,chalk andcornbrash. g5-g9, h5
Sandstones
Old Red (Devonian) cl-c3
New Red (Permian) e3,e5
Bunter,etc(Triassic) fl-f6
Greensand h3-h4, h2
Other beds (Eocene) i4-i7
Coal measures d4-d6
Clays etc
Lias gl-g4
Oxford, Kimmeridge glO&g14
London i3
Norwich 1
Other (Oligocene&Pliocene) i8-i12,k,kl, hl
2.2.2. Classification
The procedure was to divide the entire British Rail network into measured,and subsequently numbered, ten mile units. Attributes or characters wererecorded for each rural unit, and the unit classified, with resnect to itsscore, by'Indicator Species Analysis (Hill, Bunce & Shaw 1975). The ISAwas taken to five levels of division producing 32 classes. Classes havingfewer than 15.members were subsequently amalgamated with their closest relation(provided this could be done within the fifth division) to producegroups of more comparable size for statistical and analytical purposes.
1
11
I.
1011
1111
9111
1110
1141
1111
•111
.11M
1111
1111
1111
1111
1a01
1111
1118
•1Single
track'
2Multiple
tralk
4Electrified
TA
3L2
2.1
BRITISHRAILLANDCLASSIFICATION
6<
25'a
sl
Indicatorspecies(attributes),levelsofdivision,andclassdefinition
7<
100'
asl
t
8<
200'
asl
9<400'as1I
10>
=400'asl.1
11Coniferous
wdodland
10
114
2830
3835
1
6250
57 01
4212
2329
2220
2836
2931
238
6536
3485
8145
5068
6621
2177
326
4162
920
100
347
3
2325
6236
3021
5040
4348
7048
6329
58G
o
.62
6361
5784
6061
2204
s6
614
196
1•
2337
969
2197
3029
1562
106
6644
14
4122
3821
1635
3721
1671
0232
04
7371
4071
3641
2924
5062
4523
8346
049
74SO
6373
4570
3628
7469
5737
4961
8578
01
3748
5060
4911
970
141
6.7
0
710
2645
3737
9616
214
1070
2
6743
3747
4336
4338
2221
2422
2223
2221
4933
5
7362
5765
4447
4047
2341
4065
5224
3536
6350
74'1
363
7062
6562
6545
4360
6529
6141
7856
69'6
969'
Ge6
1Gi
6335
0574
85
1-1
1-
123
45G
7091
011
1213
1415
1617
1019
2021
2223
2425
dim
.IMO
Oil
.14
Rough
pasture,heat
'15
Marsh
16Salt
marsh
20<
5.5°
CJan.
21<
6.0
0C
Jan.
22<
6.5°
CJan.
23<
7.0°
CJan.
24<
7.5°
CJan.
26<
9.0°
CJan.
28<
10days
snow
lie
29<
20days
snow
lie
30<
30days
snow
lie
31<
40days
snow
lie
32>
=40
days
snow
li
33<
4hrs
sun
July
34<
4.5
hrs
sun
July
33<
5.0
hrs
sun
July
36<
5.5
hrs
sun
July
37<
6.0
hrs
sun
July
38>
=6.
0hrs
sun
Jul:
41Alluvial
soils
42Lowland
peat
soils
43Welldrained
calc.
44Poorly
drained
calc.
45Stagnogleys
48Non-calc.brown
49Lowland
podzols
50Upland
peaty
gleys
57Igneous
intrusive
58Metamorphic
60Ord.and
Sil.
61Carb.and
Mag.
62Chalk
and
oolites
63Old
red
sandstone
65Bunter
67Other
sandstones
68C
oal
measures
71London
clay
73Other
clays
74Alluvium
78River
gravel
BOGlacialgravel
81Boulder
clay
84H
illpeat
sr,Driftfree
7
The derived classes provided strata. Previous years samples wereascribed, by location, to particular strata, and the selection of sitesin London Midland Region (Chapter 3) was based, proportionally, on thederived divisions.
2.3 Results
2.3.1 Track mileage
Of the 1127 ten-mile rail units recognised, 899 were considered rural(giving an approximate length of 9000 miles) and were scored for thepurposes of this investigation. From previous estimates of BritishRail acreage (Messenger 1968; Way & Sheail 1977), it can be calculated
. that land associated with rural lines (but not including the track)occupies some 146 000 acres (± 34 000), whilst urban holdings account -for 37 500 acres (t 14 000).*
2.3.2 Classification
The classification derived from ISA has been mapped (Map 1, cover pocket),and the dichotomies through which it was obtained are given.Amalgamation to produce statistically compatible terminal groups led toa total of 25 stratification classes (Table 2.1, Map 1). Preferentialattributes have been defined for the classes and are tabulated (Table2.2) with respect to the first axis of Reciprocal Averaging Ordination(Hill 1973). They suggest the importance of particular climatic andgeological characters in the classification and indicate relationshipsbetween geographically disparate classes.
The initial division of the ISA separated southern, midland and coastalrailway lines, from those occurring in the wetter, colder upland areasof the north and west. On the negative (southern) side of thedichotomy, mesozoic and more recent rocks including chalk and oolites,together with the absence of glacial drift, were important; palaeozoic,igneous and intrusive rocks were preferential on the positive side.Soil, altitude and climatic attributes separated in.an expected manner,about the basic north:south dichotomy; railway type and adjacent land.use characters were not particularly relevant at this level of division.
At the next stage, the selected attributes separated lines in theMidlands and East Anglia from those covering the greater part ofsouthern England; differentiation was also made between the highigneous and metamorphic areas of Scotland, England and Wales, and themilder more lowland parts of the north. Subsequent division continuedand defined these trends, with local rather than regional, attributesplaying an increasingly important role.
When field work is.completed and measured widths available for sitesin.all regions, it will become possible to give a more preciseestimate of acreage.
Li
8
Table 2.2. Preferential Attributes.
Attributes
Class 62 38 43 28 37 23 81 68 14 61 10 30 57 50 35
1 * *
3 * * * * *
6 * *
10 * * *
5 * * *
7 * * * *
9 * * * *
. 14 * * * *
13 * * * * *
8 * * *
12 * * * *
4 * * * * *
11 * * * *
20 * * * * * * * * *
17 * * * * * * *
18 * * * * .* * *
19 * * * * * *
15 * * * * * * *
16 * * * * * * *
24 * * * * * * * *
25 * * * * *.
21 * * * * * *
23 * * * * * * so
22 * * * * * *
Key to Attributes:
10 > = 400' asl14 Heath, rough pasture23 <7.00C January28 <10 days snow lie30 <30 days snow lie35 <5.0 hrs sun July37 <6.0 hrs sun July
• 38 > = 6.0 hrs sun July
43 Well drained calc. soils50 Upland peaty gleys57 Igneous intrusive61 Carb. and Mag.62 Chalk and oolites68 Coal measures81 Boulder clay
The classes are listed with respect to the first axis of ReciprocalAverage ordination. The attributes are ordinated by means.of an indexderived from their relative representativeness at the first division ofindicator species analysis.
2.3.3 Track classes
Class 1 South-Eastern Lowlands
Estimated acreage: 11 500 ± 800Preferential attributes: Chalk, oolites and cornbrash
hours bright sunshine, JulyWell drained calcareous soils<10 days snow lie<70C January
This is a compact, exclusively south-eastern class, clustered by acombination of climatic and edaphic attributes.
The majority of lines are administered by Southern Region and areelectrified. They occur on recent sand and clay deposits of theOligocene, Eocene and Cretaceous, on which neutral to mildly acidsoils have developed. The climate is sunny with cool winters andminimal snowfall. Some intermediates with Class 2 occur on loweroutcrops of chalk.
Class 2 Southern Chalk Uplands
Estimated acreage: 6500 ± 600Preferential attributes: Chalk, oolites and cornbrash
>=6.0 hours bright sunshine, JulyWell drained calcareous soils<10 days snow lie<70C January>=400' asl
This is mainly a central southern group, including Salisbury Plainand the high chalklands of the surrounding area.
The lines are Southern and Western Region and the majority are multipletracked but not electrified. They occur on clay with flints or on drift
. free areas where well drained calcareous soils have developed. Theclimate is similar to Class 1.
Class 3 London Basin and South Midland Hills
Estimated acreage: 5200 ± 920Preferential attributes: Chalk, oolites and cornbrash
>=6.0 hours bright sunshine, JulyWell drained calcareous soils<10 days snow lie<6.0 hours bright sunshine, July<7°C JanuaryBoulder clayHeath and rough pasture
For statistical reasons this class combines the originaP end groups3 and 4 (Table 2:1). It is not entirely'homogeneous, having some unitsc1ustered in the London clay basin and others distributed throughvalleys of the chalk and limestone Chilterns (Cretaceous), Cotswolds(Jurassic) and Mendips (Carboniferous). However, the units are linkedby climatic attributes and all occur on calcareous soils. Anextensive group of intermediates is found in the Chiltern valleys.
10
All four qouthern British Rail Regions are represented in this group,and the lines are electrified in some areas.
Class 4 South-Western
Estimated acreage: 6500 ± 600Preferential attributes: >=6.0 hours bright sunshine July
<10 days now.lie<6.0 hours bright sunshine<7.0°C _
-JanuarY—Boulder clayCoal measures>400' as].Igneous intrusive
This is another compact class including the majority of units inCornwall, Devon and Dyfed.
The lines are exclusively Western Region and are not electrified.Climatic attributes are important clustering vectors, and define areasonably sunny area with mild winters and little snow., The linesare characteristically associated with old red sandstone (which accountsfor the slightly anomalous inclusion of two units lying to the northof Hereford), and, to a lesser extent, with Carboniferous coal measuresand millstone grit. Igneous intrusive rocks are also indicative ofthis class. The majority of sites are drift free and the soil isalmost always a non-calcareous brown earth of some description.Topographic variations are large and are indicative of the secondarilydissected nature of the south-western pcneplain.
Class 5 Central Southern
Estimated acreage: 4500 ± 510Preferential attributes: Chalk, oolites and cornbrash
>=6.0 hours bright sunshine JulyWell drained calcareous soils<10 days snow lieHeath and rough pasture
This area is essentially continuous with the previous but lies furtherto the east and is characterised by a slightly sunnier climate withcolder winters.
The lines are mainly off the old red sandstone and coal measures, andare associated instead with younger Triassic and Jurassic deposits
. (including Eeuper marl and lower Lias). They are more consistentlyfound on drift covered areas and are especially characteristic ofriver and marine gravels.
Most lines in this class are multiple and are managed by Southern,Western and Eastern Regions.
Class 6 South Coastal
Estimated.acreage: 1000 ± 200Preferential attributes: >=6.0 hours bright sunshine July
<10 days snow lie<7.00C January
11
This is another combined class in which 2 small end groups (one onRomney Marsh, monotypic) have been put together for statisticalpurposes.
The combination seems sensible, since all units are coastal, occurbelow 25' asl, and are characterised by blown sand, dunes, salt marshand rild climates. Soils, where developed are alluvial, or, more rarely stagnogley.
Units occur in Southern, Western and Eastern Regions on a variety oftrack types.
Class 7 South Midlands
Estimated acreage: 11 400 ± 780Preferential attributes: Chalk, oolites and cornbrash
Well drained calcareous siols<6.0 hours bright sunshine JulyBoulder Clay>400' as].
This is a large class occupying a considerable area in central andeastern England, with lines administered by Eastern, Western and LondonMidland Regions.
Although still predominantly southern, the climate is less mild thanprevious groups. The topography is slightly elevated (200'-300' asl),and there is a strong geological association with chalk and Jurassiclimestones. The lower Lias and Oxford and Kimmeridge clays are alsowell represented. The soils developed are generally calcareous buthave varied structural and drainage patterns. Boulder clay is themost widespread drift, although gravels are locally important.
Class 8 Midlands
Estimated acreage: 11 400 S 810Preferential attributes: Chalk, oolites and cornbrash
Boulder clayCoal measures •Heath and rough pasture
This is another large group gradually replacing Class 7 northwards, butwith a rather more scattered distribution. Focal areas occur in uplandEast Anglia and on the Cheshire Plain, and there is an outlier to thewest of Carlisle.
The.climate is generally less sunny than in the previous class, andthere is a distinct trend towards non-calcareous Triassic rocks'(including especially Bunter sandstone and Keuper marl). However, someintermediate units with chalk are retained in East Anglia, wherecomparably, calcareous soils also occur. Elsewhere stagnogleys andnon-calcareous blown soils are more typical. •
The lines are mainly multiple and are -administered•by Eastern, Western.and the London .Midland Regions.'
There is considerable reason to suspect that this class would beimproved by subdivision.
12
1
1
Class 9 Central Eastern Lowlands
Estimated acreage: 4500 ± 510Preferential attributes: Chalk, oolites and cornbrash
Well drained calcareous soilsBoulder clay<6.0 hours sunshine July
<30 days snow lie
ThiS-is-1 compact Eastern Region class, typically occurring on the lowlying chalk of Lincolnshire and Yorkshire, where drift and soils areextremely variable, and are best characterised, in the local context,by absence of peat.
Some Oxford and Kimmeridge clay occurs, and soils include rendzinas,gleys and non-calcareous brown and alluvial types. The climate iscontinental, sunny with cold winters, and the tracks are predominantlymultiple.
Class 10 Fenland and Broadland
Estimated acreage: 5400 ± 540Preferential attributes: Chalk, oolites and cornbrash
>=6.0 hours sunshine July<6.0 hours sunshine July •<7.0°C JanuaryBoulder clay
This is a very local Eastern Region class, covering the low lying fensand broadlands of East Anglia.
The solid geology is variable, including Oxford and Kimmeridge claysand corallian beds. Chalk is significant around the.margins of theareas and Norwich Crag is the main rock in the eastern part. Most ofthe rocks are overlain with peat or, locally, with alluvium, and thecharacteristic soil type is earthy lowland peat, although stagnogley,non-calcareous brown and alluvial soils also occur.
The climate is continental and the land almost exclusively below25' asl. The lines are administered by Eastern Region and are generallymultiple.
Class 11 Northern Coal Measures
Estimated acreage: 8300 t 690Preferential attributes: <10 days snow
<6.0 hours.sunshine JulyBoulder clayCoal measuresHeath and rough pasture
This is a widespread group occurring in industrial tancashire andYorkshire, with outliers as distantly placed as Edinburgh and Hereford.
The class is rather variable climatically, but tends towards a moderatetemperature and average sunshine hours. Most of the lines aremultiple, and there are representatives in all British Rail Regionsexcept Southern.
13
This is largely a coal measures group, although some Bunter and Keuperdeposits occur, and a few intermediates with the following class (12)are found on Carboniferous limestone. Drift characters are variedand include boulder clay, alluvium and gravels. The soils, however,arc more uniform, and are generally stagnogley or non-calcareous brownsoils of a loamy or clayee type.
Class 12 Northern Limestone and Sandstone
Estimated acreage: 6800 ± 620Preferential attributes: Well drained calcareous soils
<6.0 hours bright sunshine JulyBoulder clayCoal measuresCarboniferous and Magnesian
:This class has a comparable distribution with 11, but is generally off the coal measures, rather more low lying, and with a tendency towarda more extreme climate.
The class is most abundant between York and Grantham and extendsnorthwards along the east coast of Scotland. It is more local to thewest of the Pennines. The lines are largely multiple and are underthe administration of the Scottish, Eastern and London Midland Regions.
• This group is most commonly associated with Bunter sandstone, but alsooccurs frequently on Magnesian and Carboniferous limestone as well asPermian (new red) sandstone. A variety of drift is found with no .clear pattern except that alluvium is Most common. Soils, comparably,are often alluvial, but calcareous and non-calcareous types of varyingstructure have developed on the underlying strata.
Class 13 Western Coastal
Estimates acreage: 4700 t 520Treferential attributes: <10 days snow lie
<6.0 hours bright sunshine July<7.00C JanuaryBoulder clayHeath and rough pastureCarboniferous and Magnesian
This is a west coast class, with the majority of units occurring close. to the sea in Wales and Cumbria. Outliers, however, are found on theStour and Exe estuaries, likely removed from their more naturalaffinity (Class 6, Southern Coastal) by climatic considerations. Theclimate of this class is oceanic, mild with warm temperatures, butnot particularly sunny.
Three geological groups are fairly equally represented: Ordovician andSilurian rocks are characteristic of the Welsh group, whilstCarboniferous limestones occur along the Cumbrian coast. The majorityof other rocks are Triassic. The drift pattern shows a strong
. association with alluvium, but boulder clay and drift free areas arealso contributory. Non-calcareous brown soils are typical, but areasof alluvial and stagnogley soils also occur.
The lines are almost consistently below 25' asl, are single or multiple, 'and come under the administration of London Midland, Western and EasternRegions.
111
1
II
I.
1
14
Class 14 Lancashire Plain
Estimated acreage: 2400 ± 360Preferential attributes: <10 days snow lie
<6.0 hours bright sunshine July<7.0°C JanuaryBoulder clayCoal measures
A rather small group concentrated_on_the_coastal plain_from.the -Wirral ----_to Fylde, but with scattered outliers.
The major geological strata are from the Triassic and include Buntersandstone and Keuper marl. The drift is various, and about two thirdsof these lowland units are characterisied by peat or blown sand.Soils include stagnogley, alluvial and non-calcareous brown typeswith a lowland podzol being typical of Lancashire Moss members. Theclimate is cool (6.0°C January) and not particularly sunny.
This class is entirely administered by London Midland Region, and islargely composed of multiple track units.
Class 15 Pennines
Estimated acreage: 8300 690Preferential attributes: Boulder clay
Coal measuresHeath and rough pastureCarboniferous and Magnesian>400' asl<30 days snow lie Igneous intrusive
This is an upland group with the majority of Members occurring in thearea between Settle, Uttoxeter, Leeds and Wigan.
The lines are mainly on Carboniferous strata, including the millstonegrit of the Pennines and the coal measures of their foothills, however.Triassic rocks are not infrequent and the Magnesian is also represented-.Drift is predominantly boulder clay, and soils are charactoristfcalivupland, including raw peats, peaty gleys and stagnogleys. Some non-calcareous brown soils also occur.
The climate is cool with a fairly long snow lie and the lines arefrequently found above 400' and almost invariably above 200'.Administration is by Eastern and London Midland Regions, with ScottishRegion holding responsibility for a single, anomalously included, uniton the line between Glasgow and Edinburgh.
Class 16 Oceanic Carboniferous
Estimated acreage: 5900 ± 570Preferential attributes: <7.0°C January
Boulder clayHeath and rough pasture'Carboniferous and Magnesian>400' asl<30 days snow 'lieUpland peaty gleys<5 hours bright sunshine July
15
This group is widely dispersed and includes almost all the South Walesmining valleys, areas in the Marches and Derbyshire and parts of theSouthern Uplands of Scotland.
Its;members are restricted to Carboniferous rocks, generally coalmeasures, and are further grouped by possession of poorly &rainedacidic soils. Boulder clay is the most abundant drift.
The climate is wet, but sunshine hours and snow lie vary widely withaltitude. There are a considerable number of single track lines inthis group, and members fall into all British Rail administrativeRegions except Southern.
Class 17 Midland Hills
Estimated acreage: 5500 ± 540Preferential attributes: <6.0 hours bright sunshine.July
Boulder clayCoal measuresHeath and rough pastureCarboniferous and Magnesian>400' asl<30 days snow lieIgneous and intrusive .
This class is combined, for statistical reasons, from the originalend groups 19 and 20.
• Although the units are dispersed they hold in common moderate elevation.,and cool winters with medium snow lie and sunshine figures. They occurcharacteristically on Triassic rocks, although the Carboniferous,Jurassic and Magnesian are also well represented. The drift is usuallyboulder clay on which stagnogley or, more rarely, non-calcareous brownsoils, have developed, although where drift is absent rendzinas becomecharacteristic of the limestones.
The units, which are single and multiple tracked, are administered byLondon Midland, Eastern and Western Regions.-
Class 18 Hilly 1gorth Coastal Carboniferous
Estimated acreage: 4500 ± 510Preferential attributes: <7.0°C January
Boulder clayCoal measuresHeath and rough pastureCarboniferous and Magnesian>400' asl<30 days snow lie<5 hours bright sunshine July
This is a disperseigroup occurring in southern Scotland and northernEngland on coastal and hilly Carboniferous deposits. Units occur onlimestone, coal measures and millstone grit, and are particularlyassociated with intrusive and extrusive igneous rocks: Boulder clayis the prevalent drift, and in most areas stagnogleys, or acid mineralsoils with poor drainage.have developed. The climate is cool but notextreme.
Lines, which are generally multiple, are administered by Eastern,London Midland and Scottish Regions.
16
Class 19 Scottish lowlands
Estimated acreage: 9100 ± 980Preferential attributes: Boulder clay
Coal measuresHeath and rough pastureCarboniferous and Magnesian<30 days snow lie Igneous intrusive
This class holds much in common with the previous (18), but generallyoccurs on more low lying land, and hence occupies much of the centrallowlands and coastal areas of Scotland.
The most important geological strata in this group belong to theCarboniferous, but old red sandstone and Magnesian limestones arealso represented. The drift is predominantly boulder clay, althoughareas of allivium and gravel also occur, the soils developed on thesedeposits are stagnogleys, non-calcareous browns and alluvials.
The lines are administered by Scottish, London Midland and EasternRegions, and are largely multiple with some electrified units.
Class 20 North-Western Coastal
Estimated acreage: 2600 ± 380Preferential attributes: <10 days snow lie
<6 hours bright sunshine July17.0°C JanuaryBoulder clayCoal measuresCarboniferous and Magnesian>400' asl<30 days snowIgneous intrusiveUpland peaty gleys<5 hours bright sunshine July
This is a combined class (end groups 23 and 24) of coastal units inScotland, Wales and the Lake District. The units have a mild gulfstream climate, with increasing snow lie and decreasing bright sunshinenorthwards.
The geology is variable and includes the Silurian and Ordovician ofWales, together with Carboniferous and Triassic strata and old redsandstones. Igneous intrusions are not uncommon. Drift, where present,is alluvial, gravel or boulder clay, and this has superficiallydeveloped into stagnogley and non-calcareous brown soils.
The lines occur in Western,London Midland and Scottish Regions and includelarge stretches of single track.
Class 21 Highland Coastal
Estimated acreage: 4200 ± 510Preferential attributes: Boulder clay
Heath and rough pasture<30 days snow lieIgneous intrusiveUpland peaty gleys<5 hours bright sunshine July
17
This class is confined to the north of Scotland where dt occurs incoastal and lower lying areas.
Old red sandstones, metamorphic, and igneous intrusive rock are theimportant geological strata, and these are typically overlain by
boulder clay, over gravels or allivium.. Much of the soil ispodsolised, although gleys and organic (peaty) soils are alsocharacteristic.
The climate is generally cold with moderately long snow lie, although
the figure for sunshine hours varies considerably between east andwest coasts. The lines are all administered by Scottish Region, anda large proportion are single track.
Class 22 Low Highlands
Estimated acreage: 2700 ± 460Preferential attributes: Boulder clay
Meath and rough pasture>400' asl<30 days snow lieIgneous intrusiveUpland peaty gleys
This class is restricted to the Highland area where it includes mostunits of moderate elevation.
Metamorphic and igneous rocks are ubiquitous, and the strata aregenerally overlain by boulder clay or hill peat. The soil ischaracteristically upland peaty gley, with rankers and stagnopodzolsoccurring more rarely.
The climate is cool and wet, and the snow lies for 50 daySin some units. The lines are single track and are administered byScottish Region
Class 23 Highland and Montane
Estimated acreage: 6200 ± 700Preferential attributes: Boulder clay
Coal measuresHeath and rough pastureCarboniferous and Magnesian>400' asl .<30 days snow lieIgneous intrusiveUpland peaty gleys<5 hours bright sunshine July
This class is combined, for statistical reasons, from end groups 27 and
28, which include the highest railwy lines in the North Pennines,
Southern Uplands and Scottish Highlands.
Carboniferous rocks occur in the more southerly cluster, where limestone,.millstone grit and coal measures are represented. Igneous rocks aretypical of the Southern Upland group, where Silurian and Orduvicion
strata also Occur. The Highland area•rocks are almost exclusivelyigneous and metamorphic. Boulder clay and hill peat are the predominantdrifts, with the latter being more characteristic of Highland lines.
1111111
1i i1
'
11111
1
18
Acid brown and organic soils, gleys, podzols and raw peat are allcharacteristic of these cold, wet upland areas.
There are single, multiple and electrified tracks in this class which has areas administered by all three northern Regions of British Rail.
Class 24 Welsh and South-Western Uplands
Estimated acreage: 2900 ± 440- Preferential attributes: <10 days snow lie
<6 hours bright sunshine July>7.0°C JanuaryBoulder clayHeath and rough pasture>400' asl<30 days snowIgneous intrusive<5 hours bright sunshine July
This class combines the Welsh and Cornish hill units (end groups 29and 30) into a logical south-western upland group. The climate ismild,although the Welsh hill sites have a long winter snow lie figure.
In Cornwall,the lines occur on old red sandstone and igneous intrusiverocks, whilst,in Wales the predominant geological strata are Ordovicianand Silurian. Drift, where prcsent is mainly boulder clay, althoughalluvium and glacial gravel also occur, and the soils are non-calcareousbrowns, stagnopodzols, peats and rankers.
The lines are single and multiple and are administered by London Midlandand Western Regions.
Class 23 Acidic Coastal
Estimated acreage: 2600 .1-410Preferential attributes: >=6.0 hours bright sunshine July
<10 days snow lieBoulder clayHeath and rough pasture<30 days snow lie Igneous intrusive<6 hours bright sunshine July
This class is an uneasy marriage of acid sites beside north-eastermforths and south-western coasts (end groups 31 and 32), having markedlydiffering climatic attributes. The soils, drift and topography,however are comparable.
The southern sites are on Pre-Cambrian, Ordovician and Silurian andCarboniferous rocks, whilst the northern group are clustered on oldred sandstones. These acid ancient rocks are overlain by alluvium orboulder clay, on which podzols and non-calcareous brown soils havedeveloped.
The lines are administered by Scottish and London Midland Regions andare typically single track.
1
1
11
1
1
19
Table 2.3. Sampling proportionsof the post-hoc British Rail stratification.
Class Members Sample% in sample
1 71 30 422 40 19 483 32 12 384 40 18 455 28 14 506 6 2 337 70 36 518 70 39 569 28 23 8210 33 14 4211 51 15
12 42 16
13 29 16 5514 15 10 6715 51 26
16 36 13
17 35 17 4918 28 4
19 56 10
20 16 9
21 26
22 24
23 38 9
24 18 8 4425 16 2
The riglithand column shows the proportion of sites sampled in each ofthe classification strata. Incomplete rows have class members inScottish Region which is yet to be sampled.
20
2.3.4 Sampling proportions
Eastern, Southern and Western Region random samples, which were allascribed post-hoc to stratification classes have been tabulated withthe stratified London Midland Region survey to show the percentage ofunits sampled within each class (Table 2.3).
A minimum of 33% is found in the anomalous ((15 members afteramalgamation) South Coast Class, 6. Elsewhere the figure varies between
- 38%-and-82%T-with-a-mean-for-all-classes—(excluding-those-with representatives in Scottish Region) of 50%.
These figures apply only to the random survey and do not include sitesvisited in either the cutting/embankment or Biological Interest surveys.When all information is combined, the mean sampling percentage will bein excess of 70%.
2.4 Comparison of vegetation and track classifications
Quadrat information from the 60 random sites visited in Southern and WesternRegions during 1978 was classified using ISA. The results, with and withoutweighting for percentage cover, are given in the Third Interim report (Sargent& Mountford 1979). The vegetation classification derived without coverinformation was compared with the geographic classification of BR land(track classification) introduced to provide sampling strata. Vegetation andtrack classifications were arrayed according to their scores on respectivefirst axes of RA ordination (Table 2.4). A total of 573 quadrats clasifiedinto 14 vegetation types were distributed throughout the 14 track classeshaving members in Southern and Western Regions. An initial inspection of thetable (2.4) suggests that there is no clear association between track andvegetation classes.
Certain kinds of vegetation occur throughout BR land irrespective of locallyprevalent geographical and climatic conditions. Such vegetation is•disturbed and deflected by the dominant influences and effects of BRmanagement and usage; including periodic clearing and spraying and thedumping of ballast, cinder aridnitrogenous waste. From Southern and WesterrrRegions, for example, such vegetation falls into the following-classes:
1. Disturbed, well drained Arrhflttherun with bramble.5. Damp, nitrophilous Arrhe!;:-.7thorz,:nwith nettle and bramble.
. 7. Rank cinder and ballast vegetation.Ash scrub.Base poor scrub.
12. Rank open hawthorn scrub.
In Table 2.5 these classes have been removed from the array and clustering..of the remaining classes emphasised by dotted lines.
Similarities exist in the distribution of track and more stable or undisturbedvegetation classes. In particular, following the method of Bunce & Smith(1978) a linear relationship may be shown to exist between the classifications.Kendalls coefficient of rank correlation giveset:= .53*, whilst a regressionanalysis of mean vegetation score (y) against track classes (x) (consideredas constant) produces the equation y = .65 43.57, p = .72*. A linear equation may not be the most.appropriate way of expressing the relationshipbetween these classifications since the rank order of track and vegetationclasses is by mean RA score and may not reflect a direct linearity in theenvironment.
21
Table 2.4 Southern and Western Regions track and vegetation classes arrangedwith respect fo first axis RA ordination scores.
Class 1 2 3 5 7
Score 12 13 16 22
2 79 2 1
4 77 6
1 73 43 15 3 6 10
3 70 7
8 67 9 7
7 65 9 5 2 3
6 58 9 3
5 56 8 12 1 7 5
11 46 .2
10 38 17 3 5 3
13 37 9 7 1 1
14 35 1 8
12 31 20 14 4 4 3
9 27 11 16 2 25 26
151 87 15 50 52
TRACK
14 13 8 4
22 24 29 30 32
V
A
2 1
1
3
3 63
9 25
2 5
5 4
1 3
9
1
2 17
13
9
5
1
6 48 10 69
11 20 17 24 16
33 38 39 49 50
1 1 8
2 1 1 1
14
3 2 2 96
1 3
6 5 56
1
24
2 1 5 36
1 17
1 1
7 12 63
1 5
10
1 58
18
9
4 1 72
3 5 97
4 15. 7 25 34 573
22
Table 2.5. The assemblarestof vegetation found along:sections of the track of
the Southern and Western PeRions now severely influenced by railway
management(Vegetation types 1,5,7,9,10 and 12,vide Table 2.4,
reflect the dominant influences of management practices; they occur
equally throughout Britain).
TRACK
Class
12357141384112017 24 16
Score 121316222224293032333839 49 50
2 79 2121 1 1 8
4 77 6321 1 1
14
-
3 70 792513 6 5 56
8 67 97251
24V
T'6 58 9313
1 17A
0
N11 46 21 1
1 5
13 37
11
189 7
14 35 18
9
43 27 1 2 1 13 3 36 3 4 2 8 8 151
23
The greater diversity of vegetation classes occurring in track classes 1 and2 suggests that not all track classes are equally homogeneous, howeveranalyses of variance between all track classes and all track and vegetationclasses are significant.
When vegetation informtion from the entire BR network becomes available itseems possible that the use of track classification will he shown to providea reasonable method of prediction for at least some vegetation types. P
24
3 THE LONDON MIDLAND REGION
This chapter describes field work in the LMR during 1979. Certain modifi-cations to information collection are discussed and short sections writtenabout the groups of plants and animals inVestigated. LMR vegetation willbe classified and analysed following the methods tested on Southern andWestern Region data (Sargent & Mountford 1979) when information from allregions becomes available and can be pooled.
Maps showing the location of sites and the relation of LMR lines togeological and topographical features are given.
3.1 Information collection
Data collection in the LMR was greatly helped by cooperation of PermanentWay staff who entered into useful discussions and supplied excellent maps.
Field work began in April in the Chilterns and progressed northward duringthe season to culminate in Cumbria at the end of August. During thisperiod,120 random sites and 72 biological interest (BI) survey sites* werevisited. Within the random survey, 44 sites proved to be cuttings, 31embankments,and the remainder flats or mixed formations. Followingdiscussion (Sargent & Mountford 1979),the cutting/embankment survey had beendiscontinued to free resources to increase the density of random sampling.The high proportion of cuttings and embankments visited randomly supportsthe decision to curtail this area of work.
3.1.1 Random site selection
Unlike previous years, the random sites in LMR were stratified. Of.the 25 strata into which BR land has been divided (Chapter '2), 16have representatives in LMR. The distribution of samples was strictlyproportional to the number of track (ten mile) units in each stratum(Table 3.1) with the exception that it was decided to visit a minimumof 2 random sites stratum-1.
Location of the sites followed a 2 stage random number technique-inwhich first the 10 mile unit to be sampled, and then the site(s)(100 m) within that unit, were selected. In some cases, where the unitswere randomly chosen more-than once, this method-gave rise to.morerthan-one site being visited in a unit.
3.1.2 The vegetation key
In an attempt to relate sites visited within the BI survey to randomsites, a vegetation key was introduced.
The key (Fig. 1) was derived from the ISA of combined random datafrom Southern, Western and Eastern Regions. The ISA was run to 5levels and the resulting 32 classes used without modification.
Non-random sites which are expected to be of biological interest andwhich are visited because of prior information of some kind.
25
Table 3.1. Division of sampling effort amongst strata occurring inthe London Midland Region.
StratumRevised No.
StratumOld No.
Track unitsMembers
SitesSampled
3 ( 3 1 2
( 4 5 37
9 27 148
10 34 1711
13 28 1212
4 8 413
15 14 714
16 11 615
17 34 1616
18 5 3
19 25 1217
20 2 218
21 1 219
22 6 4
20( 23 5 3
( 24 3 223
27 10 524
29 7 425
32 2 2
16
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27
the key was tested at a number of HI sites in the LMR where timepermitted. A transect was laid out at the approximate centre of eachsite, and quadrats were distributed along the transect as in therandom survey (Sargent & Mountford 1979). Incidence data from eachquadrat was fed through the key, and the vegetation class or classespresent scored for each site.
In the majority of cases, a sensible classification was obtained.However, the exercise was essentially an attempt to classify LMRvegetation in terms of plant associations occurring in S, E and WRegions. The degree to which it was successful indicates:
The continuity of certain vegetation types throughout the Englishand Welsh areas of BR.
That it should be perfectly possible to produce a useful generalkey to BR vegetation when information from all Regions becomesavailable. Until such time, further use of keys, beyond testing. the principle, will not be made.
3.1.3 Sites of Biological Interest
Of all the sites recorded, it was decided that 44 merited considerationfor their biological interest. Ten outstanding sites within the randomsurvey are included and the remainder are from the Biological InterestSurvey. Of these, 25 were visited at the suggestion of NCC officers,2 were found from information in Floras, and a further 7 were discoveredor visited speculatively following examination of local maps.
Files have been opened for the majority of these sites (Appendix 4),and indicate where particular forms of management or protection wouldbe appropriate. Files have also been completed for sites of particularinterest in Southern and Western Regions visited during 1979(Appendix 3).
3.2 Vascular plants
During 1979, 736 species of vascular plant were recorded, compared with 770-in Southern and Western Regions. The slightly lower species total reflectsthe generally impoverished flora further north. Eighty species were notedfor the first time in the survey, and these were mainly characteristic ofcoastal and upland areas, especially on Carboniferous limestone. A significantnumber of aliens were included for the first time, and the balance of thenew plants were those associated with habitats rather sparsely developed onBR, especially wetland and woodland.
There is a discernable increase in the abundance of calcifuge species in 1979as compared to 1978, and a more marked change compared to.the largelycalcareous Eastern Region. Among the commoner flowering plants, differencesbetween the years are not clear, but it is interesting to note the much greaterabundance of Crosurua cristacus in central Wales.
Carboniferous limestone supplied the richest sites of 1979 in terms of.generalflora and specific rarities. Graig Fawr (8180), Wye Dale (R203 and 8165) and -Gauber (R229 and 8173) were outstanding with Oraba incaKa, Sei.i.anthemunc. canum,
28
Hornungiapetraea,Pyrolar. rotundifoliaand Silenenutansalthough all thesites with exposures of this rock were above average. Typical species suchas Aspleniumviride,Carexlepidocarpa,Coelogiosaumviride,Cochleariaofficinalisssp alpina,Epipactisatrorubens,Galiumsterneri,Geraniumsanguineum,Gymocarpiumrobertianum,Hypericummontanum,Minuartiaverna,Primulafarinoca,Rubiaperegrina,Selaginellaselaginoides,Sesleriacaerulea,Sorhusrupicolaand Thal-z:ctrur.m. minuswere found more generallyandthe endemic whitebeam, Sorbuslancastriensishas a small population atMeathop (8172) in Cumbria. -
Other upland areas supported local species, Meconopaiscambricawas foundat two places high in the Welsh hills, and Pyrolaminorand Festucaviviparain Cumbria.
The lines of North Wales and Cumbria tend to follow the coast and severalsites-had fragments of salt-marsh, or more rarely sand-dune and cliff.Nearly one .fifthof the new species found in 1979 were maritime plants,butmost were the common and widespread taxa. Catapodiummarinumwas foundat two points on the Merioneth coast, Limoniumhumileoccurred by the lineover the E. Esk estuary in Cumbria, Equisetumvariegatumwhere the linecrosses the Anglesey dunes,and LathyrussylVestriswas regular on grassybanks all along the west coast.
Interesting aliens included Erinusalpinusand Rumexscutatuson limestonecuttings north of Clitheroe and a good population of Tetragonolobusmaritimusat Rushbeds Wood (8111) in Buckinghamshire. Arenariabalearicagrew on a wall in Southport, a further record of Bromusinermiswas madeat Pentre Aaron (R178), Tellimagrandiflorawas found at Singret (8138) nearWrexham and Melling (R227),in north Lancashire, and Yeatucalongifbliawasrecorded in several places in the southern part of the Region.
Amongst other interesting plants seen was Alliumscorodoprasumat 2 sites.in the Ellen valley east of Maryport,and a particular feature of the 1979data was the presence of 3 maritime species in localities well removedfrom the sea. Cochleariadanicagrew at Snowford Junction (B125) in.Warwickshire and at King's Langley (R123) in Hertfordshire. Cerastiumdiffusumwas widespread in the west Midlands growing on cinder by the cess,a habitat .where Carexarenariawas common in North.Wales, and occasionaLin..Lancashire and Cumbria. The dumping of sea-sand at Emscote Power Station(B121) added other maritime species in an inland locality, but,even withoutthis interference,BR provides artificial shingle-banks and sand-flatsthrough ballast and cinder throughout the Region.
NOtable records were made for some fairly common species outside their normalrange: liciatetraspermanear Portmadoc, Cerastiumarvensejust south ofCrewe and Calamagrostiscaneccenson the Wirral, and some new data weregathered on the typically railway species previously discussed (Sargent& Mountford 1979). Equisetumarvensewas apparently ubiquitous, and-Seneciosqualiduswas widespread. Chaenorhinumminusalso occurred throughout.theRegion,with an interesting record at nearly ICOO'asl (Lodge-Hall (8173)).Linariarepenswas common in west and central Wales and occurred at isolatedlocalities in Lancashire (Silverdale (8I71)) and Cumbria (Low Borrowbridge(R231)). Vulpiamyuroswas.abundant on cinder in North Wales where the Atlas.of the British Flora shows it to be local or rare, and it occurred occasionallyelsewhere in the Region.
lillat Le'liit;VIrEkiX541:ti`32Em:IZ:22;-=m ; XM
2 .ctpTatEfi
it
.c:2111.glin2.0.-2r4i71“0.-12P-2t-=4, arr.z.E2-5.-:%-i7E:J;11F211::',--F.ff, s::::;..-.c
P F. 2 3 • ',:i11, - ..*(4, t, ,:
cZ
Table 3.2. Vascular plant species found on London Midland Region during 1979.
Ci IA4.2 j
- =5. g gg2.2 E qge ge7:1L.3.t21,41-1.,k101 4:-.fl“ra- ra:=4-;•=ei:"=Fr^^e a t
tc;;1 2tt3.ft
emC a'ar .13 ,r,s'mu=
'Ztii5Eit qi isiitB54g i t-p., 521erkfliilk- zwl?:;:iiczle;t1c5eh
Eat.f.?, P=CiEVIS tEu2g 21- E r r- 7 X .7z.val, r="2.6665 0668500 02.2L'IC1:i EEC"2 .15111171MAE11111111111AriliT411)/11111:11=11111111111/14111121/2=VI
F5:;:AT'argin't4-.3"-Eetgit'F e lErrn.E=NPIEtnft5'41iDEL541!nnr
tt e 't i ID3
i..15)-4
AllillijitillitiWni5lifilllitliiilliVillijiIWIFtEiMrrillailliirlC_.
i.l..1.1-24,e,WEZ;28'20.23M,Xinpx;Imarovftakti
13(:; • --0 c_ - I _
4 ,
F1--;
_ „ 11, 1' r.
444f:di-Ail
0
30
Table 3.2. Vascular plant species found on London Midland Region during1979 (continued).
Acerplatano-LdesL.Acinosarvens::s(Lam.) Dandy •AgropyronjunceifOrmeA &•D. LoveAgropypo?:1,:q,?fl.3(pers.)Room. K Schult.AgrostisgiganteaRothAlliumscorodoprasumL.
-- Aóphila-arenar;ia- Cirift-AntirrhinummajusL.Aphanesarvensisss. L.Aphanesmicrocarpa(Boiss. & Reut.) Rothm.AguilegiavulgarisL.Arabidopsisthaliana(L.) Heynh.ArabiscaucasicaWilld..Arabishirsuta(L.) Scop.ArenariabatearicaL.Arenarias. lcptocladoi;(Reichenb.) Guss.Arenarias. serpyllicoliaL.Armeriam. maritima(Mill.) Wild.Asparaguso. officinalisL.Aspleniumviri'deBuds.Asternovi-belgiiL.Aster.tripoliumL.Athyriumfilix-femina(L.) Roth.AtriplexhostataL.AvenasativaL.Barbareaverna (Mill.) Aschers.BetulapendulaRoth. x B. pubescensEhrh.BidenstripartitaL.BrassicanapusL.BrassicaoTeracea L.Brassicarapa L.BromusinermisLeyss.BuddlejadavidiiFranch.Calamagrostiscaneacens(Weber) RothCalystegiasepiums.s. (L.) R.Br.Calystegiasilvatica(Kit.) Grisob.Carcx.inulaalliariifOliaWilld.CampanulalatifoliaL.CconpanulatracheliumL.CarexacutiformisEhrh.CarexarenariaL.CarexlepidocarpaTausch.CarexovalisGood.CarexpallescensL.CarexpendulaBuds.CarexpsuedocyperusL.CarexpullicarisL.Carexrostrata StokesCarpinusbetulusL.Catapodiummarinum(L.) C.E. Hubbard.Centranthusruber (L.) D.C.Cerastium•tomentosumL.Charcecyparislawsoniana (A. Murr.) Parl.ChrysanthemummaximumRamondCochleariadanicaL.
31
Table 3.2. (continued)
Cocnearia o. ai,pa (Bab.)HookCochleariao. officinalisL.Cocloglossumviridc(L.) Hartm.ConvallariamajrlicL.Corydalisclaviculata(L.) DC.Corydalislutea(L.) DC.
,CotoneastermicrophyllusWall.Crepispaludosa(L.) MoenchCrocosmiax crocosmiiflora(Lemoine)N.E.Br.DianthusbarbatusL.DoronicumpardalianchesL.Drabaincana L.Dryopteriscarthusiana(Vlller)H.P. FuchsEleocharisuniglumis (Link)Schult.Endymionhispanicus(Mill.)Chouard.Epilobiumbrunnescens(Cockayne)Raven & EngelhamEpipactis'atrorubens(Hoffm.)Schult.EquisetumvariegatumSchleich.ex Web. & MohrErinusalpinusL.Erophilaverna(L.) Chevall.EuphorbiacyparissiasL.Eupharbiaesulas.l.L.Euphrasiaboreal-1,r;Wettst.Euphrasiabrevipila Burnat & GremliEuphrasia nemoroma(Pers.)Wa111'.EuphrasiarostkovianaHayneFestucaZongifb1.1:aThuill.Festuca ovinaL. ssP tenuifolia(Sibth.)Peterm.Festucavivipara(L.) Sm.Fragariax ananassaDuchesneFumariaboraciJordGalanthusnivalis L.GaZ.copsist. bifida(Boenn.)Lej. & Court.Galeolosist. tetrahitL.Caliuni puirilummum ssp sterneri(Ehren.)Geraniumrotundifbil:umL.Gernaium sanqm-ZneumL.Glauxmaritim L.Gymnocarpiumrobertianum(Hoffm.)Newm.Halimioneportulacoides(L.) AellHelianthemumc. =run (L.) Baumg.Hemerocallisfolva (L.) L.liqracleuTmcntegazzianum Somm. & Lev.HieraciumssP L.HieraciumumbeilatumL.Sonkenifaveploides(L.) Ehrh.HordeumvutgareL.Hornungicpetraea(L.) Rchb.llydrocotylevulgarisL.HypericumcalycinumL.HypericummontanumL.Iris germcnicaL.Juncusgerardii_Lois,JuncusmaritimusLam.Kniphofia.spMoenchbahunner,anagyroidesMedic.LamiumhybriaumVill.
32
Table 3.2 (continued)
Larixdeciduamill.LathyruslatifoliusL.LathyrusodoratusL.LathyrussylvestrisL.LemnaminorL.LepidiumruderaleL.Lironium-humile-mill.-LimoniumvulgareMill.Linariapurpurea(L.) Mill.LupinusarboreusSimsLuninus polyphyllusLindl.LycliumbarbarumL.bysimachiavulgarisL.Mahoniaaquifolium(Pursh.) NuttMeconopsiscambrica(L.) Vig.MelampyrumpratenseL.Mentharotundifolia(L.) Huds.MenthaspicataL.Minuartiaverna (L.) HiernWsopates orontium(L.) Raf.Montiasibirica(L.) HowellMyosotissecundaA. Murr.hVosotissylvatica Hoffm.MyriophyllumspicaturL.Narcissusx biflorusCurtisOenanthelachenaliiC.C. Gmel.OenothcraerythroseDalaBorbasOphioglossumv. vulgatumL.OrchismorioL.Parnassiapa/ustrisL.Petrosc1inA.7?sJgetum(L.) KochPhleumarenariumL.Phleumpranse s.s.L.Piceaabies (L.) Karst.Piccasitchonsis(Bong.) Carr.Piloscila cuArantiaca(L.) C.H. & F.W. Schultz ssp brunneocrocea(Pugs.I.).P.TL.PinguiculavulgarisL. Sell & C. West-
PinusnigraArnold,Plantagomaritina L.Piatantherc,chlorantha(Cust.) Rchb.Polygonatumx hybridumBrug.Polygonumaz;iculares.s.L.Polyvnum oolystachyumWall ex Meisn.PolygonumsaciltalinenceF. SchmidtPopulusalba L.Populusx canadensiaMoench var. serotina(Hertig) Rehd.PopulusgileadensisRouleauPotentillaanglicaLaichardingPotentillanorvegicaL.PrimulafdrinosaL.PrunuslaurocerasusL.Puccinelliamaritima(Huds.) ParlPyrolaminorL.Pyrolar. rotundifoliaL.PyruscormunisL.Quercus;:lexL.Rhododendronponticum L.
33
Table 3.2 (continued)
Rhus typhinaL.Rheumsp. L.RibessanguineumPursh.RobiniapsewloacaciaL.Rorippaislandica(Oeder) BorbasRubiaperegrinaL.RubusidaeusL.RubussaxatilisL.Rumexacetosellas.s.L.RumexscutatusL.Saginaa. apetalaArd.SaginamaritimaDonSalixcinereaL. sep oleifoliaMacreightSalixx laurinaSm.SalixpentandraL.SalixphylicifoliaL.Salixrepensssp argentea(Sm.) G. & A. Camus.Salix repensSalviavertThillataL.Saxifraga.xurbiumD.A. WebbSchoenopectus-tabernaemontani(C.C. Gmel.) Palla.•ScirpusmaritimusL.SedumforateranumSm.SedumreflexumL.SedumspuriumM.Bieb.Selaqinellaselaginoides(L.) LinkSeneciovulgarisL. forma ligulatus D.E. AllenSerratulatinctariaL.Sesleriacaerulea(L.) Ard.
intermed-LczSchur.SilenemaritiruWith.SilenenutansL. var smithianaMossSisymbriumorientaleL.SolanumtuberocumL.SolidagocanadensisL.Sorbusaria (L.) Crantz s.s.Sorbusintermedia(Ehrh.) Pers. s.s.SorbuslancastriensisE.F. Warb.Sorbusrupicola(Syme) Hedl.SpartinaanglicaC.E. HubbardSpartina x townsendiiH. & J. GrovesSpergulariamarina(L.) Grizeb.Spergularz:amedia (L.) C. PreslStellarianeglectaWeihe-Suaeda maritima(L.),Dum.SymphytungrandiflorumDC.Teesdalianudicaulis (L.) RtBr.Teilirragrandiflora(Pursh.) Dougl. ex Lindl.Tetragonolobusmaritimus(L.) RothThalictrumm. minusL.Tiliax vulgarisHayneTrifoliumscabrumL.Triglochin•maritimaL.TriticumaestivumL. •
1
•
34
Table 3.2 (continued)
Valerianellalocusta(L.) BetckeVicialathyroidesL.ViciasativaL. ssp nigra (L.) Ehrh.Viciasylvatica-L.ViolaC. caninaL.ViolaodorataL. var dunctorumJord.-Viola-p-ViolatricolorL. sspcurtisii (E. Forst.) Syne.
35
3.3 Bryophytes
A survey of the bryophyte flora of BR land was begun in 1979 for itsintrinsic interest and with the intention of reinforcing the vegetationclassification. All bryophytes occurring in quadrats were recorded and anadditional list made of those species seen within each site. Samples ofplants of uncertain identity were taken for subsequent verification, andvoucher specimens of all species recorded are kept at Monks Wood.
Of the 116 mosses (species and varieties) and 30 hepatics recorded (Table3.3), 5 species were particularly frequent: Brachythecium rutabulum,,WEifin:?osteniccnferum (Eurynchium), and Lophocoleabidentatawerecharacteristic of the rank grassland occurring on much of BR land, whilstFunari.ahygrometricaand Bryumargenteumwere often found on cinder,particularly along the herbicide sprayed cess. F. hygrometricaoccurredin all except 3 of the random sites in the LMR, and part of its success maybe due to phenology, since it is commonly fertile in the spring before mostspraying takes place. On narrow disturbed sites, especially in the southeast, the moss flora was more or less restricted to these 5 species. However,wider sites with a more maritime climate showed much greater diversity, andmore than 30 species were recorded at several large cuttings near the west • coast.
Rock cuttings provide a particularly interesting BR habitat, especiallywhere there is sufficient water. On limestone cuttings, species recorded.include: &I-igen:accacarea,Neckeracomplanata, LeiocoleaturbinataandGymnostomumaeruginosum,whilst,-on saristone, associations members included:Calypogeiapinta,Barbilophoziafloorkt:i,Dicranella heteromallaandOdontoschismadenudatum(one site only).
Sites adjacent or close to the sea shore supported very few bryophytes.Schistiditt7/rzrim occurred at one site on the Cumbrian coast (whereit is a new record for the particular 10 km square), but elsewhere
hygrometricaand one or two small species of Bryamwere the only mossesfound. The railway tends to remain in lowland areas, but two sites were ofsufficient altitude for Racomitriumto be recorded. R. faseiculareandP. heterootichum,occurred on siliceous boulders beside the line betweenBetwys-y-Coed and Blaenau Ffestiniog, whilst R. canescenswas. found.in..limestone grassland at Ribblehead,•in association with.characteristic•species.
Inspection of the list (Table 3.3) shows that comparatively few of eventhe most common epiphytic mosses were recorded, reflecting the generalabsence of mature woodland from BR, although scrub and developing woodlandare widespread. The majority of species found belong to grasslandcommunities, and it is expected that they will show sufficient discriminationto be of value during classification.
Several of the plants found are almost certainly new records for theirparticular area, and an annotated list is being sent to Dr. A.J.E. Smith,UCNW, Bangor, for information and confirmation.
36
Table 3.3 . Bryophytes recorded from LMR during 1979.
(a) Mosses. Nomenclature follows Smith (1978)
AmblystegiumserpensA. riparium
variumm4trichuinttnduLaturn.AulaconniumandrogynumBarbulaconvoluta
faLlaxB. recurvirostraB. reflexaA. unguiculataBrachytheciumalbicansB. glareosumB. plumosumB. rutabulumB. velutinumBreutellachrysocomaBryumalpinumB. argenteumB. argenteumvarargenteumB. bicolorB. caespiticiumB. pallensB. rubensCalliergoncuspidatumCampyT chrysophyllumC. stellatumCampylopueparadoxusCeratodonpurpureusCirriphylZumcrassinerviumC. pilifcrumCiirreacz:TdendroidesCratoneuroncoextitatumC. cormutatumvarcomrTutatumC. cormtatum var-falcaturnC. filicinumCryphaeaheteromallaCtenidiummolluscumDichodontiumpellucidumDi-ranellah.2.teromaL7aD. variaDicranumbonjeaniD. majusD. scopariumDrepanocladusaduncusD.reucluensD. uncinatusEurhynchiumpraelongumE. praelonglfmvar praelongumE. praelongumvar stokesiiE. striati4.7E. .ctiaptzii .FissidenaadianthoidesF. bryoidesF. taxifolius
37
FunariahygrometricaGrimmiapuivinataGymnostomumaeruginosumHomaliatriehomanoides
H. lutesconsHookerialucensHylocomiumsplendensHypnumcupresciformeH. eupressiformevarcupressiformeH. eupressiformevar LacunosumH. cupressiformevar resupinatumH. jutiandieumH. ramillatum
lindbergiiIsopterygiumelegansIsotheelummyosuroides
myurumLeptodietyumpyriformeLeucobryumglaucumMniumhornum14. marginatumM. stellareNeekeracomplanataPhilonotisfontanaPlagiomniumaffineP. cuspidatumP. rostratumP. undutatumPlagiotheciumdentieulatumP. latebricolaP. undul.atumPleuroziumschreberiPohliaaarneaP. wahlenbergiiP. nutansPolytriohumcommuneP. formosumP. juniperinumPottiabryoidenP. lanc.wiataPseudoscieropodiurpurumRaconl:tri!,,mcanescensR. faseieulareR. heterostiehumRhodobryumroseumRhynchosteaiumoonf,rtumRhytidl:adaphusloreusR. squarrosus
triquetrusSchistidiumapo::ar.7
martimumSeligeriaealeareaSphagn;AmfimbriatumS. palustre•-S. sif.:)n::tes.TariphyllumThuidinmT. tar-r.riscinum Tortulamural-isT. turalisTrichostoMmibrachydontium
38
(b) Hepatics
Farbilophoziafjoerkei (Web. & Mohr) LoeskeCaZypogeiafisaa (L.) RaddiCephaloziabicuspidata(L.) Dum.Cephal.oziellabyssacea(Roth.) Warnst.C. hampaana(Nees) SchiffnConocephalumconiclir:(L.) Dum.piplophyllumalhicans(L.)Dum.
- Possombronia•pusilia-G7)-pum7Frullaniatanarisci(L.) Dum.Gynnocoleainflata(Huds.) Dum.Lophocoleabidentata(L.)pum.L. cuspidata(Nees) Limpr.L. heterophylla(Scurad.) Dum.Lophoziaventricosa(Dicks.) Dum.Lunutariacruciata(L.) Dum.MarchantiapolymorphaL.Marsupellaemarginata(Ehrh.) Dum.Metzgeriaflaicata(L.) Dum.llardiascalaris(Scurad.) GreyOdontoschismaden,Adatum(Nees) Dum.Peltiaepiphylla(L.) CordaPLagicchilaasplenicides(L.) Dum.P. spinulosa(Dicks.) Dum.Ptilidiumciliare(L.) Nees.Ric3ardiapinguis(L.) GraySaccogynaviticuiosa(Mich.) Dum.Scapanianemorosa(L.) Dum.S. widulata (L.) Dum.
(Sm.) Mitt. .
39
3.4 Animal data
This section relies on data collected by Brendon Carleton, a third yearsandwich course student from Bath University, who was attached to thisproject during the summer months.
3.4.1 Introduction
Some improvements to information collection techniques were made. Inparticular, the animal recording proformas were modified to accommodatethe introduction of BTO habitat types (Figure 2). The groups recordedwere comparable to previous years (birds, other vertebrates andinvertebrates) and estimates of habitat quality were made.
Invertebrate records had previously been restricted to large invertebrateswhich were recognisable in the field. During 1979, however, a limitedinvestigation of soil invertebrates was begun. Data collected weredesigned to be statistically acceptable, enabling the student to gainexperience with analytical techniques as well as contributing usefullyto the general survey.
A method of extracting significant information from the bulk of anfmaldata (where resources prevent statistically satisfactory sampling) hasyet to be determined. Although viewed solely in the context ofqualitative support for vegetation and BR land classification, theinformation collected will undoubtedly prove of value.
3.4.2 Birds
Seventy-three species of bird (excluding domestic geese and fowl) wererecorded on BR land during the field season. A list of the species isgiven (Table 3.4) and is annotated to show frequency of sightings.Of the 9 species not previously recordea,only curlews and grey wagtailswere seen at more than one site, the curlews along the higher Penninelines and with the grey wagtails in wet central Wales.
The records were not entirely comparable with those of Southern,Eastern and Western Regions. In particular, there was a reduction in.thenumbers of garden birds, especially whitethroats, yellow hammer, wrensand garden warblers observed, whilst records of estuarine and sea birdsincreased. This latter is almost certainly due to the closeness with,whiCh railway lines hug the shore in north Wales, Cumbria and parts..ofLancashire.
Counts for birds associated with fresh water were also higher andparticularly interesting were'the records for sandmartins (nesting),spotted flycatchers, grey wagtails and a kingfisher between Newtownand Dovey Junction,where the line runs beside the rivers Dovey andTwymyn and has many tributary streams within its boundaries.
Swifts and swallows were exceedingly common feeding above railwaylines, and all disused platelayers huts examined supported at leasttwo nests of these species. Other railway nests, especially of scrub and developing woodland, characteristically belong to chaffinches,blackbirds, blue and great tits, willow warblers and robins, forwhich BR land also provides suitable feeding habitat.
1
ANIMAL RECORD REGN. DIVN. AREA SITE
COUNTY N.L.U.on
DATE
27/(7-7TIMEi000 •••---
-.5'•'--;
SITE NAME • RECORDER
TIPPING :
II -5;?
WEATHER p
•
LANDFORM
1 2 3 4 (5)6 7
;..1 )1:
0-4
twe,
CODE ORD. OTHER VERTS.
'e.),,,,..
contd. over
HABITAT APPRAISAL
MGT. DESCRIPTION
7 s6-4•
— • c)
(e._
j1/2-3
):, - 9-.,.' .r-c----'I- ( - Ly-t-,- t
SPECIES LIST OF ANIMALS RECORDED
ANIMAL FH FC R
Birds (small) If 3 :3'
Birds (large) 3 2- .I•
Mamm.(small) LE -3 LIL
Mamm.(large) 3 2- 3
Other verts,
3
Li- 1+ //Lepidoptera
-7-•
Other insects)i"- Q-
Other inverts.
ORD. INVERTS. ORD.
contd. over
ON BR
T ALS
BIRDS
contd. over
4-7TOTALS contd. over Contd. over ' contd.over
4 1
Table 3.4. Bird species seen on BR land during 1979 survey.
Frequency
Newel.% >1% >10% Record
ArdeacinereaAnas platyrhynchos'TadornatadornaAccipiternicusE21c0 tinnunculusLagopuslagopusscoticusPerdixperdixPhasianuscolchicusGailinutachloropusHaematopusostralegusVanellusvanalusNumeniusarquataLarusfuscusLams argentatusColumbaliviaColumbaoenasColumbapclumbvsStreptopeliaturturStreptopeliadecaoctoCuculuscanormsStrixalucoApus apusMoeda atthisPicusviridisDendrocoposmajorAlaudaarvensisRipariariparia
rusticaDelichonurbicaAnhus pratensisAnthustrivial/isIotaciilacineroa.gotacilla.albayarrelliiStrnus vulgarisGarru/usglandariusPica picaCorvusmonedulaCOP9USfrugilegusCorvusccronecoroneP±,unellamodularisTroglodytestroglodytes.LocustellanaevioAcrocephalusschoenobaenusSylvia borinSylviaatricapillaSylviacommunisPhylloscopustrochilusPhylloscopuscollybita.•PhyiloscboussibilatrixMuscicaDastriata
.0onantheoenanthe'52.2:2:eotarubetra
grey heronmallardshelducksparrowhawkkestrelred grousepartridgepheasantmoorhenoystercatcherlapwingcurlewlesser black-backed gullhering gulldomestic pigeonstock dovewood pigeonturtle dovecollared turtle dovecuckootawny owlswiftkingfishergreen woodpeckergreat spotted woodpeckerskylarksand martinswallowhouse martinmeadow pipittree pipitgrey wagtailpied wagtailstarlingjaymagpiejackdawrookcarrion crowdunnockwrengrasshopper warblersedge warblergarden warblerblackcapwhitethroatwillow warblerchiffchaffwood warblerspotted flycatcherwheatearwhinchat
Frequency
New<=1% >1% >10% Record
42
Erithacusrubecula robin
Turdusmerula blackbird
Turdusphilomelos songthrush
Turdusviscivorus mistlethrush
Paruspalustris marsh tit
Parusmontanus willow tit
Paruscaeruleus blue titParusater coal titParusmajor great titAegithaloScaudatus longtailed titSittaeuropaea nuthatchPasserdomesticus house sparrowPassermontanus tree sparrowFringillacoelebs chaffinchPyrrhuLapyrrhu/a bullfinchCarduelischloris greenfinchCardueliscarduelis goldfinchAcanthiscannabina linnetEmberizacalandra corn buntingEmberizaschoeniclus reed buntingEmberizacitrinella yellow hammer
Table 3.5. Other vertebrate species.
Oryctolaguscuniculus rabbitClethrionomysglareolus bank vole
Rana temporaria common frogApodemussylvaticus wood mouseBufbbufb common toadLacertavivipara common lizardVulpesvulpes foxSciuruscarolinensis grey squirrel
Sorexamaeus common shrewViperaberus adder
Agricolaterrestris water vole
Muntiacusreevesii muntjac
Piscessp
43
3.4.3 Other vertebrates
Species and frequency information are given (Table 3.5).
As in previous years rabbits were very commonly seen, using railwayverges as refuges wthilst foraging on adjacent agricultural land.Bank voles, wood mice and shrews were occasionally sighted, but,without recourse to trapping, their numbers are likely to beunderestimated. Other expected small mammals, including badger,hare, hedgehog, mole and rat, were not recorded on LMR.
Reptile and amphibian sightings were comparable with previous yearsrecords, and included several good-sized adders.
3.4.4 Field observed invertebrates
With the exception of butterflies, where species names are given(Table 3.6) it was not practicable to identify consistently other individuals beyond group level in the field.
Fifteen species of butterfly were sighted,of which the large and smallwhites and small tortoiseshell were the most common, whilst the smallskipper and speckled wood were seen only once. The red admiralhad not previously been recorded during the survey, but was present at4 sites during the summer.
All other field-identified invertebrates are shown in Table 3.7,and the most consistently recorded include the snails, Cepeanemoralisand C. hortensis;slugs, Arianater and A. hortensi:s;moths,Zygaenafilipendulaand Callimorphajacohaea;froghopper, Cercopisvulnerataand gnat, Culexpipiens.
3.4.5 Soil invertebrates
Measured soil samples were removed from the cess, verge and adjacentland at 20 random sites. The samples were placed in a Tollgrenapparatus (Murphy 1962) and the extracted invertebrates recordedIdentification was not normally beyond class level, but it wnsthought that numerical distribution was sufficiently interesting towarrant inclusion in this report.
All groups recorded are shown in Table 3.8 . It will be seen that,with the exception of the pauropod, all groups occurring in therailway cess were also found in the verges and in adjacent land.However, a large proportion of the groups occurring elsewhere were notrecorded from the cess. The numbers of groups and individualssite-1 were:
Cess :_4-9 groups site.); 16.9 individuals-site-1Verge : 7-9 groups site-1; 81.3 individuals site-1Adjacent land : 8-9 groups site-1; 61.8 individuals site-1
The cess is composed of porous cinder to a depth of several inches,enabling drainage of rain water and fluid waste (often nitrogenous)'expelled from trains.. It is kept weed-free-by regular spraying withherbicides and is.often contaminated with.oil, and to a lesser extent,litter.
. . -
44
Table 3.6 . Species list of insects recorded in the field during 1979 survey.
Order Common Name Scientific Name
LEPIDOPTERA(Rhopalocera Large White
Small whiteGreen veined whiteOrange tipPeacockSmall tortoiseshellPearl bordered fritillaryMeadow brownGatekeeperSmall heathSpeckled woodSmall copperCommon blueSmall skipperRed Admiral
PierisbrassicaePierisrapaePierisnapiAnthochariscardaminesInachisioAglaisurticaeBoloriaeuphrozyneManiotajurtinaPyroniatithonusCoenonymphapamphilusParargeaegeriaLycaenaphlaeasPolyommatusicarusThymelicus.sylvestrisVanessaatatanta
(Heterocera)
COLEOPTERA
HIUNOPTERA
CinnabarSix spot burnetGrass moth
Staphylinid beetleClick beetleDung beetleBark beetleSoldier beetleWhirligig beetle7 spot ladybird2, 6 spot ladybird24 spot ladybirdWeevil
Ant spAnt, meadowAnt, woodBee spBee, honeyBee, bufftailedBee, redtailedSawfly gallWasp spWasp, parasiticWasp, oak apple gallWasp, oak artichoke gallWasp, oak marble gallWasp, robin pin cushion gallWasp, spangle gall
Callimorphajacobaeae.ZygaenafilipenduLaePyralidae
StaphylinidaeElateridaeScarabaeoideaScolytisspCantharidaeGyrinidaeCoccinellia7 punctata Coccinellidae
Curculionidae
Formicidae :_Lasiuc„spLasiusflavusFormicaspApidaeApismaliftraBombussp/PsithyrusspBombusspPontania spVespidaeChrysisspBiorhizapallidaAndricusfecundatorAndricusspDiplolepisrosaeNeuroterussp
ORTHOPTERA Grasshopper spp • AcrididaeBush cricket sp Tettigoniidae
45
DIPTERA inc. Sepsis flyBiting "gnat" midgeBlow flyCrane flyHorse flyHover flyMosquito .House fly
SepsidaeCeratopogonidaeCalliphoridaeTipulasp TipulidaeTabanidaeSyrphidaeCulicidaeNuscadomestica
HEMIPTERA
•ODONATA
THYSANOPTERA
EPHEYEROPTERA
NEUROPTERA
TRICHOPTERA
PLECOPTERA
COLLEMBOLA
Frog hopper sppFrog hopperPlant hopper spPond skater spWater boatmanAphid spCapsid bug
Dragonfly sppDamsel fly
ThripThunderfly
Mayfly
Lacewing (green)
Caddis fly
Stone fly
Springtail
CercopidaeCerocopisvulnerataJassidaeGerridaeCorixidaeAphidoideaGeocorisae
AnisopteraZygoptera inc. Agrionsp
Thripidae Thripidae
Ephemera
Chrysopidae
1
46
Table 3.7 . Species list of other invertebrates recorded on BR nroperty.during 1979 survey.
Class Common Name Scientific Name
ARACHNIDA
CHILOPODA
Spider sppWolf spider spp.Harvest spider spp 'Sycamore gall mite
Centipede sp
AraneidaLycosidaePhalangiidaeAcari
Lithobiidae
DIPLOPODA Millipede spMillipede, pill Glomerismarginata
CRUSTACEA Freshwater shrimp GammarusspWoodlice Isopods
OLIGOCHAETA Earth worm
GASTROPODA SlugSlugSnail, hairySnail, glassSnail, GardenSnailSnailSnail and slug spp
ArionaterArionhortensisHigromiahysptdraVitrinapellucidaHelixaspersaCepeanemoralisC. hortensisStylonunatophora
47
The verges and adjacent land are essentially continuous, but arcaffected by differing management practices. Verges are sporadicallycut, burnt or cleared, and may be spread with ballast, whilst adjacentland generally supports some kind of agricultural usage.1
Significant differences in soil fauna were expected.
Both diversity and species number are lower in the toxic cess thanelsewhere (p<0.005), reflecting an unfavourable environment. It islikely that components of the population are ephemeral, and thatrecolonisation from adjacent verges occurs followfng a spraying event.
The density of individuals is greater in the verges than in adjacentland (p<0.01), and may be related to the comparatively undisturbedconditions prevailing in most verge soils.
The results suggest that considerably more detailed work would beprofitable. In particular, the cess or cinder beds provide adistinctive habitat on which little work has been done, and whereinteresting species are likely to be found.
48
Table 3.8 Soil invertebrates.
Class, Order Cess(English name)
Verge, Adjacent (English name) .
Enchytraeid worm
Pauropod
Centipede
Sminthurid springtailPoduromorph springtailEntomobryomorph springtail
ProturanThrip
Larva
Ant
Wood louse
Tyroglypolid miteMesostigmatid miteCheyletid mite(Beetle mite(Armadillo mite
StylommatophoraEnchtyraeid wormEarthworm
MillipedeCentipedeSymphylanSminthurid springtailPoduromorph springtailEntomobryomorph springtailDipluranProturanThripCercopid larvaLarvaAdultLarvaLarvaAntHymenopteranAmphipodWood louseSpiderTyroglypolid miteMesostigmatid miteCheyletid miteBeetle miteArmadillo mite
Gastropoda Gugochaeta
PauropodaDiplopodaChilopodaSymphylaInsecta, Collembola
DipluraProtura•ThysanopteraHomopteraColeoptera
LepidopteraDipteraAymenoptera
Crustacea, AmphipodaIsopoda
Arachnida, AraneaeAcari
49
4 DISCUSSION AND FUTURE WORK
4.1 Field work
During the year, certain changes were made (Section 3). In particular, thedecision not to continue the cutting/embankment survey will have a considerableeffect on the outcome of the project. Although, and in part a direct result,rather fewer exceptional sites were visited during the objective part ofIhe survey, it was possible to make a much more intensive random investigation,providing a greater amount of compatible information, than in previous years.Additionally resources were freed to enable more sites of possibleBiological Interest to be visited. The cutting/embankment survey will notbe reinstated. During its first year, the Bryophyte survey proved interesting.Particularly well shoum was the environmental sensitivity of many of theseplants, and it proved generally possible to estimate the quality of a siteby the diversity of its bryophyte species list. A number of new locationsfor species were recorded, and it is expected that the information willcontribute usefully to vegetation classification.
The soil invertebrate survey was slightly less rewarding, largely becauseof the extreme difficulty encountered by the student in identifying theanimals collected to species or genus level. Nevertheless it is intendedto pursue this area of work and it is hoped that during 1980, the studentwill be some rather less ambitious work, identifying components of the poorlyknown fauna of the cinder cess.
Vascular plant recording and field observations of animals, habitat and.environment will continue in Scottish Region during 1980, as in previousyears.
4.2 Stratification and classification
Whilst the BR land classification is likely to provide a useful method ofimproving precision and'interpretation, it also introduces certain difficulties.In particular, as similarly derived classifications are being compared anyconclusions must be relative, either and both classifications beingequallydependant on the methods used to derive them. That correlations occur(Section 2) suggests that the method is strong, but the implication remains-that at least one set of data should be independently tested.
No yardstick for measuring the value of track classes exists, but as,thereis an extensive literature concerned with vegetation classification.,independent examination of the ISA vegetation classes would seem to provide ,the most profitable approach. Comparison with an established vegetationclassification would have the further obvious advantage of removing BRvegetation from the artificial isolation created by independent survey andanalysis. It would clearly establish those associations peculiar to the.railway environment.
It is most reasonable to attempt to compare railway information with theBraun-Blanquet system, and it is possible, by inspection, to ascribe ISAderived clusters to particular Braun-Blanquet taxa. However, the method.is imprecise. Divisions within the systems, despite the potential tomanipulate ISA by weighting and other devices, are only fortuitouslycompatible and, particularly where information is continuously variable,class limits seldom correspond.
50
To try, on the other hand, to sort the railway information manually followingthe European (Braun-Blanquet) method, is impracticable. The eventualrailway data set (approximately 1 250 species and 5 000 quadrats) willoccupy a matrix of = 6.25 x 106 components.
It has therefore been decided to develop a "mid-channel" approach.
ISA, which provides an extremely efficient sorting method, will be used toreduce the data set to a number of clusters of manageable size. Becauseonly comparatively few quadrats will occur in each cluster and because thespecies set for each cluster will be smaller than the total, the sum ofsizes of component matrices will be considerably less (= x .025) than thesize of the overall data matrix. The information will thus becomepracticable for Braun-Blanquet analysis. ISA clusters will beindependently worked, approximating the European technique, and misfitspooled for redistribution.
The method will have the particular advantage over standard Braun-Blanquettechnique of enabling an exceedingly large set of data to be analysed, andover ISA (or similar mathematical methods) of enabling the information tobe clustered with respect to already existing classifications.
Within this particular piece of work it will also enable independentexamination of the BR track stratification.
4.3 1981
Although much of 1981 will be concerned with the analysis of collected dataand the mapping of defined vegetation types and species (in conjunction withthe Experimental Cartography Unit), some time will remain available for fieldwork. It is intended to use this time to visit identified lengths of lineof conservation interest, to map and describe such areas in detail and torecord, where survey information exists, any changes that may have takenplace. It is estimated that there will be about thirty such sitesthroughout the country, ranging in length from a few hundred metres toseveral miles. It is hoped that these sites will become the subject of someparticular form of protection by BR and the NCC.
At the same time, it is apparent that the colonisation of extensive areasof BR land by scrub and woodland has become a matter of concern andinterest. With the cooperation of the LMR it is intended to establish someexperimental plots on the Corby-Kettering line to investigate rates andpatterns of scrub development under railway influence.
51
5 ACKNOWLEDGEMENTS
We are grateful to Mr Christopher Beagley of British Rail for his continuingassistance, and to members of the Permanent Way staff, London Midland Regionwho gave help and advice during the year.
Miss Sally Knight and Mr Bob Medler prepared the maps skillfully, and wewould particularly like to thank Mrs Valerie Burton for typing the report.
6 REFERENCES
52
BUNCE, R.G.H. & SMITH, R.S. 1978. An ecological survey of Cumbria.Working paper 4. Cumbria County Council and Lake District SpecialPlanning Board.
BUNCE, R.G.H., MORREL, S.K. & STEL, H.E. 1975. The application ofmultivariate analysis to regional survey. J. Environ.Mgt, 3(3),15-166.
HILL, M.O. 1973. Reciprocal averaging: an eigenvector method of ordination.J. EcoZ.,61, 237-69.
HILL, M.O., BUNCE, R.G.H. & SHAW, M.W. 1975. Indicator Species Analysis,a divisive polythetic method of classification, and its applicationto a survey of native pinewoods in Scotland. J. Ecol.,63, 597-613.
MESSENGER, K.G. 1968. A Railway Flora of Rutland. Proc.Bot. Soc. Br.Isl.,Z, 325-44.
MURPHY, P.W. 1962. Progress in soilzoology. Butterworths ScientificPublications, London.
SARGENT, CAROLINE & MOUNTFORD, J.0. 1979. Third Interim report to theNature Conservancy Council on the Biological Survey of British Railproperty. NCC/NERC Contract No F3/03/80 : ITE Project 466.
SMITH, A.J.E. 1978. The Moss Flora of Britainand Irel.and. CambridgeUniversity Press, Cambridge.
WAY, J.M. & SHEAIL, J. 1977. First Interim report to the Nature ConservancyCouncil on British Rail land - Biological Survey. NCC/NERC ContractNo F3/03/80 : ITE Project 466.
WAY, J.M., MOUNTFORD, J.O. & SHEAIL, J. 1978. Second Interim report tothe Nature Conservancy Council on British Rail land - BiologicalSurvey. NCC/NERC Contract No F3/03/80 : ITE Project 466.
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ver
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h
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ou
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arse
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ip.
Pat
ches
of
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tle,
bra
mb
le
and
rose
bay
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icko
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of
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on
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lan
d.
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ban
do
pen
ing
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ixed
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s
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rry
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ith
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ser
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on
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last
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ow
rin
do
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ove
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as
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eral
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or
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hir
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o
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po
or
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rass
lan
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oft
enve
ry
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ith
area
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and
mix
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or
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ith
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pe
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der
flat
hn
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oi/P
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e
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ow
hn
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ak/R
awth
orn
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ram
ble
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ic...
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ted
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ith
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her
ir!,
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elan
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ome
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by
sig
nal
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ain
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her
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rass
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nd
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oth
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uth
tho
han
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mo
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and
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ith
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tle
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arse
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roto
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oo
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db
ent.
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eN
ero
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and
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efo
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ich
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on
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and
11111.d=
ow
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kets
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nd
.
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pro
vio
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urn
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he
low
ersl
op
esto
the
N
arc
stel
lar
wit
hro
sob
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od
lan
dw
ith
tho
rnb
ush
eso
ver
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om
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top
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hes
lop
e.
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eh
ron
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ino
ver
thic
k
mo
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tle
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and
coar
seA
rro
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gra
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lan
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om
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ith
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rotfl
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ur.
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east
and
like
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ng
fro
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atin
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low
emb
nn
kern
tin
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tle
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mm
on
ern
nd
less
bra
mb
le.
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tho
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ush
esar
to
ccas
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alan
dra
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cott
on
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pp
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ith
ho
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oo
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arse
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nb
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st
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mp
ing
on
up
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pe,
on
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flat
abo
vean
dg
ener
ally
to
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AMA
of
Pilo
ocilo
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athc
aov
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oo:_
fsan
d
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turf
occ
ur.
Th
etr
od
den
area
on
tho
up
per
flat
has
fOrb
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htu
rf.H
awth
orn
hed
ge
and
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din
gro
seb
ay.
Les
sre
gu
lar
ban
kw
ith
aro
aso
fla
nd
slip
and
rota
inin
gw
alls
.
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wca
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eaa
aaa
lan
dw
ith
scat
tere
do
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toth
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iter
bel
to
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pp
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ho
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d
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rw
ith
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ent
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tho
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orn
and
bra
mb
lo.
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me
rich
erp
atch
esw
ith
eorr
el.
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ilar
bu
tp
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rer
on
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rw
ith
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icke
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ore
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vean
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atch
es.
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tho
rnis
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mo
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oar
thu
fen
ce.
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eo
ther
com
mo
nh
erb
sar
eG
itt'u
fnar
efri
o.r,
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taur
ca
nigr
aen
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nutle
tThe
rear
oa
fe•
pla
nts
ofE
catu
ca
long
ifnlia
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spri
ng
line
wit
hd
rip
pin
gcl
iff
snd
mar
shto
the
S.
Nar
row
vorg
ow
ith
lines
ton
ob
alla
stan
dcI
nd
or.
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dy
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hoP
YI:
hrne
..1g
rass
lan
dw
ith
mo
sses
on
cin
der
and
net
tles
adja
cen
tto
fen
ce.
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ifo
rm.
low
roc
a000
rtif
olin
and
4:14
.rna
thrr
ong
rass
lan
d
vith
few
her
bo
rate
san
dlit
ter
thro
ug
ho
ut.
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eea
ster
ncu
ttin
gIs
cove
red
inb
ram
ble
and
haw
tho
rn.
Mu
ch
of
the
rest
i•
coar
seh
erb
and
spec
ies-
po
or
Arr
i:,*.
:ath
rrie
,
gra
snla
nd
.T
her
eis
eld
ersh
adIn
gn
ettl
e,g
oo
seg
rass
and
bo
gw
eed
inth
etu
sso
cky
east
ern
area
and
fesc
ue/1
-nd
plus
Oth
or
Co
arse
gra
ssed
toW.
Mo
reva
ried
.T
ho
cutt
ing
has
bee
nb
urn
tan
dle
aves
ara
ther
pat
chy
A).
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..int
her“
,g
rass
lan
dw
ith
ho
gye
adan
db
ram
ble
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her
e
isel
der
scru
ban
dn
ettl
est
and
sw
ith
this
tle.
Th
eb
road
flat
haw
(oxt
ail
on
dco
uch
asw
ell
ns
Arr
hrm
ilncr
w:
and
ad
itch
cro
s•I
egit
.
Alm
ost
den
ud
edo
fve
get
atio
nb
ecau
seo
fd
rain
age
wo
rk.
Afo
w
sho
ots
of
haw
tho
rnsu
rviv
eIn
the
dit
chan
dg
rass
by
fen
co.
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eea
sten
dis
flat
wit
hp
atch
yA
rld
:4d
drh
cram
ig
rass
lan
dan
d
freq
uen
tb
are
Cin
der
s.F
ell
1.0:
nru
l:m/I'
mco
mm
on
ern
ear
the
lino
.H
erb
-po
or
and
afe
wh
awth
nrn
bu
shes
.T
ho
wes
ten
dh
an
den
seh
awth
orn
/old
ersc
rub
ove
ran
ivy
carp
et,
wit
hco
arse
gro
ws.
no
ttln
and
go
oso
gra
smal
on
gth
eed
ges
.A
wet
verg
eto
the
wes
th
asOphirq/crotel,;I:o
un
i.:10
,q0
etc
and
the
line
edg
e
ham
C.
rill
,:1
1C:
(117
.1':,11
;at
rT
he
old
trac
kb
edb
yth
olin
eh
os
op
enh
erb
-ric
hA
rhm
ri.t
hr
rum
gra
ssla
nd
plu
sfe
scu
o/k
nap
wee
d.
Th
esl
op
eh
asm
ixed
tho
rn
Arr
ub
wit
hcl
eari
ng
.o
fP
rn,th
yrod
nel
nylv
dtie
nT
he
coar
se
gg
gg
gle
nd
toth
eo
ast
S.
bas
ico
lou
san
dq
uit
eri
ch.
Co
arse
t
wit
hb
ram
ble
and
net
tle
on
flat
abo
ve.
An
um
ber
of.
gar
do
n
So
me
mea
do
ssw
eat
stan
ds
and
coar
seg
rass
lan
db
ut
gen
eral
ly
scru
bco
vere
des
po
cial
lyn
ear
fen
cew
her
eh
awth
orn
/eld
ero
vor
ivy
isfo
un
d.
Els
osh
ero
rssp
ber
ryan
db
ram
blo
un
do
rta
llas
h
and
ho
wth
nrn
.
Mix
edco
arse
veg
etat
ion
of
bra
mb
leth
icke
tsw
ith
net
tle.
did
do
dta
tho
mu
m,
(Su
firny
nrin
e•n
nth
istle
.A
dry
dit
ch,
no
scru
ban
dfr
equ
ent
bal
last
tip
pin
g.
Co
arse
ArrIndultnem-g
rass
lan
d,
her
ban
dsp
ecie
s-p
oo
r.N
ettl
e,
tote
ntill
nrc
rfad
a,ar
liust
dpnr
ine
and
loca
llyb
ran
tal.
aro
freq
uen
t.S
catt
ered
syca
mo
rean
dhawthorn.
Dis
use
dsi
din
gs,
wel
lco
lon
lso
dw
ith
cnar
aeh
erb
-po
or
Arr
h.nu
alw
run
nu
arlin
ew
ith
fose
ue
and
Dco
olvv
rpot
:,rc
rnpi
toon
and
clo
mp
so
fS
ymph
yttim
xup
land
:cuf
f,.M
ost
of
the
area
is
den
sefa
llow
scru
bo
ver
D.
caco
pito
oa,
Junc
uoan
dlb
a
triv
iatio
wit
hse
atta
red
haw
tho
rn.
Fo
xtal
l,h
og
wee
dan
dae
ttlo
ere
Man
n.
Vlo
gg
edw
ith
Lycnnio,sn
eeze
wO
rt,
Car
exou
alic
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AT
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ITE
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AY
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ran
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assy
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mos
tth
roug
hout
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alla
stan
dci
nder
prod
uce,
shal
low
soils
with
Ain
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rrpl
itri:I
.ge
nera
llyco
arse
Arr
dond
l.;:c
m,m
gran
slan
dw
ith
fenc
uo,
Trin
et4,
,,co
uch,
ron,
Hol
ew,
leno
:Ns,
bent
locu
lly
Impo
rtan
tin
the
horb
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rsw
ard.
Pat
ches
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oan
d
U.1.4Pinc.:11.4,1
10P
cr.
T4
has
low
cutti
ngat
edge
with
thor
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ith
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uch
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aro
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mon
and
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spec
ies-
poor
Alp
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horu
mis
the.
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rm
ajor
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ough
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atch
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and
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begi
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.
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r-
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and
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orn
and
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wth
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ble
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od
lan
dg
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ove
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orn/
syca
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ass
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dern
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eed
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e•
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nort
hern
nrca
Us
afl
atO
fha
wth
orn
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ubw
itha
little
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unde
rit.
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cutti
ngto
tho
sou
thh
asco
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e
gra
ssla
nd
.of
Arrhenalhorur%I
thay
liasn
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oroa
rnr
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rw
ith
sen
tter
edbi
rch
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rom
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ntab
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and
hard
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ith
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corp
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lc;,3
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er
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cove
red
sallo
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rub
givi
ngw
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nce
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ore
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ound
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ond
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belo
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dary
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ough
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The
dta
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line
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eb
een
hea
vily
spra
yed
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rass
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cho
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de
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igh
reta
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on
ew
all
alm
ost
bo
rao
f
veg
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pt
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mo
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and
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eg
rass
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ns
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cen
tto
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nal
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kan
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me
wet
lan
d.
pla
nts
on
the
wal
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ove
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gh
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hcrt
thcm
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by
line.
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and
has
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tu
nd
ero
syca
mo
retr
ee.A
littl
eA
nnhe
aath
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,iv
yan
dC
aly“
lcgi
n
surv
ive.
73h
asb
oo
ncu
tan
dsp
raye
d,a
sw
ell
asb
alla
sted
by
the
lino
,b
ut
the
up
per
elo
pe
isb
irch
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cam
ore
and
ou
kw
oo
dla
nd
ove
rri,i4
A,
Con
ylce
,o
akan
dh
awth
orn
nea
rlin
e,
and
hen:
haat
'.h
rnm
ble
and
bra
cken
abo
ve.
Rid
ges
atilh
ave
ho
rb-r
ich
bet
spec
ies-
po
or
loan
a:at
i:era
la•
gra
ssla
nd
wit
hm
ats
of
Con
volv
alN
aan
dn
ettl
est
and
s.A
rnaa
vsaf
aan
dg
ame
bra
mb
le.
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eh
igh
ercu
ttin
gat
T2
etc
has
Hoi
..uo
millin/Avrhennth^rum
gra
ssla
nd
wit
hb
alla
stan
d
Kqu
icel
cab
elo
w;
cou
ch/f
escu
ean
dyo
un
gel
msc
rub
wit
hb
ram
ble
abo
vean
do
nfl
at.
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ge
at74
ish
eavi
lyb
alla
sted
wit
hA
rnac
actl:
omr,
bra
mb
le,
net
tle
and
tece
antlw
avam
.T
ow
ard
73,t
he
elo
pe
ises
sen
tial
ly
like
74b
utf
osc
uo
Isal
sosi
gn
ific
ante
nd
ther
ois
mu
chb
are
gro
un
d,p
lus
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tle
olm
scru
b.T
he
flat
abo
veh
ero
is
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gra
ssla
nd
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riana
tum
by
cep
ato
W.
Cu
ttin
gto
Sh
asar
eas
of
coar
sem
ixed
oft
enq
uit
eh
erb
-ric
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lan
do
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rnar
nath
anna
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Pac
taca
and
awfy
linw
ith
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flica
mili
nfal
lua,
cow
slip
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eata
arra
nign
r:an
dh
og
wee
d
com
mo
n.L
ow
bra
mb
leth
icke
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ove
and
spre
adin
g.E
mb
ankm
ent
toN
hu
mco
arse
gra
ssb
ylin
e:co
uch
,no
lona
nolli
:'sn
dfe
scu
qb
rnm
hie
thic
kets
bel
ow
and
ad
on
na
net
tle
stan
dat
foo
t.C
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ing
mai
nly
cove
red
inh
igh
den
seO
ram
ale
thic
ket
wit
h
emer
gen
th
awth
orn
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ck-s
ide
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rso
her
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oo
rm
ixed
gra
ssla
nd
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eem
ban
kmen
th
asn
low
bra
mb
leth
icke
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hic
hh
as
bee
nre
cen
tly
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yed
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oar
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or
grn
ssla
nd
of
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rrac
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erum
wit
h
Pea
,Abc
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scu
ean
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ccas
ion
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ors
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e.
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pu
nd
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eat
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ato
rd
itch
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hb
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ble
fest
oo
nin
gb
anks
;lo
cally
wit
hcl
eave
rs.D
are
soilb
anks
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hm
oss
by
wat
er.
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tle
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d•
mix
edw
ith
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ise
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and
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ron
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ncia
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om
e
bra
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dan
ald
arb
ush
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pre
sen
t,th
eb
ank
Is
by
farm
and
an
um
ber
of
arab
lew
eed
sg
row
her
o,
:;an:
cia
uula
anin
tem
pli:
Ada
the.
Tal
lth
ick
haw
tho
rnh
adg
eo
ver
Cal
icra
nia
and
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.
an'('
wit
hsc
atte
red
bra
mb
le.P
atch
eso
fA
llian
iaan
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e:va
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nabl
nbel
'aar
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sop
rese
nt.
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efr
on
ted
ge
by
tho
lino
has
coar
seA
ri*ol
uilk
eme,
gra
ssla
nd
,her
ban
dsp
oci
es-p
oo
r.
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row
erS
par
th
asm
edro
ug
hve
get
atio
no
fF
ortu
caru
tru,
ixb
ram
blo
andArrhemithor:c7wit
hlo
wh
awth
orn
bu
shes
.7h
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ack
sid
est
TO
Issi
mila
rb
ut
IsF
...at
aca/
ral
gra
ssla
nd
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ho
bu
lk
of
tho
flat
ho
wev
er1s
cove
red
1nro
sob
ay,
bra
cken
and
llam
am
ania
wit
hp
atch
eso
fM
ercu
rialic
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ndym
ion
and
prl
aro
se.
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mb
le,
cou
ch,
ho
gw
eed
andArrhematheruml
ap
atch
es.
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w-
hed
ge
byf
on
ce..
Dis
turb
edci
nd
eran
db
alla
stw
Ith
bu
nke
rsan
dh
uts
.O
pen
low
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ram
blo
and
gra
sses
pec
ially
Vul
pla
mju
naa,
Poa
prat
erai
oan
dArrhenatharum.S
om
elo
wsa
llow
bu
shes
.C
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cao
nb
alla
sto
fu
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line.
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73is
alo
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bramble
thic
ket
wit
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rrhi
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teru
",
Al.”
7:W
.Wi0
and
scat
tere
dG
elih
n:
a:vu
”'n
o.
Th
erei
sth
ena
sig
nal
bo
x.A
lon
gh
edg
eo
frq
/irpw
giiin
,p
ine
nn
dla
rch
go
es-
beh
ind
74.Iv
yfo
rms
nca
rpet
wit
hArmor:win,
bra
mb
le,
Ger
enfu
r:14
41:.
an:e
end
coar
seg
ran
s.E
lmis
also
com
mo
nw
ith
gar
den
esca
pes
and
Sitt
leth
rium
ot.io
ntnl
o.
Mix
edro
ug
hve
get
atio
nw
ith
op
enb
alla
stg
rass
lan
db
ylin
e•
rich
insp
ecie
..Th
eb
ank
isbramble
thic
ket
wit
hab
un
dan
t
bin
dse
ed.n
ettl
e,aili“mnrurine,
ur:,e
nno
and
acat
tere
dh
awth
orn
.Alit
tle
tpilo
hihm
hirn
ulle
,is
on
the
fist
atth
e,fo
ot
of
72.
Our
emor
ldnu
m.
Th
eb
alla
stfl
atb
yth
elin
eh
asiv
yca
rpet
san
dp
atch
esof
LYnt
rintk
uc,
wit
hitt
nine
tun
tnItn
area
%he
reIt
Isco
arse
r.
Th
eel
op
eat
73ho
nre
edan
db
ram
ble
wit
hor
w.:f
le.
74h
enta
llsyc
amo
resc
rub
ove
rn
con
tin
uo
usi
vyca
rpet
wit
hn
ettl
e.V
oter
itoe,
:7n:
io9:
it...I
no
da
few
oth
erb
osi
cole
socc
ur.
llV
ery
nar
row
bal
last
flat
tow
eby
Riv
erC
en.a
y.V
ery
spar
seve
get
atio
no
fep
hem
eral
s,sy
cam
ore
sho
ots
.fe
d:cr
app
.No
rth
oft
he
site
itw
iden
sto
giv
ea
bro
adro
cky
gra
uw
flat
wit
hsb
un
dn
nt
Anfhyllin,
Leth
dan
dA
trer
ia.
Th
eb
ank
isco
arse
gra
ssla
nd
of
Arr
hena
tker
4T,
wit
hP.:,:hc4/
rem
and
R,c
:i,i
in.
Larg
epa
tche
sof
bram
ble;
also
Ono
nin
roro
wan
dV
feiq
him
,4/22.T
he
foo
to
fth
ob
ank
has
am
ud
dy
salin
efl
atvi
thfe
scu
eg
ress
lnn
do
ned
ge
giv
ing
way
toF
lan
t•4,
0C-u,
.,se:
epe
jock
fnr,
tr:*
t.in
tand
Coe
hlef
ria;
and
Inec
:nel
lico
tc.
rrer
tin
ricl
um
ps
arc
ou
to
n
the
mu
dit
self
.-71
hn
sre
cen
tly
cut
elm
scru
b,n
ow
wit
hn
eglig
ible
pla
nt
cove
rm
on
low
ersl
op
eb
arad
ven
tivo
brn
ble
.Itst
illis
inta
ctw
Ith
bra
mb
leb
riar
un
der
gro
wth
nen
rth
efe
nce
.72
ban
mix
edfo
rb-
rich
cen
rse
veg
etat
ion
of
bra
mb
le,n
ettl
e,fe
rns
and
ho
gw
eed
,w
ith
pat
ches
of
Arr
ho
:.,:
her
hn
.V
iein
trils
7sp
orr
a:o
fb
road
flat
toS
inar
eab
etw
een
71n
nd
72w
ith
1..r
uocn
;;;o7
ur.
nry
op
hyt
esco
mm
on
.13
abo
veri
ver-
has
coar
seArrLenofheruma
nd
cou
ch/f
escu
ew
ith
anni
nft1
.-la
et:e
nalii
.74
has
op
enp
atch
yd
rygr
ants
:and
toa
wal
lott
h11
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etve
liten
:h.q.durt
and.
/..cr
12;,.
^
lh.t
erep
;:nllt
en.
Ivy
and
Aru
mb
yw
all.
Teu
eri.h
-1an
db
ram
ble
else
wh
ere.
Lu
sto
fth
esi
teis
a-d
ense
hig
hbrnoble
thic
ket.
71h
ow
ever
lam
ore
op
enan
dh
ash
erb
and
spec
ies-
rich
dry
es:w
edg
rass
lan
do
fA
ll4hn
hitr
-.•r
um/P
on/p
•.:T
hra
plu
sab
un
dan
t-Lc
In';:
trik
r1an
d/H
OT
/lie
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uch
Pa
Ila
stch
ewin
gne
arth
elin
e
supp
ort
P( o
lloto
rdrn
sin
and
Cat
farf
neoto
Ag
nIn
the
Wp
art
isb
ram
ble
-co
vere
d,b
ut
wit
hen
erg
ent
ayea
mo
ro.
74is
gen
eral
lyb
ram
ble
thic
ket
also
bu
tm
uch
low
s-an
dm
ore
op
en(c
701,
cove
r)w
ith
Arr
hen
dIr
wra
VIc
ocu
elu
the
gem
s.D
read
cin
der
flat
so
fo
ld•i
din
gs
wit
hsp
arse
gra
ssla
nd
of
spp
.,Anrentin
tntn
uin,
ArA
rntth
erk,
5;fi
ery:
of:e
l
op
wit
hfr
equ
ent
Mu
sei.T
her
ear
osc
atte
red
bir
chan
ditt
e:iic
ja
bu
shes
.FO
rth
erfr
om
the
line,
tho
cove
rIs
mo
reex
ten
sive
bu
tsi
mila
rin
mak
a-u
pif
rich
erIn
spec
ies.
Th
erei
sth
enlo
v.cu
ttin
gsl
op
eco
vere
din
dec
idu
ou
ssc
rub
of
syca
mo
re
wit
has
h,
•lo
and
bir
chev
eran
ivy
carp
etw
ith
net
tle
and
lAllo
pler
iasc
atte
red
.R
ou
gh
ealc
ifu
ge
gra
ssla
nd
of
Hol
eun
mol
ted
andArrheratherum
wit
hp
atch
eso
flo
wo
aksc
rub
,es
pec
ially
Que
rcuo
cerr
iap
lum
bra
mb
le.
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nd
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a
and
bra
mb
lein
ao
utr
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ated
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her
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get
atio
n.
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clea
rfr
op
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ing
stre
amp
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esal
on
gth
eb
ank,
bu
tw
ith
littl
eo
rn
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ical
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etla
nd
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ore
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ies-
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ein
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rass
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ith
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mm
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sw
ell
as
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kn
ott
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ail
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er
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arse
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ther
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to
ften
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assi
ng
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ket
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oca
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ies-
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ches
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Trit
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ith
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mi:o
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pyr
rom
irm
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cho
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ob
ank
isco
vere
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tall
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h
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ble
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lop
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ear
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gra
ssy
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eed
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eral
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ies-
rich
mix
edan
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raze
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ug
o
turf
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nrac
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ean
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ith
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ove
ran
db
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p.
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ero
ug
her
Ep
art
ham
bra
cken
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bra
mb
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ith
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atar
ina
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tle
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gen
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olo
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rass
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dis
fou
nd
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ecas
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tat
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etta
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y
con
s.T
ho
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and
spec
ies-
rich
caic
ifu
go
gra
ssla
nd
wit
hya
rro
wan
db
ryo
ph
ytes
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mo
rein
ten
sely
gra
zed
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nea
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efu
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na,
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ootin
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rt
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od
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ith
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oh
ank
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inu
nst
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eral
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arse
rg
rass
es.
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aher
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art
hu
nix
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of
her
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dsp
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ug
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gra
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nd
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rub
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tncr
dn
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m
wIt
hto
rmen
til
etc
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tuft
no
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arse
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rass
es.
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klh
azel
scru
b61
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ram
ble
and
app
lyco
oin
gin
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astw
ard
line
go
es
into
OA
kW
oo
dA
nd
DR
ban
kis
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tho
m:m
thu
m/S
olir
ICo
d/
Dan
a;:a
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fla.n
nora
gra
ssla
nd
wit
hm
uch
mo
ss,
fosc
uc
and
pat
ches
of
Pal
a:T
yr:4
m,
dooi
ona
also
her
e.
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tern
par
tis
enlc
ifu
ge
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of
fesc
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t,h
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ith
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enti
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ott
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om
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and
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ther
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the
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od
lan
d73
ioan
op
on
bra
mb
leth
icke
tw
ith
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ney
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le
snd
fern
sp
lus
bir
ch.
Go
od
spec
ies
list
for
•sm
all
alto
.
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stab
lero
cky
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pe
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hp
atch
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gu
tati
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gra
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u,
and
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ll
her
bs
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ium
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arse
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shes
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ch).
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rman
til
com
mo
n.
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urn
taa
aaa
Vac
cini
tc,
nyrt
illus
and
Cal
tuna
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lus
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and
Mu
se/
aro
Co
mm
on
.C
ut
into
Sid
e
of
hill
and
line
go
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und
blu
ff.
RE
FD
AT
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NA
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CE
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ILW
AY
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ES
IDE
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RM
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ons
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Gen
eral
lysi
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rve
get
atio
no
no
tho
loac
res
and
bal
last
slo
po
.
Fer
ntu
fts
aro
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mo
nan
dth
eh
igh
ersl
op
eh
ns
am
ore
ur
less
con
tin
uo
un
veg
etat
ion
cove
ro
flo
wb
irch
scru
bo
vor
men
ses.
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e-pi
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and
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let
rivin
tdna
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he
low
ered
ge
has
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fIrru
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do
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ant
un
der
oak
fro
mad
jace
nt
Wo
od
lan
d.
Low
man
°A
nd
Crn
tio
pre
sen
t.
RIO
S11
July
SS
0043
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ewsf
ynyd
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awaf
ynyd
db
ran
chE
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t/14
-21
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pca
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ug
og
rass
lan
dw
ith
pat
ches
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fern
and
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her
b.
.(f
rom
Lla
nd
ud
no
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ut
Den
t,fe
scu
e,A
ntho
arnt
hum
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iogl
ingi
nan
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an!“
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lus
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es,
snee
sew
ort
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rmo
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l,ho
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mol
lin,
hgpe
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niou
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ntha
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istu
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ore
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ave
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ch11
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mon
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el.,
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and
sorr
el.
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low
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b
occ
urs
nea
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ove
ro
rch
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wet
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dfo
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Cor
r;
pollr
me.
wo.
So
me
haw
tho
rn,
fila.
vorp
pan
db
rack
en.
cgro
r
nren
oren
on
cin
der
.
Fla
t/24
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adci
nd
erfl
ats
cove
red
ino
pen
turf
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clov
er.
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outio
Su
bot
clea
fem
t,P
runr
Ilan
od
tron
todo
ncu
t:on:
alio
plu
s.
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ar-o
dium
rigid
unan
dV
ulp:
om
iler-
sr.
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arse
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ith
low
bu
shes
nea
rth
elin
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yb
uild
ing
sat
Sen
d(7
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ixed
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hm
uch
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oour
uoan
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rns
on
old
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rm.
Em
ban
kmen
tat
Mo
dg
om
ain
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rack
eno
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SD
4033
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ynn
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hel
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eral
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ixed
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colc
ifu
go
gra
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nd
of
lio:c
uore
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,
Aw
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ath.
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,11
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li;.,
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aod
inn,
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outiu
tenu
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tlet
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rew
sbu
ry)
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rsp
e.T
her
ear
ola
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ches
of
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nre
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cnin
and
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ear
oas
haV
ob
een
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rnt
rece
ntl
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lit:r
uces
pec
ially
hes
suff
ered
.S
on
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ram
ble
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ches
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dy
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ep
lace
s
wit
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andi
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.
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8.4
Dan
kto
low
clif
fto
pab
ove
bea
ch.
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eral
lyco
arse
3nd
' o
verg
row
nw
ith
bra
mb
le,
bro
cken
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rica
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rrn
and
go
rse.
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eg
ra•
gy
aro
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eo
ft
on
her
ban
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eeie
s-
rich
M.
':y
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n'a/
ne,1
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nolli
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on
plus
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ir:W
Pik
r.
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inco
mm
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ino
pen
san
dy
pla
ces
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lduy
lvat
ico;
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liour
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lypc
,icur
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dJa
uiva
h:g
row
atth
ob
ott
om
of
tho
cutt
ing
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ore
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lter
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1
R19
212
July
SN
6236
60D
oly
bo
nt
Ab
erys
twyt
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ran
chN
EC
ut/
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ge
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gb
yth
elin
e,th
ena
slo
pe
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wn
to
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mM
ach
ynlle
th4
Sla
bfe
nco
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o...
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the
line
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tly
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k.
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rew
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ry)
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arso
Ate
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gra
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nd
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terin
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mp
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rack
en
stan
ds
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gin
gin
tota
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mm
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itie
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ran
d
mea
do
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eet.
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me
bra
mb
lean
dto
llas
h,
syca
mo
rean
dh
azel
scru
bal
on
gfe
nce
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SW
ctl
t::0
-14
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pes
up
toro
od
mo
stly
cove
red
inlo
w,
den
seA
nd
imp
enet
ra-
ble
scru
bo
fb
lack
tho
rn,
haz
elp
lus
haw
tho
rn,
go
rse.
bra
mb
le
I
and
bri
ar.
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elo
ser
edg
eh
asb
een
cut
bo
ckan
da
nu
mb
ero
f
shad
esp
ecie
so
ccu
r.T
3is
wat
erlo
gg
edan
dh
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oki
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g
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ato
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of
Chr
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hfe
rns
and
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tario
.
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rack
enan
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arse
gra
ss.
1119
612
July
SN
0209
34A
fon
Lo
riA
ber
ystw
yth
bra
nch
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llbs!
'
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arse
her
b-p
oo
rA
rr;.c
eath
erw
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rass
lan
dw
ith
bro
mb
lop
atch
es.
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m-M
ach
yntl
eth
&
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oac
hed
zon
eb
ylin
op
atch
yg
ran
slo
nd
of
fixtu
cam
bra,
Sh
rew
sbu
ry)
Ant
horr
whu
nan
dflo
lcuu
lano
tur
nit
hP
lont
ago
Imcc
aiat
n.
Go
od
po
pu
lati
on
so
fLi
ntria
repe
nt?
An
d7r
ifolfu
rar
eenr
eo
n
cin
der
hero
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ith
Vul
pia
hrom
ider
..
.
S:121:,(
41.
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on
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atio
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Mo
na
bro
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atco
vere
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bra
mb
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icke
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ed-b
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b.
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e
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latt
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asa
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ram
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ler
fern
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ituo
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tly
dre
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od
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ero
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.
Agr
oatio
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ell
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ps
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nce
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nis
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atch
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ith
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ture
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wet
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arse
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R20
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uman
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ithb
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and
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rved
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rth
istl
e.
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tto
rod
tro
na
of
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mo
rean
das
h,
plu
sh
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orn
un
d
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ush
es.
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cally
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sees
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ially
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ith
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row
th,
mo
reco
uch
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tw
ith
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roab
un
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ften
do
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ant.
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rge
area
so
f4:
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shilk
drh
mw
ith
Ap
rop
yrO
n,
bra
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lesn
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ling
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uch
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ar,
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ak
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hh
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nd
ant
on
and
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atat
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ollio
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nif
ican
to
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ato
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.
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ixtu
reo
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llh
orb
r-
rosc
bsy
nn
dm
ead
ors
wee
tw
ith
mu
ch
low
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mb
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cally
bec
om
ing
do
min
ant.
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tles
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om
oco
mm
on
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rth
efo
ot
of
tho
slo
pe
and
sallo
wis
colo
nis
ing
site
.
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tb
yth
elin
oh
asco
arse
mix
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rass
lan
dan
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raze
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at
bel
ow
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uit
eri
chin
low
forb
s.
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reva
riab
le.
Co
arso
gra
ssla
nd
of
An
t:n
eith
er:4
mo
tcw
ith
area
so
ffo
rb-r
ich
veg
etat
ion
,W
ith
Trif
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ith
og
wea
d,
Ces
tah
rtu
n(g
trt.
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ewh
ero
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her
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get
atio
no
fn
ettl
e,
rose
bay
and
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lacn
zt.o
uW
ith
inva
din
gKubuo
app.
A•y
cam
ore
tree
bu
tfo
rb
ush
es.
Gra
zed
flat
bel
ow
.
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chd
ense
imp
enet
rab
leb
ram
ble
ove
rth
ick
bal
last
and
cin
der
du
mp
ing
.A
ren
so
f5o
/an
um
dulcoom
occ
ur
and
rou
gh
Arp
hoot
;:ole
,an
dco
uch
by
line.
Eta
tto
fen
ce%
iv!l
gra
yed
wit
hm
ixed
gra
sses
esp
ecia
llyA
proc
tio:L
ouie
and
Eoi
cto
mot
tle?,
plu
scl
ove
r,so
rrel
and
Les
.w
oo
dy
wit
hm
ain
cove
r•
very
coar
som
ixed
gra
ssla
nd
of
Ang
hnh,
thcr
am,
Agr
opyr
ouA
nd
1:10
reci
anij
Atit
tle
Trip
:Lio
nm
edita
ran
dP
o/c
ha
Son
ebr
ambl
epa
tche
dn
ear
24an
dri
cher
ther
e.in
tell
her
bs:
rose
bay
.m
ead
ow
swo
etla
nd
Cio
nian
nrvo
ttle.
Fla
tb
yfe
nce
As
NW
.
Cin
der
flat
cove
rod
ino
pen
P.:
::ti
s's
rwh
Isig
oet
y/lo
gra
ssla
nd
wit
hro
acb
ayan
dill
iver
:cN
rim
vh/n
ina.
Sca
tter
edlo
rb
roo
m,
bri
aran
dsa
llow
.N
arro
win
gto
Sw
and
un
do
rsh
ade
of
bir
ch
tree
so
nad
jace
nt
lan
d.
Mo
rois
an
arro
wb
and
of
ivy
wit
h
Idtt;
:iwto
pmut
tefo
and
ate
rfo
rbs.
Th
nfi
atb
yth
elin
eh
ns
asi
mila
rve
get
atio
nto
the
NW
bu
t
wit
hm
ore
reg
ener
atin
gan
dco
lon
isin
glo
wsa
llow
.T
ho
73
emb
a•km
ent
isco
arse
:4pt
yl1o
,A
rrho
nath
oru7
and
HOICUs
MOilie
Wit
hro
stib
ay.
E4l
losp
pen
dlil
ac.
74is
ash
,o
akan
d
syca
mo
rew
oo
dla
nd
over
po
pla
r,A
ri4:
:qat
iwin
..g.
mer
cury
,Iv
y
and
vio
lets
.
Mix
edd
ryca
lcif
ug
og
rass
lan
do
fA
proa
tiptc
nu(a
,F
est'w
o
rulw
et,
fltat
plin
and
Pol
cus
ralti
n.R
arel
yco
arse
rw
ith
Arr
houa
heru
m.
Rer
b-p
oo
rw
ith
tntn
a,O
tu;a
4r.,c
r:”C
co,
yarr
ow
and
hulk
kwee
d.R
are
san
dco
lon
ised
by
Cc/
wat
t:en
artte
nne
and
LM
E:.
iint
Une
ven
area
of
old
san
dex
trac
tio
nw
ith
mo
saic
of
com
mu
nit
ies.
Fo
re-r
ich
turf
of
fecc
ue/
ben
tan
dA
in:
wit
hto
tun
esp
ecia
llyab
un
dan
t.M
any
lich
ens
end
acro
cnrp
ou
sMOSSOS.
Co
rrrr
rco
uch
and
Arr
;:ona
thel
han
gra
ssla
nd
and
tall
rose
bay
stan
ds.
Nix
edg
rass
lan
dw
ith
abu
nd
ant
lutc
”till
aan
glic
a.
Dra
mb
lep
atch
esan
dar
eas
of
asp
enan
dsa
llow
scru
b.
Crr
aati
tet
amg
cose
loca
llyco
mm
on
,as
are
trpi
dit..
.•n
dV
crlo
acte
nnf
grun
.
Cu
ttin
gto
E(2
1)h
asve
ryra
nk
her
b-p
oo
rA
rrhc
ratio
rto,
gra
ssla
nd
wit
hD
uoty
lioan
dco
uch
.O
nth
efl
atab
ove
IO:c
ua
rviil
n,n
ott
lo,
Ant
lwis
oue
and
Cal
ion
apar
inc
also
occ
ur.
A
low
dit
chb
yth
olin
eh
ere
isco
vere
din
Ph2
laris
,22
,th
o
emb
ankm
ent,
IS
do
min
ated
by
rasp
ber
ryan
d/O
rn
ettl
ew
ith
a
flo
raO
fco
arse
spec
ies
like
21,
go
ose
gra
seb
ein
ges
pec
ially
461.1
......Ilm.
GR
IDO
Fars*
DA
TE
AC
CE
SS
0
SIT
EN
AM
ER
AIL
WA
YLI
NE
SID
SF
OR
A W
IDT
H
8
Em
b/7.
8-8.
0
F
lat
8213
1A
ug
ust
SE
0804
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onse
ilO
akan
oor
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ook
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S
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nt)
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Fla
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ugus
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lat)
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t)
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ugus
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Wed
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Em
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12.6
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t
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t
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LIV
ER
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OL
DIV
ISIO
N
;t4;go
May
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0058
72S
tath
amLi
verp
ool-S
tock
port
leaco
OWk
8crs(%;
6.0-
9.0
Var
rlegl
oo)
N
OT
TS
Fes
cue/
No/
ohn
mol
lingr
assl
and
bylin
egi
ving
way
tobr
nobl
e/•
brin
rw
ithta
llhe
rbs
-M
icrr
kin
and
Egu
idet
/cm
crV
cnrc
.N
ear
the
fenc
eco
uch
and
Unt
eun
Twilit,
beco
me
com
mon
erw
ithne
ttle.
74to
the
Eha
sde
nsoV
bram
ble
and
pure
rne
ttle
stan
dn.
'
Ces
rpep
nan
rcun
culn
iden
grow
sby
the
line
at74
.
71is
narr
owci
nder
flnt
toca
nal
wal
lco
vere
din
open
birc
h/
*allo
wsc
rub
ovor
patc
hyfe
scue
dgr
assl
and.
72ho
s•
hors
etni
lst
and
byth
elin
e;m
ale
fern
.ro
seba
y,ne
ttle,
butte
rbur
and
bram
ble
onth
eem
bank
men
tan
dC
lyr.
:rin
max
im°
onfla
tby
cana
l.
The
broo
dfla
tby
the
old
stat
ion
ledu
nina
ted
bybu
tterb
ur
snd
rose
bay
with
calir
r,nr
cirin
oan
doc
casi
onal
patc
hes
of-
herb
-ric
hdr
ygr
aeal
and.
The
slop
edo
wn
toth
uR
.C
hurn
etha
m
woo
dlan
dof
&JI
LTP
r:in
:lin-
over
ash
and
haw
thor
n,pl
us
_sor
cery
nnd
nettl
e.W
here
the
slop
ele
aves
the
shor
eas
hIs
dom
lnnn
tw
ithF
runu
aN
ilua
over
ivy
and
mer
cury
'nn
d•
broa
d'
flat
occa
sion
ally
flood
edbe
low
itha
sbu
tterb
urnn
dta
ll
gras
ses.
Ald
er.
Impt
ticno
glnw
lutif
otn
etc
byric
er.
Den
seth
icke
tsof
row
ebay
end
bram
ble
with
scru
bcu
tba
ck
rece
ntly
-so
me
left
and
som
ere
gene
ratio
n.S
ettle
loca
lly
com
mon
with
flihn
otdi
oi,u
tin
the
floku
n.E
lmbu
shes
com
mon
er
tono
rth
and
onfla
tab
ove
loca
lG
reen
ofP
olcu
sro
lIIn
aaaa
ale
ndw
ithA
groo
ticte
nuir.
Gen
eral
lydi
stur
bed
and
som
e
bore
sand
.
The
S(7
4)is
rath
ersi
mila
rto
the
Es1
debu
tw
ithra
ther
dens
erm
ora.
exte
nsiv
ebr
ambl
ean
dm
ore
a7L1
rci
ork,
ri.:4
..T
3
issc
rub-
cove
red
wIth
mal
low
,sy
cam
ore
nod
youn
gIn
mun
belo
wnn
dta
llch
erry
knd
elm
tree
son
the
flava
bove
.E
ircom
ble
brac
ken,
mei
-eer
yin
scru
b;iv
y,bl
uebe
llun
der
tall
tree
s.
Mai
nly
scru
bby
and
over
grow
n.A
lder
with
occa
sion
alsy
cam
ore
alon
glo
wer
elop
es.
Thu
rem
aind
erbr
ambl
e,br
iar,
rasp
berr
y,
rose
hay
nnd
nettl
eIn
vario
usim
pene
trab
leco
mbi
natio
ns.
Tho
trac
k-si
des
aro
'bal
last
eden
dpo
sses
s:a
grea
ter
varie
tyO
f
forh
s.A
culio
rtgo
esun
der
the
line
at72
.
Few
erto
lltr
ees
but
mor
eha
wth
orn
and
dens
erth
icke
tsw
ith
Roc
ano
tahl
yco
mm
on.
T4
hnd
ash
scru
bov
era
scre
e
ofbe
llnet
with
som
ene
ttle
and
haw
thor
n.T
helo
wer
edge
has
•one
mar
shy
gras
slan
don
the
flat
but
on:y
Sto
iiue:
a.th
cfrr
and
Ato
reou
run
amun
gle
ssfr
eque
ntsp
ecie
s.
Rat
her
war
ted.
Are
asof
rone
bay;
Arr
hoW
hrin
in.:
gras
slan
dw
ith
foxg
love
:ne
ttle
stan
ds;
Hol
e2a
mr:
lin/A
:tron
tin
rh..4
A7
gras
slan
don
flat
abov
e.11
haA
som
epa
rtia
llycl
eare
d
elm
/ash
/haw
thor
nsc
rub
with
agr
eat
deal
ofm
oss.
dinle
afo
xglo
ve,
Ivy.
bram
ble
nnd
nettl
o.
Gen
eral
lyra
ther
open
bram
ble
thic
kets
with
patc
hes
ofte
tra.
,
firrh
reaC
h'pe
lan
d-S
rvco
iony
ivat
i,::a
;on
bare
soil.
espe
cial
ly
nenr
the
dist
urbe
d_tr
ack
edge
.S
catte
red
scru
boc
curs
,an
d
ther
eIs
ago
odva
riety
ofan
nual
s.T
hefla
tab
ove
14is
n
hogw
eed/
nottl
e/ro
sebs
yco
mm
unity
with
this
tle.
-
Ver
ypo
oran
ddi
stur
bed
with
balla
stdu
mpi
ng.
Ope
nbr
ambl
ean
d
Arrhewithorum,
2o4F
%A
OAP
toth
oV
laa
rasp
berr
yth
icke
t
with
aaaa
aun
tsa
llow
and
nettl
e.T
here
le•
narr
owst
ripO
F
liele
unm
ulti'
,aa
aaa
land
byth
efe
nce
with
row
el/a
ybu
tm
ust
of
the
alto
has
bo
asO
bscu
red
bybr
oad
*pro
udca
lcar
eous
balla
st.
plo
:NE
an
_in
MIN
MI
MI
001
MI
•N
MM
IM
INS
IMIN
IIS
NM
ININ
GR
IDO
FW
IDT
HR
EF
DA
TE
SIT
EB
AK
ER
AIL
WA
YL
INE
SID
EF
OR
MN
OT
ES
A
CC
ES
S
I:t(t
04"
Alm
ost
all
der
ma
hig
hb
ram
ble
thic
ket.
Rat
her
mo
reo
pen
in
ll
th
oW
wh
ore
bal
last
du
mp
ing
stIp
por
IMTIOri
laro
,A
rrI:
rnnt
heru
m,
Cr.
:Mor
roni
gro
and
Hol
eua
roll
in.
An
um
ber
of
gar
den
esca
pes
.
9144
29M
ayIll
8896
79Ilu
alig
reen
Liv
orp
oo
l-S
tock
po
rtN
Fla
t3.
2-3.
4M
oon
rolli
ng
rao
slan
d,
po
or
Inti
pee
les
and
forb
sw
ith
yarr
ow
(via
Wid
nes
4
and
fen
cuo
.S
ame
coar
ser
gro
un
dw
ith
rose
bay
,la
rfle
mIt
hcvf
loW
arri
ng
ton
)an
dhr
riel
eflo
Inth
eW
.Q
uit
e•
lot
of
bra
cken
inp
atch
es.
IIF
lat
3.2-
3.7
Co
arse
her
b-p
oo
rfl
onra
arth
erno
gra
anla
nd
wit
hD
oC
tylig
/Po
cz'
or
occ
asio
nal
lyH
olca
aro
lIin
,A
groo
tin
tonu
t'aan
dF
ertu
onru
hrw
co-d
om
inan
t.B
ram
ble
pat
ches
are
qu
ite
freq
uen
tan
da
! Ib
alla
stri
dg
eb
yth
elin
eh
asny
rocl
utcr
ia,
PWW:
cect
ento
and
itcr
oca
rpo
us
Men
nen
.I
/lila
29M
ayB
J70
3882
Hea
ney
Liv
erp
oo
l-S
tock
po
rt8
Fla
t3.
3-3.
7O
pen
rath
erd
tatu
rbo
dc1
nd
er/b
alla
stfl
at,
qu
ito
spec
ies-
rIch
.
(via
Wid
nes
isll
al..o
aIn
flat
or%
Ilyr
ocra
.Tin
.)i
Nor
ricu
n%A
proo
tic,
I'Inn
togo
War
rin
gto
n)
wit
hb
ram
ble
,h
ow
kko
eds
and
Arr
hron
tOcr
itm
etth
em
ore
gm
b/
dis
turb
edto
ne.
od
go
.T
ram
plo
dar
eas
fro
mLivonia;
ntrr
ilif
t,.
rosn
.nh•
ta!!
and
Tw
inIl
ona.
4.6-
4.0
Ab
un
dan
td
um
ped
bal
last
wit
hp
atch
yve
get
atio
not
P.r
orur
nF
lat
ro
loti
.ar
rOcn
nOir
rwo
and
bra
mb
le.
Th
eed
ge
by
the
fen
ceh
as
net
tle
com
mo
n.
rrne
cio
volg
arin
form
aliv
alo
iaa
isco
mm
on
on
the
new
bal
last
.C
ut/
9-10
.61
Liv
erp
oo
l-M
anch
este
r8
Co
nro
e4e
rhon
n:he
msm
/Aze
tyZ
ing
rass
lan
d,
her
b-r
ich
wit
hV
iola
I(w
isW
arri
ng
ton
)Fla
tri
rfoo
lon
and
Strl
Inri
nw
holo
nt.
givi
ngw
ayto
cou
cho
nfl
atab
ove
wit
h•
littl
ero
seb
ay.
To
theW
isan
old
wal
led
bu
nke
rw
ith
mix
edd
istu
rbed
vag
etat
ion
bel
ow
and
haw
tho
rno
nfi
at
Cu
t/
abo
vo.
6.4
-9.
6V
ory
sim
ilar
toS
bu
tw
ith
the
wes
tern
end
an
orm
alsl
op
eF
lat
cove
red
inno
loua
noll
Ing
lan
dw
ith
rasp
ber
ryA
nd
bra
mb
leb
elo
wan
dru
sob
ayab
ove
inva
din
g.
Th
ere
isa
spec
ies-
rich
cnb
alla
stfl
atn
tth
efo
nt
of
thn
bu
nk
toth
eE
wit
hb
irch
,no
rorl
oon.
etc.
iD
itto
n-S
t.H
elen
s6
Cu
t/6-
9.0
Qu
ite
her
b-r
ich
Feo
turt
ruhr
n/A
rrhr
ratO
rrom
gra
ssla
nd
on
IF
lat
slo
pe
wit
hcl
ove
r,ya
rro
w,
pla
nta
in,
sorr
elan
dto
rmen
til,
I
plu
sC
r,1
:1UPL4
Nig
rel
and
Hi:
era-
Yam
wh
ere
coar
ser.
Fla
tab
ove
inh
erb
-peo
rw
ith
Ilnl
efle
mol
Un
and
ben
t,an
dco
uch
by
the
Cu
t/
fen
ce.
So
me
hi-
lib:t
ato
.C
app
inu
ap
rese
nt.
9.8-
11.4
Gen
eral
lyq
uit
eh
orb
-ric
hm
ixed
calc
ifu
ge
gra
ssla
nd
of
'
Fla
tA
gron
tin
imfl
oin.
;int
one
roll
iran
dR
eine
C4
rNhr
a,w
ith
ili.,””1107.
POW01.-4.1.
Intl:
yr-a
nrr
n::.c
e(s
and
Tw
trn:
i:,:a
rep!
ana.
Don
s.b
ram
ble
thic
kets
cove
rth
eso
uth
ern
end
wit
h
coar
ser
gra
ssla
nd
.S
cAti
tric
ylliu
mo
ccas
ion
al.
No
rth
eich
-Ch
eeee
e8
Cu
t/9.
6-21
.6C
utt
ing
tnth
oW
has
noIc
uom
vIli
ng
rass
lan
dw
ith
seve
ral
tall
Em
bsy
cam
ore
tree
s.A
hyb
riti
sktr
no
fca
mp
lon
san
dd
istu
rban
ce
du
oto
rab
bit
bu
rro
ws
abo
ve.
Gra
zed
turf
wit
hm
ore
Po
oas
wel
las
Illo
nrIl
nan
dLa
:uin
by
fen
ce.
So
me
bir
chtr
ees.
Em
ban
kmen
tis
ab
ram
ble
thic
ket
wit
hem
erg
ent
rose
bay
esp
ecia
llyb
elo
wan
d•
dit
chw
ith
wet
lan
dsp
ecie
s.X
Cu
t/12
.3-1
3.2
Cu
ttin
gm
ost
lyb
rack
enco
vere
d,
wit
ha
few
oak
tree
so
fE
mb
hole
unro
llio
nea
rth
efe
nce
.A
go
od
pat
cho
ffo
rb-r
ich
Cal
cifu
go
turf
,o
nee
bu
rnt
Wo
fsi
te.
Em
ban
kmen
tco
vere
dIn
Em
b/
bra
cken
;g
rass
and
.Fio
lab
ylin
o.
Cu
t/4.
6-
7N
ort
hei
ch-C
hes
ter
BC
utt
ing
Inw
est
ho
sm
ixed
gra
ssla
nd
of
Arr
hora
ther
um,
Fcn
tyca
rubr
aan
dH
olcu
nm
alis
wit
hlo
win
vad
ing
bra
mb
lean
db
rack
en.
Fla
tT
he
om
ban
kso
nt
Ism
ain
ly•
bra
mb
leth
icke
tw
ith
pat
ches
of
gra
ssla
nd
sim
ilar
tob
ut
coar
ser
than
Cu
t.S
lop
og
oes
do
wn
top
on
din
fiel
d.
9146
30M
ay6J
8649
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lazo
bro
ok
Mo
ss
9147
30M
ay8,
/62
5003
Bo
ldH
eath
1115
12
Jun
oS
I52
1711
ifo
uld
swer
th
915
22
Jun
eB
J527
712
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Kill
owm
i.,1
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num
umn
RE
FD
AT
!G
RID
OF
AC
CE
SS
BIT
EN
AV
ER
AIL
WA
YL
INE
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E
N
.
WID
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rom
NC
TT
ES
Co
b/1
-4D
yth
eb
rid
go
very
nar
row
and
insh
ade
of
oak
on
nei
gh
bo
uri
ng
Fla
tla
nd
.C
ind
erw
ith
bra
mb
lean
dsp
arse
fesc
ue.
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asa
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mb
le
thic
ket
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arse
Arr
:h:M
ezt;
wri
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nn
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rass
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ettl
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atch
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ank
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ith
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atiw
n
R15
33
Jun
eB
D50
1217
Co
cker
Dar
Pre
sto
n-L
iver
po
ol
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ut/
difp
hadm
and
th.,0
00tio
diam
lor.
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-4.
9Lo
wb
ram
ble
pat
ch.)
.an
dh
awth
orn
hu
shes
wit
hg
rass
yp
atch
es
by
the
lino
;so
ne
coar
ne,
som
eg
oo
dtu
rfw
ith
Car
ax!L
agoa
an
dco
wsl
ip.
:lu
att/
S
7-
7.6
Old
trac
kb
ed.h
asb
alla
stfl
atw
ith
op
eng
rass
lan
d.r
ose
bay
F
lata
nd
sallo
win
•ve
rysp
ecie
s-rl
chco
mm
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ity
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hal
ot
of
mo
ss.C
on
cret
eg
utt
erin
gat
foo
to
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e,fi
lled
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hw
ater
.
S
lop
eh
alt
vory
go
od
bas
ico
lou
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rb-r
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hfe
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o,c
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mf:
oax
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:nx:
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ella
s
O
tror
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igp
atch
es.
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arse
rIn
no
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and
par
tial
ly
bu
rnt.
.A
rrh
iau
thav
um
.bra
mb
lean
dC
em7c
urr
a/:
::ye
cz.
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e
mar
shyf
lat
no
rth
of
sito
wit
hsa
llow
scru
b.
Typ
haan
d.-
Cly
a:vi
ast
and
s..
R15
43
Jun
eS
D40
1143
Des
car
Lam
eW
igan
-So
uth
po
rtN
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ryn
arro
wb
ylo
rry
par
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ent
gra
ssla
nd
on
bal
last
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h
Tab
4;11
rur
a.%
.ox
otc
.Th
iso
ccu
rsto
the
SE
alo
ng
top
of
71al
so,
her
elo
betr
ic;:u
mju
nipe
rinun
and
hypo
chao
riaar
oco
smo
s.
Slo
pe
bel
ow
tsco
arse
Arr
h,aw
thel
ha,
wit
hsa
llow
.
SW
Fla
t/3.
4-
4.4F
ixed
coar
emca
lmiF
ug
eg
rass
lan
do
fro
a.ho
rahr
vApr
Lalis
Em
b(n
ada
or
Arr
./why
:ham
-7/1
bn,
and
inte
rmed
iate
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erb
-ric
h
wit
hab
un
dan
tA
cp•c
r.::
ur:
ar:h
.:m
nr,
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te:n
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bal
last
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uch
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ura
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.
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nlin
e,•n
dC
arer
arta
yzr(
a.o
nci
nd
eral
l
alo
ng
edg
eo
flin
e.
R15
54
Jun
eS
J6E
1574
5L
asto
cif
Gre
lan
Man
ches
ter-
No
rth
wic
hS
Fla
t1.3
-2B
alla
stve
rge
tofe
nce
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hco
arse
Veg
etat
ion
of
bra
mb
le,
Arr
heha
uvra
nan
dh
og
wee
d,t
his
tle
etc.
So
me
mo
sso
nth
e
bal
last
.Mai
nly
rou
gh
gra
ss.
NF
lat/
4.6V
ery
sim
ilar
bu
tb
atte
rd
evel
op
ed.1
3Is
ab
ram
ble
thic
ket
flab
wit
hem
erg
ent
no
ttle
.74
isco
arse
laas
hcra
lth('r
wa
wit
h
scat
tere
dlo
wb
ram
ble
.Alit
tle
rose
bay
and
raap
ber
ryal
so
•
OC
CU
rs..
1115
64
Jun
e8
313
5169
2M
ou
lto
nC
row
e-P
rost
on
SW
Cu
tfk1
2-15
.6M
osa
ico
fca
lcif
ug
eve
get
atio
n:
thay
.:;tic
tenu
iog
rass
lan
d,
Fla
t)pi
,;v,r
iar.
a.in
pat
ches
,sal
low
/bro
om
scru
ban
dC
olcu
a,-.0iiis
awar
d..
;:ard
anis
freq
uen
tan
dT
rifol
iter
mod
i:,-;
com
mu
n.
Fes
cue
com
mo
nn
ear
line.
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row
flat
abo
veha
sm
ixed
coar
no
gra
nn
lan
dan
db
ram
ble
.
NI
Cu
t/10
-21
Gen
eral
lyp
oo
rre
cen
tly
bu
rnt
Hol
euro
ll/a
gra
ssla
nd
wIt
h
Fla
tso
me
inva
din
gb
rnw
hlo
and
ron
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lus
char
red
bro
om
and
sallo
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oar
eas
of
,419
4:en
at;:
eth
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tic.
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uch
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der
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om
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ram
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ao
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ato
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.
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avr
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rmia
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ero
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75
Jun
e83
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ayer
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ile:w
rvill
iog
rass
lan
dw
ith
bra
cken
on
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cutt
ing
and
mo
re
-E
abd
istu
rbed
veg
etat
ion
of
roa/
Fer
tum
rata
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ith
go
ose
gra
ss
colo
nis
ing
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ob
alla
sto
nth
eem
ban
kmen
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ther
wis
esi
mila
r.
To
un
itb
irch
scru
b.•
NC
ut/
4-
5.6E
ssen
tial
lysi
mila
rw
ith
ho
wey
or
rath
erm
ore
bra
cken
and
bir
ch,t
ho
latt
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par
entl
ya
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rid
po
pu
lati
on
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R15
68
Jun
e11
J36
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litP
ieb
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Op
rese
nt.
occ
asio
nal
pat
ches
of
bra
mb
lean
dsc
atte
red
hu
shes
abo
ve.
oak
and
haw
tho
rn.
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xtal
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ove
r,an
dP
cafr
eque
nt.
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aum
and
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or
aro
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ng
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loss
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mo
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t
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but
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ixed
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ruhr
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quen
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orbs
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fizur
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gw,
Auf
hers
oun
snd
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iurn
ardo
r-,
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slip
,
beto
nyan
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ricet
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lcr
owhe
re.
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ghdi
stur
hod
vege
tatio
n:lo
wP
i-nit:
deth
icke
ts,
coar
seA
rrrr
natin
-rum
and
couc
h.N
ettle
,th
istle
and
cock
sfoo
t.O
pen
cind
erfla
tw
itheo
nsby
line.
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nbr
oad
mar
shy
area
with
area
sof
sallo
wca
rrov
erop
enis
ater
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eed-
beds
.G
ener
ally
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ettu
ssoc
kyA
rrkc
mitL
:rum
gras
slan
dw
ithar
eas
ofA
Lop.
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ur.
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uaan
dP
olug
orve
n.ar
iuT
aro
com
on.
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er-f
illed
depr
essi
ons
have
A:a
-cr.
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atoZ
c4fc
ra.
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mbl
eth
icke
tsoc
cur
oned
goof
cnrr
and
byfe
nce,
hthircco!.yle
com
mon
.C
alan
:roa
rinCC.NOCCCP10
and.
Ory
cp:o
r:.a
cart
Lw;ia
n4.
Fla
tis
old
trac
kbe
dco
vere
din
balla
st,
light
colo
nisa
tion
offe
scue
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utpf
n,A
rrhc
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oeba
yan
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tin.
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po
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ixed
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sw
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and
ofel
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ak.
ash,
birc
han
dsy
cam
ore
ovor
bram
ble
thic
kets
,gr
assl
and,
fern
s,i7
Y,
sallo
wan
dha
wth
orn.
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lho
rbe
such
asS
acra
,
clew
/ors
and
nettl
ear
oco
mm
on.
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his
colo
nisi
ngtr
ack
bed.
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r:rin
cud,
Mos
tlyco
arse
Arr
h..u
athe
rum
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slan
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rban
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ecte
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or.
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woo
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tofr
eque
ntan
dP
on,
fesc
ue.
Aut
hcirc
Uar
Alc
qylin
nnd
this
tleoc
cur.
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tom
issc
rub
ofsa
llow
orbr
iar/
bram
ble
orgo
rse,
haw
thor
nan
dcl
eave
rs.
Fla
thy
line
isop
enba
llast
with
spar
seA
rrkc
natr
xruc
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ten
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wIn
ly!:
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lbl
atan
t'pa
tche
s,nn
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scue
/ben
t
grn•
sI
and
onth
esl
opo.
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cutti
ngs
east
end
has
nixe
dca
lcifu
gogr
assl
and
with
bent
and
Erlc
uara
illfa
.A
dip
inbe
twee
nha
sco
arse
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cam
ore
and
sallo
wily
tho
stat
ion
tho
bank
iedi
stur
bed
gras
nlan
dric
hIn
gard
enes
cape
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urth
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thor
ois
adi
psi
mila
rto
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S.
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ope
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coar
seA
rrhe
urth
erum
and
tho
flat
abov
eda
mp
calc
ifuge
turf
with
Erv
rinct
urn
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rrttr
'rum
and
Cal
trdc
mirr
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t.M
ixed
coar
seve
geta
tion:
couC
h,co
cksf
oot
and
Arr
;wrn
thcr
u-,
gras
slan
d.;
nettl
est
ands
end
bram
ble
thic
kets
.-F
iner
dam
pH
o?,
•!,,,
,s,,.
,:tid
gran
slan
dw
ithro
seba
y.S
allo
wan
dha
wth
orn
thic
kets
near
ditc
h.r!
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ntir
atel
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.,Nn
app
OtC
in
ditc
h.G
arde
nes
cape
sne
arle
vel
cros
sinc
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h.:if
ctru
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ru-,
also
near
ditc
h.E
ssen
tially
tho
mem
obu
tw
ithm
ore
PoZ
ous
mo:
Iioan
det
/son
ny
onth
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t.E
ldor
isco
mm
onon
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slop
oan
dr:
im74
:;I:e
ca
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uri
near
leve
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ng.A
.:fcr
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dant
Eof
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alto
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dge
oflin
ola
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rban
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ecie
s-ric
hba
llast
flat
rath
erop
enbu
tw
ithA
grth
qin
otol
onife
rl,C
odco
rrre
cda,
Pea
prac
udiv
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lfrao
nan
dC
lnot
olla
as46.11
asT
odan
nul,
fesc
ue
and
sign
ifica
ntbr
yoph
yte
cove
r.C
oars
erve
geta
tion
furt
her
from
line
Isco
ntin
uous
with
Arr
iu”:
42th
crur
,ho
gwee
d,T
uaci
tagq
fern
san
da
few
bush
es.
Som
epa
rts
near
fonc
oal
soop
en.
Muc
hlo
ssdi
stur
bed.
73Is
•co
arse
aaaa
acu
tting
ofArrhcnathorum
with
fesc
ue,
(011
0bIly
,Le
ucan
thet
um,
nam
ed:e
lan
dCiraiuma
raen
ne.
The
rear
elim
esto
neou
tcro
psw
ith
Sea
bioa
a,S
edum
acre
and
Ara
bia
hira
uta.
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cha
s•
frin
ge
ofrosobnyby
the
lins
sad
has
sallo
wscrub
ove
rn
ettl
eto
asm
all
flat
by
the
ton
e*w
ith
coar
seArrhandtherum
1an
d.
on to
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AT
IG
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OF
SITENUM
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RA
ILW
AY
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ES
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TS
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oo
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ron
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.
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hen
shee
rlim
ento
ne
rock
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ing
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hsp
arse
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etat
ion
of
Yra
:.:w
aco
inq,
Po:.1.;':di,M
licol
i;:,
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ned
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eter
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ove
ra
her
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nd
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ow
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ove
rish
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illed
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tle
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and
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om
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nt
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ixed
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ur
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ith
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ay.
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atio
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orn
.
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reso
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oS
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ore
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ont.:
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isco
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ve
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us
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ato
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ith
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ch
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ing
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nce
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ican
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rari
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ere
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ing
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tle
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ing
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ith
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ften
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ito
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ich
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thy
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ck.
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ies-
rich
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cuo
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s,R
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iit1jai:10nd
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ya
smal
ld
itch
the
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oto
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eco
mes
coan
er•I
thac
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pfl
on
a,
Caws
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dn•
ifolia
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m.
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ls4n
athe
men
on
lyre
alI
y
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on
by
line.
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olk
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roA
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u
wit
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cally
com
mo
n.
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rmen
til
nb
un
dan
tan
dp
atch
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able
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ith
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chy
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hym
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rosc
rub
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eas
of
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orn
ove
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ble
.
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ble
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icke
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ith
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ors,
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sen
tw
ho
reb
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gh
as
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urr
ed.
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em
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re
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ther
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at.
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and
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e
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ew
ith
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mb
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thro
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t/
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thor
nh
elm
colo
nis
edth
olo
wer
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eo
ver
linInu4̂vain
wit
h
som
osu
rviv
ing
ho
rao
tail.
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no
coar
seg
rass
lan
dan
db
ram
ble
toca
nt
then
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nd
erfl
atw
ith
mo
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ors
etai
lto
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viad
uct
.
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ol
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eve
get
atio
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f
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rch
on
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erm
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enly
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ry
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nd
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oo
dan
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sch
ay.
Th
eg
entl
e
emb
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ent
by
the
viad
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has
rath
ero
pen
sallo
wsc
rub
ove
r
10.1c1enn
and
Cal
yntr
gin
nea
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ith
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d
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ere.
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gu
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ton
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ito
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coar
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her
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ich
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tsp
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nd
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veIM4u4ccc4i144
and
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tho
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pec
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ow
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um/
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tucc
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tum
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tcur
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ium
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nce
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vory
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AY
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ES
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IDE
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pe
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arse
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ssla
nd
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rviv
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of
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huna
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mw
ith
dew
ber
ryan
db
ram
ble
..
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ante
trum
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lum
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ew
ith
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wn?
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ium
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ne
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me
area
so
fh
erb
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hca
/cic
olo
us
gra
ssla
nd
of
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rnat
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en,
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fesc
ue
and
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do
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ive.
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ip,
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m.
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.
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aro
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mo
n.
Fla
tab
ove
has
den
sen
ettl
e.
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. 110
-13.
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ery
sim
ilar
toth
eN
Wsi
de,
bu
tw
ith
dee
per
and
mor
e
eite
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veb
ram
ble
plu
sla
nhum
ulth
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,llo
lcun
letn
atun
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aliu
m
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oium
aruc
noc.
Th
ere
are
an
um
ber
of
gu
od
aru
nn
Cu
tfli
20
-39
of
spec
ies-
rich
turf
wit
hC
nrcr
fhic
e:z,
hinu
m,
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cue
and
ih!!!.:147-rafa
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mt
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mo
n.
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zed
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edia
tely
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ce.
-
Fla
t/
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lsc
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of
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ore
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ith
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mb
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rrrn
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rum
and
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so
ut
too
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pen
un
der
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wth
of
bra
mb
le,
bri
er,
eld
er,
ash
and
ivy.
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und
mai
nly
bar
eor
bry
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hyt
e
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red
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tw
ith
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uent
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ove
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thm
ore
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enw
ith
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nco
ver
am
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erat
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sa
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haw
tho
rn;
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and
licli.
c:n!
•
rass
lan
d.;
pat
ches
of
bra
mb
lean
dra
spbe
rry;
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tT.te
ritr,
Pro
mo
runp
nun
and
oth
ersh
ade
spec
ies;
plu
sso
ceex
po
sed
rock
s,w
ith
•ri
chb
ryo
ph
yte
flo
ra.
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efl
atab
ove
Sn
sar
ena
of
tall
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mo
reo
ver
eld
er•c
rub
wit
hb
ram
ble
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527
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I99
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RO
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Slo
pew
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uncw
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gras
slan
dw
ithm
uch
hairy
plan
tain
shov
e,be
com
ing
finer
and
herb
and
spec
ies-
rich,
and
even
tual
ly
rank
near
cind
eran
dtr
ack.
Inva
nivo
scru
b.
Dam
per
and
mor
ew
oode
d,w
ithgr
assy
area
sric
hin
cow
lsip
s,
mar
shor
chid
s,A
nclic
nan
dm
arsh
this
tle.
Ccr
asti
diffu
nwo
onba
llast
.
Exc
elle
ntca
lcar
eous
gras
slan
dw
ithm
any
spot
ted
orch
ids
and
twny
blet
tles,
nudg
esan
dca
ntin
ath
istle
.Le
ssw
ell
drai
ned
abov
e,
with
muc
hel
and
haw
thor
nsc
rub.
Woo
dlan
dan
dsc
rub
tow
ards
wen
with
ash,
bird
chor
ryan
dha
lmof
gile
ad.
Som
ebi
rch
cuid
alde
r.G
ood
cind
erfla
tby
line
with
,he
rb-r
ich
gras
s,ha
iryoa
t
and
mea
dow
saxi
frag
e.
Nar
row
er,
with
coar
sor
aro.
.of
Pro
m-f
unan
dm
uch
scru
b.
Ope
nfla
tof
balla
st,
cind
eran
dse
asa
ndco
loni
sed
bym
arra
m,
sand
sedg
e,so
apw
ort
and
rest
harr
ow.
Als
om
any
ephe
mer
al.
and
rille
kr.
dr.:r
.11”
)e;
t'crn
.ofih
ndiffuztuman
dP
rold
ium
Erb
ankm
ent
with
tall
will
ow,
and
Cal
tinan
dfe
rns
onm
arsh
yfla
tbe
low
.
Bou
ghsc
rub
with
pine
and
cher
ryla
urel
.
The
exte
nsiv
edi
auso
dsi
ding
sar
eno
w,
appa
rent
ly,
•lo
cal
recr
eatio
nar
eaw
ithm
uch
hum
anpr
essu
re.
The
yar
ofe
nced
off
from
the
perm
anen
tw
ayan
dw
ere
not
surv
eyed
.
The
elop
esu
ppor
ts•
mix
turo
ofm
eld
com
mun
itiee
with
heat
her,
brac
ken,
bent
/fenu
otu
rfsl
thbl
uebe
llsan
dfo
xglo
ves,
and
a
deve
lopi
ngw
oodl
and
ofoa
kan
dbi
rch.
Gar
den
esca
pes
atto
pof
slop
e.
Dum
p,w
ide
step
ped
cutti
ngw
ithgr
assy
slop
esan
dra
ther
mar
shy
flats
supp
ortin
gC
ore.
:flo
o:4,
Acr
cola
iliw
,chapid.7:.br
and
rush
es.
Bas
icul
ous
gras
slan
d,lo
cally
open
with
Arr
;:cnn
hivn
tr,
Prs
AN
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zigz
agcl
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and
flow
erin
gm
ilkno
rt.
Som
eth
orn
•cru
bne
artu
nnel
.
Com
para
ble
but
with
woo
dlan
dgi
ving
way
toop
onas
pen/
sallo
w
scru
bne
arac
cess
.A
bund
ant
orch
ids,
bugl
e,ha
wkb
itan
dpa
tche
s
ofad
ders
tong
ue.
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ough
gras
slan
d,m
ainl
yA
s.'e
notb
orum
,bu
tw
ithar
eas
dom
inat
ed
byP
r-rn
arr
..etn
,an
dsm
alle
rpa
tche
s,on
sand
,of
bent
and
Urlo
unrv
Itfo.
Som
aIn
vasi
vebr
ambl
e,ha
wth
orn
and
sallo
w.
As
wes
tbu
tw
ithci
ndor
bud
supp
ortin
gw
eld,
mul
lein
,In
Titi
ite-,
Vu1
:ola
,et
c.
Aci
dhe
ath
with
Cal
lung
and
gors
e,gi
ving
way
toro
ugh
gras
slan
d
with
dam
ppr
ess
supp
ortin
gA
sqli/
J.vt
Nat
--i:a
nnd
n'..c
..ira
.an
d
inva
sivo
stan
dsof
popl
ar.
Bec
omin
gw
oodl
and
atM
P71
.
Hea
th,
gras
slan
dan
dw
oodl
and,
with
spec
ies
from
adja
cont
copp
ice,
and
touc
h-m
o-no
tIn
stre
am.
Tal
lbi
rch
woo
dlan
dw
ithso
me
oak,
and
area
ofpl
ante
dpi
ne.
Aci
dgr
ass
unde
rsto
rey
with
bilb
erry
,C
allu
m,
and
gors
ean
d
10:(
Ood
endr
onco
min
gin
near
brid
ge.
Oak
woo
dlan
dw
ithbr
ambl
e,In
optc
rioan
div
ybe
low
.B
rack
en
and
rose
bay
freq
uent
noar
line.
Gra
ssy
flats
with
Arr
hent
ithcr
:ov
ond
muc
hC
onvo
loul
uoar
ccon
c,
givi
ngw
ayto
haw
thor
nan
dbr
ambl
esc
rub:
with
elde
ran
dro
subt
ty
onem
bank
men
tab
ove
sew
age
wor
ksan
dsl
udo
lago
ons.
Com
para
ble
with
sout
hwee
t,bu
tal
soha
ving
cind
erfla
tsw
ith
Hyp
oric
umpo
rfor
atum
and
Pir
pino
llaoa
xift
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A/9
681
Hig
hem
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kmen
tw
ith
mu
chb
alla
stti
pp
edn
nd
rece
ntl
yd
istu
rbed
by
UR
wo
rks.
Lit
tle
veg
etat
ion
bu
tp
atch
eso
fro
ug
hg
rass
,lo
w
scru
bn
nd
wo
rmw
oo
d.
Lit
tle
infl
uen
cefr
om
salt
flo
shea
bel
ow
.
Co
mp
nrn
ble
tow
est
bu
tw
ith
scru
b,
tall
her
ban
dro
ug
hg
rass
mo
rufr
equ
ent.
Var
yh
eavi
lyb
alin
sted
.
Ro
ug
hh
erb
-po
or
ilreR
rnat
hei
ict.
wit
har
ea,
of
bra
mb
le,
nct
tlo
,
rose
hay
and
rasp
ber
ry.
Co
uch
loca
llyd
om
inan
t.
Co
mp
arab
leto
wes
t,b
ut
wit
hm
ore
exte
nsi
veci
nd
ersu
pp
ort
ing
mu
cht.
;ju
i8e:
usi
firt
h,n
ue.
Su
mo
iso
late
dh
awth
orn
bu
shes
.
Dis
cY
ou
ng
oak
/map
le/s
allo
ww
oo
dla
nd
wit
hex
celle
nt
spec
ies-
rich
gro
un
dco
ver.
Oak
ovo
rra
nso
ms
wit
h'Tclfirng
row
hYlo
mn
ear
bo
un
dar
yan
d
rolu
groo
mpo
lyat
ochi
wn
and
:Ty.
phyt
unpr
ondi
florw
,n
ear
acce
ss.
Cle
arec
rare
asw
ith
scru
ban
dci
nd
erfl
ats
also
occ
ur
by
dis
use
d
stat
ion
.A
/SS
SI
low
emb
ankm
ent
abo
vetk
oti
nid
bo
g.
So
me
area
so
fro
ug
hg
rass
.b
ut
mai
nly
bir
chan
dsa
llow
scru
bab
ove
her
bs,
fern
san
db
ram
ble
.
Cer
i::1
flan
di/I
:Wit
-Io
nci
nd
er.
Sim
ilar
too
ast'b
ut
rath
ern
arro
wer
,w
ith
mo
roco
nti
nu
ou
ssc
rub
and
less
gra
ssla
nd
.
A/8
581
Nar
row
tin
nily
flat
idih
dry
gra
ssla
nd
inw
hic
hLo
pctiu
rr
he:e
i+,;
y1.1.1_,
and
Aor
oryr
coju
ocei
fore
Occ
ur.
Ext
enn
ive
cin
der
flat
nea
rac
cess
wit
hch
arac
teri
stic
eph
emer
als,
giv
ing
way
tow
etla
nd
wit
hi;W
erftO
nco
.rzo
sio,
JUsb
uoam
pan
d
acr
oss
bre
edin
gp
op
ula
tio
no
fS
ilcno
.
A/8
88I
Ste
epcu
ttin
gw
ith
•on
eex
po
sed
rock
.M
ain
lylo
wsc
rub
and
tall
hn
rbn
wit
hfe
rns
incl
ud
ing
enle
and
har
tsto
ng
uo
.A
nar
oa
of
go
od
bn
sico
lou
sg
rass
lan
do
ccu
rnab
ove
sto
epsl
op
e.
Veg
etat
ion
very
sim
ilar
ton
ort
hsi
de,
bu
tw
ith
mo
reex
ten
sive
cin
der
fist
san
dw
etar
eas
par
ticu
larl
yg
oo
dfo
rb
ryo
ph
ytes
.
OM
San
dy
flat
nea
rm
oo
wit
hd
ryrr
rrr
lan
d,
sallo
wan
dso
mo
mar
ram
.
Exc
elle
nt
po
pu
lati
on
of
rqui
aetu
flva
ricga
tum
nea
rb
un
ker.
No
td
issi
mila
rto
no
rth
east
.
A/6
981
Em
ban
kmen
tw
ith
itsh
/syc
aeo
roan
div
y/m
ale
fern
,w
ith
area
so
f
dvi
iso
tho
rnri
nd
bra
mb
le.
Do
rro
wp
its
toei
ther
wid
eh
ave
will
ow
swam
pan
dsc
rub
.•
Scr
ub
and
gra
ssla
nd
wit
hp
atch
yh
orb
-ric
hve
get
atio
n.
Orp
ine.
Tp
/ro
h.n
.sr.
..a?
ran
and
redu.mo
nniic
uon
ear
trac
k.
Dis
0E
mb
ankm
ent
wit
hb
ou
lder
scre
esu
pp
ort
ing
AM
ery-
iipir
ns
hea
thab
ove
wit
hra
nso
m.,
dry
op
teri
dfe
rns
and
wel
shp
op
py
un
do
r
sallo
wn
nd
ald
or
bel
ow
.C
utt
ing
amw
est
sid
ew
ith
iclh
ou
lan
d
man
yb
ryo
ph
ytes
.C
utt
ing
wit
hex
celle
nt
bry
op
hyt
os,
par
ticu
larl
yliv
orw
ort
sw
her
e
ire
tg
on
em
ou
nta
inas
han
dC
anoz.
Info
Slo
pin
gcu
ttin
gw
ith
acid
hea
than
dlo
cal
bas
e-ri
char
ea,
giv
ing
way
toh
igh
rock
cutt
ing
,w
ith
mu
chh
awki
mcd
and
exce
llen
t
bry
op
hyt
e.w
ho
rew
ot.
Man
yaq
uat
ics
ind
itch
.
Fex
cuo
/sh
oo
pb
ito
r.7onhoug
rass
lan
d,
wit
hsa
llow
and
haw
tho
rn
scru
b,
end
oak
/bir
ch/m
ou
ntn
inas
hw
oo
dla
nd
on
wid
ero
ckle
dg
es.
Info
Oak
/mn
ple
wo
od
lan
do
vor
ran
som
san
dd
ryo
pte
rid
fern
s,d
rop
pin
gto
estu
ary
by
sho
rtst
eep
ban
k.C
ind
er/g
rass
lan
dn
ear
trac
k.
Ext
ensi
veti
dal
sallo
wth
icke
t,to
war
ds
east
of
site
.
Gra
ssy
emb
ankm
ent
dro
pp
ing
tom
arsh
yla
nd
wit
hm
uch
mo
ado
wsw
eet
and
net
tle.
Po
lyg
on
um
ou
epid
atu
mth
icke
tsn
ear
acce
ss.
0139
8Ju
no
SJ
0107
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sM
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Sto
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er•
Cab
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IMa
1110
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1III
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29Ju
no
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4910
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into
nH
illS
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wsb
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dlo
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Fla
tIn
fotb
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ato
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ing
into
dis
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dst
on
eq
uar
ryar
ou
nd
wh
ich
BR
fen
cep
arti
ally
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nd
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xtre
mel
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tall
veg
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wit
h
mu
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Ash
/haw
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ield
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urn
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ut
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lora
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hm
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dse
dg
es,
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way
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stzo
ne
nea
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ack.
-
VC
ut
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arse
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lh
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ota
tio
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ith
mu
chA
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onia
ouN
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iaan
dn
ettl
e.S
om
oro
seh
ayan
den
cro
ach
ing
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mo
re/h
awth
orn
scru
b.
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lifte
ld-B
lack
bu
rnN
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tIn
foL
imes
ton
eru
ckcu
ttin
gth
rou
gh
villa
ge.
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me
scru
ban
dd
om
esti
cru
bb
ish
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iarx
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ia(d
an
ear
acce
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mus
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nua
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:cin
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ab
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ge(
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t
A.
no
rth
,•i
thg
oo
dm
oan
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ud
ing
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niqa
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triJ
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and
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ria.
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llifl
old
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urn
EC
ut
Info
Exc
elle
ntl
imo
sto
no
gra
ssla
nd
.Sp
ecie
s-ri
chw
ith
man
yo
rch
ids
Incl
ud
ing
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t:Joa
fag.
and
Op
kro
cco
tc
As
east
,bat
wit
hw
alls
up
po
rtin
gim
—tia
c/pC
nua.
and
rock
sw
ith
tufa
form
ing
mo
sses
.7a
ripay
lLea
:qua
ullii
reco
rded
also
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aidd
ula
tifol
iaam
on
gst
encr
oac
hin
gsc
rub
,u
nd
CU:ca
Ind
rain
s.N
olli
fiel
d-I
llack
bu
rnV
Em
b/
Info
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nly
stru
t,w
ith
som
ab
ette
rh
erb
sin
clu
din
g17
.frul
ave
nal,
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P;
adla
ara
and
Gyi
n.“L
tinor
iwpn
fn.
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tG
rass
ycu
ttin
gw
ith
Cal
ldaa
and
bir
chsc
rub
dev
elo
pin
go
nb
ou
ldo
r cl
oy.
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chC
LI-1
7..n
ori.:
1:.
So
mo
area
so
flim
esto
ne
gra
ssla
nd
:C
arn
fort
h-G
ran
ge
•
Cu
t/In
foL
imes
ton
ecu
ttin
gw
ith
cin
der
flat
s.T
he
rock
led
zes
sup
po
rtF
lat
Eaa
lrofa
oacraloa,
tte“L
anra
licru
man
dw
hils
t )..mnft
and
Cr:
aaad
:t.ou
igar
,.ar
eab
un
dan
to
nfl
ats.
fr:riatfciarerahrao
pre
sen
t.C
ut/
As
Cas
tat
acce
ss,
bu
tw
ith
exte
nsi
vem
arsh
sup
po
rtin
gC
arex
Fla
tp
n.
spp
etc
tow
ard
sso
uth
.G
ran
ge-
Ulv
erst
on
NW
Cu
t/In
foD
isu
sed
limes
ton
eq
uar
ryan
dp
avem
ent
on
BR
lan
dw
ith
exce
llen
tF
lat
flo
esin
clu
din
gllg
roar
opfa
coro
aa,
Pot
ratil
lana
roca
foo
and
th
en
ort
her
nm
ost
kno
wn
site
for
tho
Lan
cash
ire
wh
ito
bea
m.
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od
limes
ton
esc
rub
and
gra
ssla
nd
.B
EF
lat
.N
arro
w,
gra
ssy
flat
abo
vesa
ltm
arsh
,w
ith
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com
preJ
aao
nse
aw
all.
Set
tle-
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lisle
NI
Fla
t/D
igo
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esto
ne
cutt
ing
by
acce
ssg
ivin
gw
ayto
,ex
celle
nt
gra
ssla
nd
on
Cu
t-
flat
,w
ith
po
nd
,an
dn
ort
hw
ard
sto
tall
her
bs,
incl
ud
ing
Cira
um
7d:r
emar
k/nu
m,
un
do
ras
h/m
mp
lew
ith
pla
nte
dh
ors
ech
estn
ut.
CO
mpa
nula
Latifolia,Coc
hlen
riaal
pine
:an
dA
splo
nium
virid
car
eam
on
gst
bet
ter
pla
nts
fou
nd
.B
MC
ut
Lo
wlim
ost
on
ecu
ttin
gw
lth
g00
6ta
rns
sad
mo
sses
.
RE
F
8174
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ug
ust
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c
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mp
rise
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orl
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cutt
ing
sw
ith
•lo
wem
ban
kmen
tb
etie
en.A
lth
ou
gh
mai
nly
licid
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hea
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allo
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nro
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ish
nrn
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ith
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:on
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cotic
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and
coar
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rass
lan
do
nth
oem
ban
kmen
tw
ith
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aiw
,ho
terv
p;:y
llum
and
I:mtnybinork:
officio:alio.Epilobiacnbrunadcena
was
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rded
•
o
nth
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ttin
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all.•
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mp
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gw
ith
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pin
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dsh
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face
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urn
ess
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t
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me
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ith
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ren
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arso
do
mp
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etn
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ow
swec
tan
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ur,
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ng
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ter
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eth
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LONDON MIDLAND REGION:SOILS
Raw sandBrown alluvial soils
1 %71
Alluvial gley soilsk:
63 67 6.. \ •/
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Humic-alluvial gley soi 8Earthy peat soils 9Redzinas 1Brown sands 3Brown calcareous 1earths 16
1920 22 24
Brown earths 252627 29 31
Argillic brown earths 3536
PPoadlezoo-argillicbrown 38earths 39
is
41
Calcareous pelosols 4546
Sandy gley soils 45154
Stagnogley soils 55565760
Brown earths 616263
Gley podzols 65Stagnopodzols 66
67
Stagnogley soils 6869
Stagnohurnic gley soils 70Raw peat soils 71
Major urban areas
0 10 20 30 40 50 Kilometres
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LONDON MIDLAND REGION:GEOLOGY
GEOLOGY
1 Pre Cambrium
5 - 11 Cambrium Ordovician
13- 15 Silurian
19 - 20 Old Red Sandstone (Devonian)
26 - 30 Carboniferous
31 -40 New Red Sandstone (Permian & Triassic)
41- 52 Jurassic
58- 60 Cretaceous
63 - 64 Tertiary
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