project attachment i: field forms for half whiskey moon...

Attachment I: Field Forms for Half Whiskey Moon Lookout Forest RestorationProject

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Ground Cover Composition 1 00 Foot Line-Point Intercept Transect

örcund Cover Type Definitions Hits spaced 1 foot apart:

________________________

100 foot transect

Rock Rock: > % inch diameter:includes large gravels,

-cobbles, stones, boulders,

. rock outcrop

“Pediment” ,.Count small (2-5mm) andmedium (5-20mm) gravels

.as rock when .

. evidence/quantity .

provides surface stabilityon site specific basis,otherwise add to bare soil

cwp Woody material *

.

> 3 inch diameter

Litter Leaf and woody plant jJ, jjK (,fr11 jAmaterials including ,j/. jj( IJA4 (y1organic soil Oi, Oe, Oa -fhorizons, leaf litter, twigs,

*

needlecast, cow pies (/ / I) jM

Biological crusts Lichen, moss ,,p4f \Vegetation: Point at which plant jy p4 pA j,V Lt1basal or foliar that stems come out of soil / ‘

protects soil surface/Canopy cover y( gusually < 30cm. tall that 7 / *

Iintercepts raindrop

Bare soil Bare soil(rOck <3/4 inch diameteralso usually recorded as • .

bare soil) Bare soil due to gopher mounds:

Total grOtind cover¾

q.&i .

Total bare soil ¾ . . /

Date::

•cf***I

UTM (GPS) Transect Start:

Slope %: 7L Aspect of Beffline:___________*

(nOsI Al

*Definitions measures, and protocols:2013 Region 4 Workshop on Soil Assessment

USDA Forest Service FSM 2500 Ch. 2550USDA NRCS NSSC Field Book for Describing and Sampling Soils Version 3.0

Reviewed by Allen Huber 2015

; ‘ • -----—— .. .

: . . •--,•

_____

,

__

ConditionEtin aiid Job11) \J31

E f-NipI fi -

- Jl_entNme UEM:N .. $lope%tion_ Landtype/soiUETH umt Bedrodk ‘ J

JfonnITopography . Habitat/Community Type Parentterial

_

Soil Classification (family) - Ageatershed ID name or HUC1i

;

__

Land Use or Area History (esiJc diswrbrnce history, conditions during and after use, cumulative effects) .

:; .

; :

______

‘ i:;

__1

::

_____

i cw

______ ________

tsir&1ieoiie thoeTenem Assessment forPlannmg 2)Forest

. ..- --:‘ r: ---

—

AssessmentMetholEl (C;rdemomteuivehetlio1ud) , ,

Observed Estimtes on soil Iij1±h wei iiiefrori wiiaI observations only

______

Traversed On site wa]kThrough, direct soil contact, grab samples quick pits ocular estimates ofcover nlls erosionTransected, low mteusity On site mvestigations may include systematic or random samphng core samples collected, tape measured surface cover soil pitesctiptions .. -, ‘ ‘ :Transected high mtensity Use of designed sampling methods such as Howes Hazard and Geist or project specific momtonng plan for collection of quantffiabIe

______

mfonnation I. -

J: ... . - . S. - : • •.

prop qzSoi1ll1thbffi—— I Inipmred 7

Soil Strupture grnuar or smmoderate platy • :ftoi’

- -

. . -

: Compactiànisevidentbiiilimitediai .Zt.T . • -

- . . ..S . : compaction is evident in the actwity ‘ . . . Compaction limits root growth and. Compaction Estimate .

: . . - extent nd does not significantly effect • . - .. .‘ . .- .. . .

I area.

,‘ : . occurs throughout the activity arearoot growthM;1ants and rocks pestaedSurface Erosion . . , Pedestals present but on mature plants . . . . .< No pedestaling ofplants or rocks roots exposed. hcben line evident onSheetwash . . on’y, no roots exposedJoj

SurfacErosion . S Smafl, thibryonic andndiconnècted [1fdefin1 aéyEdi%Ellis andGulhes Absenyr with blunted features

dendutic pattern rthc I. - * ‘— . ..- . Somerecent deposffionmateiIis* Nd’iaII recentdepbiil5iIRe vegetation ofRecent Deposition Al Recent depositional material is vegetated

)q’•

non-vegetated . ,.. . : 15 nonvegetated .s*4 — Morethan ½ ofthe natural gr6und MoreffiW½ ofth i&ffid d&hiSufficient ground cover exists to r - . ‘Effective Ground Cover r . - . . ‘ cover and erosion rates are within the been removed and erosion rate are

% SOil erosion to natural er es;% . . . ‘)* , : range for natural conditions . ,. . above naura1 rates . . :

Minimal io soil displacement, no Soil has displacement effects iiiitilSoil Displacement hummocks evident soil material4 hummoc or displacement evident hummocks present, puddlesc:4AJ , fl-j’,s (4 ‘ : . . .. •. ‘ -. novcd,puaaies

vSoil and/orbiter d6sinonis preseiit Soil

Soil Deposition Not unusual or excessive Fine litter maybe patterned as smiffi uphill i& oflogs brush piles ‘itc- ‘_4-’ £

- -- . - debnsaccumulations ‘ :

. : , . . kV :- -“---—-- = “

SoilhIe1tli[nIicatd

________________

isthstrThutedeveu1fl Organic matter isjJnt or does’

________

Grass’and and Shnibland Debns across the soil surface and meets EJ not meet minimumFP directionfor

_______ _____

4thums fortheFco1o the Ecoogicaii- - ;-;---t Changes m vuetatiea cposthoi ‘‘Jisthbution of desirable perenmat -ic% f I indicate a shift towards a curer iess —3 pThnt reflects specIes by vegetative -- . ‘---S ‘- . - . - : I productive plant cowmumtjr. - .The perennial fom and/or graminoid • .Vegetative Commumtv Conmosition layer (1 e trees shrubs foths and i$ii — There may aiso on an mcrease in vegetative layers are absent or sparse- grammoids) as identffiedm the•1 - - annual plants sliaflow rootedi \potential plant community - ‘

- . - - -. grasses or invasive plants , .

-: ‘: rzt;:t ‘

—---—---- - _zz_zz_zZZZ ZZZZr: *T v

Your soil healthratingfor this activity area Safact Unsatisfactory

Whtisthe sollhealth trend7 Aggrading No dhange Degrading

: . .

/AtQl th.J (\O+ . .

Duff depth (ci) j

tspace ten feet apart\ ialong beitline) Avg. th = cm

:$tabi1it7ërosion/other 00

1çJ—r\Jp’tsi 4J ?oc: c’rt2iA

I \ kt ‘

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-ThO rttl()y kve’ .. . . . ..

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Lic (\AJ ;t .

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L 6, 5’3o, SY3S

i -Soil Resource Information: Whiskey Moon Project

tSS

Field Stop 35 GPS (UTM) 6C19 % 8 •

S.StS

s&oç

F

: • i I lOacre plot ocular estimates:E::t- ‘

CWD ( ;S

‘‘.:#‘( . .

Litr c’j).r c&c crJ) ,

S(including fine woody) cJ LisiSurface Rock 0

;S

Biological Crusts r-s ‘r3 rw% c

Vegetation Basal and < 30cm height ‘ ]OO

. yrtS

Bare Soil

,

CocSeckcMor1 fttkz&

F’t Ke’J; Ai’

. W35


UTM (GPS) Transect Start: fc-H9tIv : ‘/S%c—it

*Definjtjons measures, and protocols2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Cli. 2550USDA NR9S NSSC Field Book for Describing and Sampling Soils Version 3.0Reviewed by Allen Huber 2015

Date: zôic Slope %: Aspect of Beitline:_____________

Ground Cover Type Definitions Hits spaced 1 foot apart:

_________________________

100 foot transectRock Ro. >

3,;/4 inch diameter: - . .includes large gravels,cobbles, stones, boulders, .

. rock outcrop ,

“Pediment” Count small (2-5mm) andmedium (5-20mm) gravelsas rock when . .

evidence/quantityprovides surface stabilityon site specific basis,otherwise add to bare soil

Cwp Woody material> 3 inch diameter

Litter .•Leaf and woody plant 4 IJ-( f Jj4”j (j I

(- materials includingorganic soil 01, Oe, Oahorizons, leaf litter, twigs,needlecast, cow pies ..

Biological crusts Lichen moss ,

/‘Vegetation Pomt at which plant 7 ‘7

basal or foliar that sterns come out of soil { .j— -rvscJ

protects soil surface/Canopy cover ‘ , - ty[ WI

usually < 30cm. tall that Y ‘ yi yintercepts raindrop I,Vc 7’.

. /iBare soil Bare soil

.

(rock <¾ inch diameter .

also usually recorded as .

bare soil) Bare soil due to gopher mounds:

Total ground cover¾ %cIvlt)

Total bare soil % . .

I v-tn

J

1

)Assessment(

E,. . : •

A’

‘ .__J obsrttions onlyQii-s grab samiles;quickpits, ocükrestimates a

, low 1•-:‘•

mvestigaiions may include systematic çr ridom sampling, corests • • • • • -.; • .

SurfaceErosion .

%ll:a GiThes

•j-yegetaflon of Recent Depoitionj

Effective Ground Cover

Soil Displacement .

enthb1untedfeatures ..

d”rnaterivegetated

f;?.%j -S-- : :$igcptgro coyeusts to hmltlilerosion N natural erosionratesJ .

Mir!:ni 0 IIOS& disp1acernnt, no

OICIc:

-A -

Notünusual or excessive .•-

:;; •“

9w4Y Composition

I4tbution ofdesirable perennial

11 1ant reflectpesbygeaflve

I I 1ayr (ie. frees, shn.ibs, fQb and

‘‘ I gramnoids) s idnfiçI,uthe.Qotentia1 plant copimihity ‘. -

;, -

-

- -c; . , --. -

— :: .,

_

-: •- - - -

- -‘ The peimaIfoth anWor grammoidincrease m vegetative layers e absent or sparserooted-.A . - : ‘-

-—- .; —- -- ‘S •

rentZPIot1i) ‘- .

-‘-“

UTMN___mIvation - Lañdtype/soiJfEUI unit - ;, -

LandformJTopograpliy Habitat/CMi1 ‘- - ‘ --- .:: - -

Watershd P

-

•.--:A

Soil Classification—

..._; . : -- ;- :

-Laa,Use or Ar4 History (describe disthrbince history, codtihs during and fter use, cumulative S5— — ‘ “ —

________

-. - .

—--Parent

—-_______ .‘

z - • • :1

k.-- -

on scwaikt1

ifigh Intèristy: Use ofdesigned sampling methods such as Howes, HaZaEd and JiSt orproject specific monitoringplan for colle0

—-:4’—, - •-. .,;(_ i—: :-

_ • ,, _

:1, tape measured surface cover soil pit

J_i1 trat kCompaction istite :-

Surface ErosionSheet ‘ash

anii1ar ? —‘-

pactionidetheacti’

root

— -

No pedestaling ofpants orroc1

StrOngp1ar -..

limited iii

canily effect Compaction iii’s rootoccurthi a

_-z - :- - :•

PedeStals preentbut’önmñtarep1aiitsonly, no roots exposed . -

Sff1iil1 embryonic and not cop4o4ehdriticNittem .

Some recent desthoni1 n6ffvegetteI5 -

AMSoilDeposition :;:.?

Moreth 3othe naturacover androsion rate

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- . -Ground Cover Composition 1 00 Foot Line-Point Intercept Transect

rNCfrl, . 1:7ADDate: __

, —

Slope %:“

Aspect of Beitline: ‘ ‘

UTM (GPS) Transect Start: • QQ OO E


—

100 foot transect

Rock Rock: > ¾ inch diameter:‘ includes large gravels,

cobbles, stones, boulders,I • rock outcrop ,ç’ )

cPedimentJJ Count small (2-5mm) andmedium (5-20mm) gravels

.

as rock when_]

.

evidence/quantity ‘

provides surface stability ,( t i’( -

. on site specific basis, j/U tV’ t\Q .0

otherwise add to bare soil

CW Woody material ,

. > 3 inch diameter ‘\

Litter Leaf and woody plantmaterials including %<

I organic soil Oi, Oe, Ca V’’

,horizons, leaf litter, twigs, t.k !/needlecast, cow pies •:

Biological crusts Lichen, moss \Vegetation: Point at whichplant \‘‘ 4basal or foliar that’ stems come out of soil I 7 Y’’

protects soil surface/Canopy coverusually < 30cm. tall thatintercepts raindrop

Bare soil Bare soil(rock <¾ inch diameteralso usually recorded asbare soil) Bare soil due to gopher mounds:

Total ground cover ‘

% •:.

cIo

Totalbaresoil% .

*DefinitiOfls measures, and protocols:2013 Region 4 Workshop on Soil Assessment

USDA Forest Service FSM 2500 Cli. 2550

USDA NRCS NSSC Field Book for Describing and Sampling Soils Version 3.0


::2:: .. -,

___________________ __________

____E____________ Slope% Aspect

___

LandtypetsoiliEUl unit_________ Bedrock__________________- -

HabitaUCommumty Type_________________ ParentSoil Classification (family) A

_

Wateyshed m name or H[TC

:••; •?-

..‘oneor,i

f ‘i: - c’-: ‘-.- :

mteusrvemet ,hweren ñsoriiy . . . .

‘1 through. direct 1 contact, gr es quickpits oculgr estimates ofcover nils erosionTransected low mtensity On site mvestigafions may mclude systematic or random sampling core sampks collected. tape measured surface cover soil pitdescriptionsTransected, higli intensity: Use ofesigdinformation 2

iin such as Howes Hazard and Geist orprojectspecific mQnitorg p1n for cQijectici of quantifiable

. -. -.‘(_,• -, - -

bbinted features

Recetit deposiüodal màtqdalis vgeta1çl

exists to limit1erosioriontonatura1 erosion rates

‘— . . . —Mimmal cQJoil diplacemen, no,,,

eák to moderate platy

Compaction is deiitbit1imitcUnextent and does not significantly effectroot grofth

;t:a1s present but on mature plantsLcflly, no roots exposed

hi; ibryonic find not COUncqedo:tfêhdrific pattern‘Wome riit deposthonat matenaljn-veetaMorethan ½ ofthenaffiral groundcovet and erosion rates are within therange for natural conditions

cprnpnii:rootoccurs throughout 1

Most plants aij ockroots exposed, licheh lir’’ .

I

SoLhummocks evident, soi

1 Indicator • -‘ 3

.;:: . :?_ . -* •: •, .

producThereja

tiohfor

Land Use or Area History (descnbe disturbance history conditrons during and after use cumulative effects)

.: ••.:L: ? . .

Sotmcture

T Compaction Estimate

rsingle_; ;

Sufface Erosion “‘

Sheet wash At4k4S’rJU ;•

a :•

compaçveeaty

•SuifaceErosioiRDls and Gullies

Nopedetialing ofplants or rocks

Re-vegetation ofRecent Deposition

Strong U

‘:

:‘

Effective Ground Cover .‘

Soil Displacemit

...

,

Soil Deposition oti iotexkssiv.)

Soil has displacement effects, smá1hummocks present, puddles . .

. Grassland and Shmbland Debris

Scl a±idjerij±tet ci ,

cttemed

L1i( Coposition.:i

:.‘

:

I (ie. tie

\Lkrami94f

1: tpw a cirik less : ‘

ye plant community. • Thcpeoxv als6 bç pn increase in ieg&ati-

iowrooted .

-lants . .

c’::

entorsjame .

it_

b

5%Lf, 35,5E;3

g Soil Resource Information: Whiskey Moon Project

Field Stop 3 7 GPS

1 1 0 acre plot ocular estimates : .

CWD ,

[Litter S

,,(inc1uding fine woody) ‘J S

•

Surface Rock 0 : . ...

S

Biological Crusts ek [2 çj

Vegetation Basal and < 30cm height (1 (O .

BaiHeSoi1 ‘4 )°

;;;:---3--:-J7-----Duff depth (cm)

tspace ten feet apart S S

along beitline) Avg. Depth = cm S

(S+-zU’V Ck%t

Stability/erosion/other . . S

V(A CY . .5

•S

EV.5 ::

çS \ ( \ p i 5nt , tc , \ rr€4i S . . S

, .

tA J .5

.

55

:S

S SSSS .

.:.

&cc L Mj ; S

A 4DL (f)4% )C%*. 4%1.

S

..

S

kk S S S

S

c) \J 55. .

CocAc+or’j-c1arci fiA

:)Ground Cover Composition 1 00 foot Line-Point Intercept Transect

Slope %:

___________

Ground Cover Type Definitions Hits spaced 1 foot apart:100 foot transect

Rock Rock: > ¾ inch diameter:includes large gravels,cobbles, stones, boulders, .

rock outcrop . .- .

.,:

p .

“Pediment” . Count small (2-5mm) and . . .

medium (5-20mm) gravelsas rock when . . . ,

. evidence/quantity . .

provides surface stability . . .

. on site specific basis,otherwise add to bare soil

Cwp Woody material> 3 inch diameter

Litter Leaf and woody plantmaterialsincludmg f°

organic soil Oi, Oe, Oa U (‘

horizons,leaflitter, twigs,needlecast, cow pies

Biological crusts Lichen, moss -.t’ i I I I . , ,

ri-’o 1A;r

Vegetation: Point at which plant

basal or foliar that stems come out of soil 5protects soil surface/ Canopy cover

usually < 30cm. tall thatintercepts raindrop

Bare shil Bare soil(rock <¾ inch diameteralso usually recorded asbare soil) Bare soil due to gopher mounds:

Total ground cover ,.

%Total bare soil % .

Date: cUTM (QPS) Transect Start:

I Aspect of Beliline: L1)

OflOqS E s%c5t7il

*Deftnitions, measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550USDA ‘TRQS NSSC Field Book for Describing and Sampling Soils Version 3.0


-:

Effective Gr;und Cover . .

. . _c

“

Soil Displacement

is ithbatMsurface 1i’

npfdesfrabIe.t reflectscsby vegetative )r’çit sNbs;fQi:b and J-

s iden1ified[t com

) Fore.

Soil has displacement effects,hqmmos present,pu4dles :;-

Soil and/orlittet dôsith3p is ëi1L!Fine litter maybepattemed as si1 :A accumulations ‘;

Corqpacttonlimits root growth andoccñrs throughouttii acthity area

______

Allotwt;nt ] .___ThM N_____Lievation _lanëtype/soi1fEUT unit_________ Bedrock________Lndforu - — Habitat/Community 9MnaI - . Soil Classification (family)Watershed ID nameor HUC

7o____

Land Usc or Art History (describe disturbance history. conditions during and after use, cumulative effects)

-;‘ ‘. 4%c---S-- “- - - -

-=--—-Parent

age

_____

.; -. . . ..w. - -- --

-

.-.- -l .. . : • ,.

& ‘ -. I were sun _ observations or1y - -aversed C k through direct soil contact, grab samples quick pits ocular estimates of cover nTh erosion

Transected low rntensity On site mvestigaftons may mclude systematic or random sampling core samples collected, tape measured surface cover soil pitdeciipdons :‘ ‘

- - - -. t . - -Transected high intensity Use of çiesigned samj,lmg methods such as Howes Hazard and Geist or project specific momtonng plan for collection of quantifiableinformation

-.-. .- -

CompacOnEsiate .çYctp p1kSuiiface Erosion %rtb.%1-Shet* wash

zz_1SoilH1thi hupired tIf1

Soil Structure ggihulrmgIeWeakto moderateplaty $trngp1aty

ilQn%itffithc3

. -4--

eofplants orroçks

Compactionisevidentbutlimitedinextent and does not signfficaiiily effectroot growth . ---

j

Surface Erosion c-__ - : $miull, eii1iiyonic andnot conuited-- ) - - . , Absent ur with blunted features . : - - - crRills and Gullies , : :.j to dendnticpattem .. i .- - -- . - - : . . sthffiinanaIisRe vegetation ofRecent Depositinon véat ‘

Teta1s presentbut on mature plants ‘i rôckidesd,

only, no roots exposed 9°xposl lichen 1ie evident on

II.

-1

--. - - - - :

Sufficient ground coy çusts tp limit )eroioiO natural ërósion -‘

9ijDeposifion

-; — - -

Thihli1 6 no so silathent no-.

plaqent

I )

MorethWbfthejiatural grouñ4coveraijd erósipnrnt are withintheraiigefornatinaI conditions - .

--Np: yiuma1 or excessive • .

L-- -E; - -

beer

-

[cov&hasI erosion rate are

:.•.‘

Grasaland and Shrnbland Debris

Vegalailve Communi CQmposion ,-.?.:

__

- - -- -

_N:_-_.I

pro4uctiveiTheremy- aalplani-

sal healthtrend?

,ti_ , :T, less - • . - : • • •. “ .; • -

Thçpçjennial foth and/or giapiipi4n - vegtrØç1ayers are absent or sparse

,t

___

::Li;i. :...

--

C ‘

c;5;q

E%ci ‘ -

. Snil Resource Information: Spirit Lake Project-

Field Stop ‘ GPSf’ -(ManagementtArea ‘‘: )

1 I 1 0 acre plot ocular estimates:

CWD

Litter

—

Qr

c7,O t?s JU(c Jt’frf1Jc puci

rA. S iu )re.

Horizon Depth (cm) Structure Texture Rock Fragments Other Notes

pSI3

y% 13 1 1 c c1 t3’O 2!______ F Id cLf

B%c C3) V’rs ‘L \€1O %4 :

Cc) cç%cr\ 2dF’rt 1-c i t r(1 ,M e

- ,- p.

; ,-

. .(including fine woody)

k O-7Surface Rock_____________________

Biological Crusts________________

Vegetation Basal and < 30cm height

Bare Soil — —\ ç

iôo

‘ ci

:

/j

Duffdepth(cm)

tspace ten feet apart

along belthne) Avg. Depth — 3oZcm

-.--i.b’e

Stability/erosion/other n c.cns ‘ bc i’rok ct-k-of9\o ri’\i,ce:

W3Ground Cover Composition 1 00 Foot Line-Point Intercept Transect

Slope %: —-- Aspect of Beitline: JOçqqq F Lçç7; Al’

*Definitions, measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Seice FSM 2500 Cli. 2550USDA NR9S NSSC Field Book for Describing and Sampling Soils Version 3.0Reviewed by Allen Ruber 2015

Date:

UTM (QPS) Trnsect Start:

Ground Cover Type Definitions Hits spaced 1 foot apart:100 foot transect

Rock Rock: > ¾ inch diameter:includes large gravels,cobbles, stdnes, boulçlers, .

- rock outcrop \ ‘1

“Pediment” Count small (2-5mm) and ,

medium (5-20mm) gravelsas rock rhen .

evidence/quantityprovides surface stability

. on site specific basis,otherwiise add to bare soil

Cwp Woody material I W( ii% j> 3 inch diameter ) ‘ I

Litter Leaf and woody plant uxi r ir -rf JiA •

materials including t ‘>rr i i V i i V ; i. organic soil Oi, Oe, Ca t.V 1Y

horizons, leaflitter, twigs, ,i*YTneedlecast, cow pies iy’

,,Biological crusts Lichen, moss tiVegetation: Point at whidh plant f,’( , ‘\ i\basal or foliar that stems come out of soil

protects soil surface/ Canopy coverusually < 30cm. tall thatintercepts raindrop

Bare shil Bare soil(rock <¾ inch diameteralso usually recorded asbare soil) Bare soil due to gopher mounds:

Total ground cover%Totalbaresoil% . ,

.

FConthUoniuara m

: ;

AioxnntName ‘)

thM N ‘ 1ope “ je

E1evation Landtype/soilJEUI unit BedrockLandformfforaphy HabitatfCommunity Tyje ‘

Parent

Matenal Soil Classification (family)Watershed ID name or HU

-

w - •

tand Use or Area History (descnbe disturbance history conditions durmg and after ije cumulative effects)

; _%_ , I ç

??:- w;’ :

:rW k - %‘)aL- -

zz

-

orme’itorP1a&nrgr _

:

Observeif Efison soilheálth were madfrWisiiI observations only ‘

Traversed On sittäIk througb. direct soil c&ita grab samples quick pits ocular estimates of cover nils erosion

Transected low intensity On site investigations may mclude systematic or random sampling core samples collected, tpe measured surface cover soil pit

descnptions

Transected high mtensity Use of&igned sampling methods such as Howes Hazard and Geist or projçct specific momtorrng plan for collection of quantifiable

information -- .

0 .k . * %cLt I ‘ -b - & -. ¶ ; (-t - -t )7

-ILe

Soilll1t1S_ ?! [thjiied 7

Soil Structureotçong UTh1 or smile

Wto moderate platy Strongplatr ‘CompactionIs evidnfbut limited m

0 compaction is evident m the activity Compaction limits root growth andCompaction Estimate extent and does not significantly effect, S. ,

area , . . . .“ ; . occurs throughout tjae achwtjr area? I -i_ root growth_F • Most plants and rocks nedestaled, ‘

Surface Erosion i Pedestals present but on mature plants - —. .-‘ . . , . : . . I No pedestaling ofplants or rocks . . roots exposed, lichenime evident on -

Sheet wasi ‘ only no roots exposed - .‘s

rocks

I

SurfaèEràsion: - .

, embrrdnic aid.not conited WeUfiflsidG1hes

Absent r with blunted featuresto enclntic pattei±i 4

:-:-hon-vètife Z;

:-- snegetated ;•

Morethan ½ ofththral ground l5ie than ½ofjo cbver hascover and erosion rates are within the been removed fid eosion rate arerange fornatural coIdthons . .. ; above natural rates

Minima(or io s’thsacement, no — Soil has dlacmeffects small di1a4enientis comi ‘‘

Soil Displacement t - ‘, —- evident, soil material1141 nummocKsr displacement evident hummocks present, puddles .4 I & 4 -‘ - ‘ hnoved,yuadles

- I, •,

ipresent Saf’Mer., SoilDeposiion Not iiiiusuJ& exc ve • - • assñall ihillidë’oflOgs bmshpiles etc.

)L/ I debaccu1hoas Soilbemovmg oWitet::s -a-. 4

;v

— -SoilHcaltUnthcator ‘ Vt- , ‘- ‘‘

9iiic miteriihThitdev Org1ific mattrisnt or oesGrassland and Shmbland Dthns ‘ aôoss the soil surface and meets W) not went mnumuiIP direction for -

t — theEcoloiI ¶t .-I

k Chaiies an vttion cmposthoii -f-- - - ulion ofdesirable perenm r. -- 3 . , ‘. i_ - - , .—s - .. . - ‘ ruacate a shift towar a drier, less . . - .. .. . -

F lilant reflects species by vegetative - “

—

&getafivanñunity Thinposifion , . IayercLe. tres, shIbs,foths and I 9: aiidfor ran4 •‘ ,,% - Therexriay also be an mcrease as i vegetative layers are absent or sparse

4grumoids) s idennçnthe

.‘-- - . potentilplantcommumty - •. .?- _-.1- 4 - - grasses orinvasiveplants

-\ r

IIFL ‘

_z___ ---------------- —

‘.__•_;‘_ ‘% 4 4rrr. . f_ —Your soil h;ating t1jis cbuty ar Satisfacto Impaired

ht isthesdilhealthtrend? Degra&ng

I

Re-yegetatiói ofReccntDeposiüon

Effective Gmund Cover ‘ .$

Recenteposffionalmateflalis vegetated

Sent ground coverusts to limitsoil èfosion tO na1ifralrosion fates • •

-__z - -• - ---. , - -

Field StoJ .

GPS (UTM) COO 1, ,

/Th,/t r74t

Management Area 1P ç

1 1 10 acre plot ocular estimates:; r

WD • [(jU13

.

Biological Crusts 41 /I’!L Pr(1 j__ ns

Vegetation Basal and < 30cm height

Baie Soi1ric7DA rn

Duff depth (cm) 9 ] çt space ten feet apart

-

along beitline) Avg. Depth = S (p cm

x&-1-

Stability/erosion/other *- &rosLtm no+ %e-€/- r-c o’ PO %iO cv ts -

c .. .. -

c cr w I ° ri C 4 ‘

:: e1,(v’ckk & ecA-I

- .- -. - . - -. . -. ? . .

. --

Horizon Depth (cm) Structure Texture qçfrggents Other Notes

p /o p ‘

A ‘:-( ‘

cS cL (g I p

k] 9 - Dk1 C-(c4 4-c ZSs\L &L(3::) ‘j

CDftkc+Dn Ht*d

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‘Soil Resource Infornation: Whiskey Moon Project

Litter___________(including fine woody)

Surface Rock / ° 11no’c-

F’rQ j-\&Z(kc-GA

. w3

Ground Cover Composition 1 00 FOOt Line-Point Intercept Transect

Slope %: % Aspect of BelUine: /

E Lc;2;7%A/

Cover Type Defmitions Hitsspaced 1 foot apart:

_______________________

100 foot transect

Rock Rock: > ¾ inch diameter:‘ includes large gravels,

cobbles, stones, boulders, .

- rock outcrop

“Pediment” Count small (2-5mm) andmedium (5-2Ornm)gravels .

as rock when -

evidence/ quantityprovides surface stabilityon site specific basis,

. otherwise add to bare soil

CWP Woody material / %‘ )}ft .

> 3 inch diameter 7k 7 1 ,Z’ J

Litter Leaf and woody plant tY’ -‘-n I 7T’ iw(materials includingorganic soil Ci, Oe, Oa LPhorizons, leaf litter, twigs, t4 Jk I J7’ I Ineedlecast, cow pies

Biological crusts Lichen, moss\%rk4

Vegetation: Point at which plant jbasal or foliar that stems come out of soil 57



Total ground cover &¾ .

.cl%.

Totalbaresoil%.

tL7O*Definitions, measures, ind protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550USDA NRçS NSSC Field Book for Describing and Sampling Soils Version 3.0


Date:

UTM (GPS) Transect Start: (:,oOc( 2

—

v1l!tkj1 Soi1iMaimog FØfiuI .(\j9?jtSite Name Plot ID !‘That By__ . ‘

h1 Allotirrnt Name - J UTM N s $1oj% Aseci IL1evtion________ LandtypefsoilfEUl unit_________ Bedroc& -

Landformfl opography % ParentMatenal Soil Classification (famiJW r crcage

1atershedIDnameorHUC’r

4r i -‘

p ZII1 Use or Area History (describe disturbance his1giy ntions during and after use ‘

‘ ,,4 &

Mr:z::-z:-----_zE--zE

d twa. r

, zzzzz

: ;_ciii

A.sessment Method (Circle iiost rntZivemethos ‘Observed Estimates on soil health wereeuimisuaI dbservations only1 raversed On site wak through direct sil contact grab samples quick pits ocular estimatc.s of cover nIls eros on ,.

Transected low intensity On sitt investigations may include systematic or random sampling core samples collected tape measureds’4cgcver soil pit&scnptions >

Transected high intensity Use of designtd sampling methods such as IIo’c ts Hazard mci Geist or project specific momtonng phn for collectin of guantiftableinformation ‘

1; •

VSoil I Trupaired iUisfiiojr. . : •:‘z7:j single % ‘ • • . ., .‘y :)

Soil Structure — Weak to moderate platy Strong platy-. ‘- ... :4,/ ‘. ¶a;j . . . : • -‘-• .. “ . - .“- .. 4. fl -. -

•: • : . : • . . . : Compaction is evidentbutlimited in - : .. . . . 0 compaction is evident in the activity • • Compacbon limits root growth- andCompaction Estimate . -- - - - - - - - : • extent and does not sionificantly effect - -- . . - - -

.. •:; area : ,. - - occurs’throuahout the activity area‘ - . - • -“--- —— - - - - . - root growth . - :

- . -.yiit :- . -. - - . iocks edestaled - ;:Surface Erosion - Pt.destaLs present but on mature plants ‘- ‘ —- % :. - I No pedestaling ofplants or rocks - roots exposed. -lichen hne evident onSheet wash I only no roots exposed -

- . . . .- - •: . - - ; rocks -SurfaceErösion : • . Small embryonic and not co’eaec1&l WIl dfii5Absent r with blunted featuns .

. Rills and Gullies - . - . - - - . - to dendntic pattern - - aenqritic. a m usned- - . . . - . .—

:- . . - . :- Sdmeit1lsitionaI rriaterial isRe-veaetation of Recent De2osthon A I Recent depositional matenal is vegetated - - - ..• • : . .,- ..I vi - .____z ----- . non-vegetated . . is non-vegetated . : ;

.‘ —-- .- i More thah i/ ofthe natural ground NI6f than ½ ofthe oiin cover has$— ufficient oround covt,r &iusts to limit —Effective Ground Cover . ; . - . .r - - . . -, cover and erosion rates are within the been removeä and erosion rate are

-, ‘ - ,-i’ e.: soil erosion to natural erosion rates • - . . ;---. . “ i-- . -

-

: - : 4L::- •- -- - . - .‘ range for natUral conditions .above natural rates - - - ‘ .. .

—

s3ii thsjláment is commonMimmal r no soil placement, no Smi has thsplaccment effects small c —- . Soil Displacement “ - -. . S -: -- . - - - - -. . . . -- S - iummocks evident, soil matenalS

. S•- .

- l thummocks lacement evident • hummocks present,puddles - : --- -I i S-%

‘ noved,puddles.5 ic p ‘- -‘

Soil and/or htterepoition is present ild/uis depositedon theSoil Deposition Not unusual or excessive Fme litternbepatterned as small iphill sie oflogs brush des etc

- —-- S — a—i -sJi debs acciulahons Sfarboving offsite- fj : -

Z4

Ieth’InliK Isa ‘a irl rf;,

& C Licjffatter is distributed evenly 5 O±imc maa&fisbsent or does

4

Grassland and Shmbland Debns srfaceandmeetsW ntnieetmimumFP direction for

:‘!: - I

4pere .

IAi1ant reflects species b veoetatic.Vecretative Community Composition A layer ci e trees shrubs forbs and productive plancounity £ The peruinial grb and/or grammoid

I 1 granunoids) as identified in the There may also be an increase in vegetative layers ar absent or sparse

- -?4 5,

Ipotenhalplant community annualplafflssharooted ..

A4F ,,

S= ———---———-S-—-- —————----——--- --

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*Definitions measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550USDA NRCS NSSC Field Book for Describing and Sampling Soils Version 3.0Reviewed by Allen Huber 2015

Date: 2oicUTM (GP$) Transect Start:

Aspect of Be1t1ine: !O

Ground Cbver Type Definitions Hits spaced 1 foot apart:

_______________________

100 foot transectRock Rock: > % inch diameter:

\includes large gravels,cobbles, stdnes, boulders, .

. rock outcrop

“Pediment” . Count small (2-5mm) andmedium (5-20mm) gravelsas rock whenevidence/quantityprovides surface stability

* on site specific basis,otherwise add to bare soil

cwp Woodymaterial$‘ ‘( t\

.

> 3 inch diameter

Litter Leaf and woody plant t,Vi U’(I j/1materials including j4 ç %organic soil 01, Oe, Oa . ,

horizons, leaf litter, twigs, 11neédlecast, cow pies y{ p41

Biological crusts Lichen, moss 9ç”Vegetation: Point at which plant k( ),k1\\

basal or foliar that stems come out of soil

protects soil surface/ Canopy coverusually < 30cm. tall that

-

intercepts raindrop


Total ground cover q¾ HTotal bare soil ¾ ) %j

‘1

t’:)L:

Traversed:Traiisçté lowd1escriptions . .

Transected, ifigh iiitjsfty:. infonrüon ..

ed Level Mona

-

-r

il observations only__,t grab samples quickpits ocu1r estimates ofor tills erosion

nvestigaftons may include systematic or random sampling core samples collected, taipe measured surface cover soil pit

fçlesigned sainplingmethods such as Howes, Hazard and Geist orrctpil&monitorngp1an for collection ofquantffiable

:.

Pills nd Gi1IIeS ..

Re-vegetationñfReàeitDep6sffionA iA.

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Effective Ground b ir • :,;.. .

•:•‘ • -

‘•- -L

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mit;

cOmpaction is evident inthetMt3fjarea-

1aorr

features

Sufficient ground coverxisti/.r! - . ; .: • -

oil erosion to natural erosion rates

or dispcement evident

Not unusual or excessive • • • ..

platy :

but limited i;nsignificantly ffect

Pedesthis present but on mature plantsqiily n6 roots expoed

connectedsVnbryto deiklrftic paSome recent d(

cover a dosio4 raterange fofi(at&WI &hd

his durnoc

C thitsroot..*ff) ilOUt th activity a

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—1 :

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.

_

L

potentialpiar

‘7

ii’

-4

4Miiterii1

____

e_Landtype/soiUt

HabitaCommuni Te•L _

SoC1sfficatio (family)Watershed ID rajneqr HTIC

LandUse or Area History (&sdibe disturbance

‘: ?rent .:

. - -

S during an4 after use, ctS)

Soll$tmcture

Compacion Estimate•

ag granular óì

_

-

Surface Erosion •‘

Sketvàh‘

. •..::c.:r;

WéitlSto

Cqic,ti6icxtñtroot grô*th.:

F

L : PkD)k 5 t c ,

Soil Resource Information:

Field Stop

-------

1 I 1 0 acre plot ocular estimates:

CWD ;:Litter(including fme woody)

Surface Rock

Biological Crusts %

Vegetation Basal and < 30cm height 5°Bare Soil 3TD

\ ,

::\ N

Duff depth (cm) . Q i o

tspace ten feet apart

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UTM (GPS) Transect Start: OO1 ‘1/

—Aspect of Belffine:J106

F &tJ)t0; A/

measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550USDA NRCS NSSC Field Book for Describing and Sampling Soils Version 3.0


Date:

.


_______________________

100 foot transect .

Rock Rock: >374 inch diameter: .

includes large gravels,cobbles, stnes, boulders,

. rock out&opj,(

“Pediment” Count small (2-5mm) andmedium (5-20mm) gravels

‘

as rock when . .


on site specific basis,otherwise add to bare soil

Cwp Woodymaterial

>3 inch diameter

Litter Leaf and woody plant I

materials including H1 1i I

organic soil Oi, Oe, Oa jfrf J4T 1,3-rihorizons, leaf litter, twigs, i-ri ,j,-ri jneedlecast, cow pies —‘

t,VT• i tjxcBiological crusts Lichen, moss

Vegetation: Point at which plant I 1 \basal or foliar that stems come out of soil.


Bat:e shil Bare soil ,. (rock </4 inch diameter

also usually recorded as . .

bare soil) Bie soil due to gopher mounds:

Total ground cover1.0

Totalbaresoil% . .

‘-z

No pedestaling ofplants dirbcks

se1tiib1un*dfires

tatCReceüt depositional rnatedd

- -nt ground cover

natui:ai etp on ral:es

Mliuimal 0 flO soil dispkcement,t

Compaction limits root growth andoccurs throughout the actiy aFea

Mpst p1tsndoroots exposed. lich

; .

:• —

*‘Ti — ‘

L ALotnnt I e ‘1 - Aspect_

evation - LandtypefsoilfEUT unit_________

_____

LandformlTopography - Habitat/Community Ty14tenaI Soil Classification (family)

•:

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‘

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-‘ . ..

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-::-,• -

% -43 ,,.

rvations only .

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descñ 115 •: • — - • • : • .‘ . .-: -

Transected Iig1i tensity Use of designed sampling methods such as Howes Hazard and Geist orproject specific monitoring plan for collection of quantifiableinfonnation ‘: - -. . -- ,4 -

z -- zzz:ziwzzEz---

Soil StnictureModeraçetsrong granular or single

.- - -. - . --

Cowpáction EstimateR,;i ALASurface Erpson-’i et wash or

%-:

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, -: -——— root erowth -

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Weak to moderate platy rprip1aty

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*Definitions measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550USDA NR9S NSSC Field Book for Desàribing and Sampling Soils Version 3.0


Date:

UTM (QPS) Transect Start:

Orbund Cover Type Definitions Hits spaced 1 foot apart:

_______________________

100 foot transect

Rock .. Rock: > ¾ inch diameter:includes large gravels,cobbles, stones, boulders,rock outcrop

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- , on site specific basis,. otherwise add to bare soil

cwp Woody material> 3 inch diameter

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horizons, leaflitter, twigs,needlecast, cow pies

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basal or foliar that stems come out of soil ç j_iit ‘

protects soil surface/ Canopy cover .

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intercepts raindrop t/’ i’

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Date: O Slope %: • O 12 Aspect ofBelthne:___________

UTM (OPS) Transect Start: % 3 2 E ‘jc

Ground Cover Type Defmitions Hits spaced 1 foot apart:

________________________

100 foot transect

Rock Rock: > ¾ inch diameter:includes large gravels,

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. rock outcrop ,

—

no hr::c 2L)k Ucscr

“Pediment” Count small (2-5mm) andmedium (5-20mm) gravelsas rock when -

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basal or foliar that stems come out of soil 7’ 1

protects soil surface/ Canopy coverusually < 30cm. tall that -

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Bare soil Bare soil(rock <3/4 inch diameter

- also usually recorded asbare soil) Bare soil due to gopher mounds:

Total ground cover%

Total bare soil %cr

*Defifljtjofls measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Cli. 2550USDA NRçS NSSC Field Book for Desèribing and Sampling Soils Version 3.0Reviewed by Allen Huber 2015

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Slope %: ‘ Aspect of Belffine:J

UTM (GPS) Transect Start: O MO E “Lc2;O (‘1) A!

*Deflnitions measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550USDA NR9S NSSC Field Book for Describing and Sampling Soils Version 3.0Reviewed by Allen Huber 2015

Ground Cover Type Defmitions Hits spaced 1 foot apart:

—

100 foot transectRock : Rock: > ¾ inch diameter:

‘ includes large gravels,

.cobbles, stones, boulders,rock outcrop

“Pediment” Count small (2-5mm) andmedium (5-20mm) gravelsas rock whenevidence/ quantityprovides surface stabilityon site specific basis,

: otherwise add to bare soil

c-Wp Woody material \ \ ‘

.

> 3 inch diameter

Litter Leaf and woody plants,,,materials including , ‘

organic soil Oi Oe Oa iiJ vcj chorizons, leaf litter, twigs,needlecast, cow pies

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basal or foliar that stems come out of soil jp ,i,pfl

t t •1 surface/Canopy cover V : I

pro ec S soiusually < 30cm. tail that I<intercepts raindrop 4’


Total ground cover%Total bare soil ¾ .

. L_ /‘_-_-____—w

0flaA ftive tj.iName Plot ID ate yorest ‘

{ntName J MM N-;r

‘i Aspect : .. - - ..-% - : .-- • .‘ . . . , -. . . - , . :f% ;

e ationL anatyptsoi1JEUI unit Bedrock cf Habitat/Community Type Parent

MatenaL Soil Classification (family) J &ce_______Watershed ID name or }IIJC

: -:Land Use or Area History (describe disturbance history conditions durmg and after use cumulative effects)

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Assessment Method (Circiemost rntéiveiiusd)f “

Obsred Estimates on soil health were madfrovii1 observations onlyTraversed On site walk through direct soil orfat, grab samples quick pits ocular estimates ofcover nils erosion ,

Transected low intensity On site investigations may include systematic or random sampling core sampies collected, tape measured surface cover sjll pitdescriptions .

Transected high mteiiI Use of designed sampling methods such as Howes Hazard and Geist or project specific momtonng plan for collection oftifiaTheinformation

_ - j

:::zz:z-——:z_z zzJzA Soil llea1thIndict , !Lred

Soil Structure r {oderate/strong granular orsm1)

S’e2 i&411 — - Compaction is evident but 1imited1

CortionEstimate

Nocompaction is evident in the actinot sigmiieantly effect

‘J%T Cii’—’• •;. 4 rootgrowth . .. . .

- . ,

i’ 7- : ‘ - : , MostplaiitsSurface Erosion .‘“ Pedestals present Ut Ofl mature plants

:‘ . . •- - •- 0 nedestalmg ofplants or rocks . roots exposed. lichen line evident onSheet wash only no roots exposed* -.a’ : . . i . rocks .SurfaceErosion . .Th . Small, eihbiythic and not connàkd Well dfiIi eyë’di .: . Abse with blunted features . • .‘ . . .-.-

Rails and Gullies . :: .to dendntic-pattem . . . : *nantic pattern estaolisjied

“ - - . -: • - . ::. : is Nd’àIIrecnt dbtIfidI ñaiá1

Re vegetation ofRecent Deposition Recent deposiiogtena1 is vegetated .. “ - i’P’ non-vegetated . is non-yegetated •Z -: • t

- - -.-- z : [ . . Miéthan½ofthenatura1ground S córhs5— Sufficient ground cover exists to limit . - r’ ‘vS Effective Ground Cover • . . . _ -.. .5 . . .• . S

• cover and erosion rates are within the been removed and erosion rate are_g4 erosion to natural er oaatesS • • . ; -

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—> 5range fornatural conditions . above natural rates . .•

555•55

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,- 1Immiil orio soil thsp1acement,’hE I Soil has displacement effects small 1 ‘Soil Displacement r . • S S :, ;. . . , ‘

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•.4 I hUffIfflOCkS evidensoil inatenal

Shummocks or thsp1acemenp hummocks present, puddles

moveieIr - Soil and/or litter deposthonqêfit’Ioil on

Soil Deposition A Not unusual or excessive Fine litter maybe patterned as snI1 piles çLb debns accumulations oflmeñbig’àffsite -

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Orkanic matter is diiñbiited en1y Ormcina%r is abseiit oroes

_________________________

Grassland and Shrubland Debns across the soil surface alid meets fP normeet minimum PP direction for_

nms’f&ThEIo theEcoogiType ),

____

* ‘ Chanes metition ‘mposikon .-

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*ution of desirable perennial i intiicate a siiiii towards ndn& iss ,

i plant reflects species by vegetative i. . - . - S • 55•5 S

f productive plant community. . The perennial foth and/or grammoid jVegetative Commumty Composition iayer Le trees shrubs foths and i ‘

. I Theremay also ne an increase m vegetative layers are absent or sparse, I

grammoids) as identifieduthe ; shallow rooted c

_____

- tential plant community ‘ --% grasses or invasive plants fi .S

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*Definitions, measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550

Date:

WZW

Grbund Cover Type Definitions Hits spaced 1 foot apart:

________________________

100 foot transect

Rock Rock > ¾ inch diameter

includes large gravels,

cobbles, stones, boulders, .

- rock outcrop

“Pediment” Count small (2-5mm) and

medium (5-20mm) gravels

as rock whenevidence/quantity

provides surface stability

on site specific basis,


CW Woody material> 3 inch diameter jp,(

Litter Leaf and woody plant

materials including l tiorganic soil Oi, Oe, Oa

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needlecast, cow pies t-’

W- ;ui C

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protects soil surface/Canopy coverusually < 30cm. tall that

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(rock <3/4 inch diameteralso usually recorded as

bare soil)Bare soil due to gopher mounds:

Total ground cover

¾ .. *

cV1cri

Total bare soil % .

USDA NRCS NSSC Field Book for Describing and Sampling Soils Version 3.0


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More than ½oftheJtra1 groundcover and erosion rates5 áreñthin therange fornathral

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Biological Crusts M C

Vegetation Basal and < 30cm height.

Bare Soil \f\

Duff depth (cm)j Q / j J 5 3tspace ten feet apart - -

along beitline) Avg. Depth = cm . -

x .

Stability/erosion/other “°‘ ‘4

pc o

c: ., , ,

t\kE\ ? f* ‘: :

-- --.J:: V’%( c h t—.—- ... -. ‘%W• . ; *

Horizon Depth (cm) Structure Texture Rock Fragments Other Notes— —

OocA o-:?% _-\

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Soil Resource Information: Whiskey Moon Project

Field Stop /% • OPS

Management Area L1

1 1 10 acre plot ocular estimates: .

CWD rr)1 -

Litter___________(including fine woody)

Surface Rock - ,

..

wL1.Ground Cover Composition 1 00 Foot Line-Point Intercept Transect

Date:.

Slope ¾: S/O i/ Aspect of Be1t1e:

qç2 wUTM (GPS) Transect Start: (C I 03

Cover Type Definitions Hits spaced I foot apart:

100 foottransect

Rock •Rock: > ¾ inch diameter:includes large gravels,cobbles, stones, boulders, .

. rock outcrop

“Pediment” . Count small (2-5mm) andmedium (5-20mm) gravelsas rock rhen . -

evidence/quantity

provides surface stability. on site specific basis,


Cwp Woody material> 3 inch diameter /

Litter Leaf and woody plant

.-materials including [JA jr J--V Porganic soil Oi, Oe, Oa Jf (j,Khorizons, leaf litter, twigs, .

needlecast, cow pies J—1;

Biological crusts Lichen, moss

Vegetation: Point at which plant

basal or foliar that stems come out of soil

protects soil surface/Canopy coverusually < 30cm. tall thatintercepts raindrop

Bare soil Bare soil, (rock <¾ inch diameter

also usually recorded asbare soil) Bare soil due to gopher mounds:

Total ground cover

Totalbaresoil%

*Deflnitions measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550USDA NRçS NSSC Field Book for Describing and Sampling Soils Version 3.0


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Soil Resource Information Whiskey Moon Project g.Field Stop

L%1 7 ••

GP$ (UTM) Go I ‘4ST S

Managefient Area ‘

1 I 1 0 acre piot ocular estimates: :

CWD 3 O;i k • I ‘- :. -- % 4

Litter ‘(including fme woody) .

Surface Rock L1

Biological Crusts n-cSs +- \d (-0

Vegetation Basal and < 30cm height k’ .

.Bare Soil oc

I : çi L+t L.Li <3JSEL Ialong beitline) Avg. Depth = 9 cm

Stabi1i/ erosion/ other L

r) (Jc, Pko ( )U(co1A roiL JU izL

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,

:

Horizon Depth (cm) Structure Texture

Con1 C %IVLTh Zc&c1 ,M

r4__ z&r1; Mtkr*k

i\ck1’t c&4ei(

2ôYRc

Rock Fragments Other Notes

Odô p — — — j . -::—A 1 7 ‘ &L . ,_ ,

1? Ir”s)’4 $E ; : —

c__S ra5 OA :sLft) 60 ‘,

5 p Ik(j roLL :

I


Date:


Slope%: Aspect of Beiffine : L)

oA/


_______________________

100 foot transectRock Rock: > ¾ inch diameter:

includes large gravels,cobbles, stones, boulders, .

. rock outcrop

“Pediment” Count small (2-5mm) and ‘medium (5-20mm) gravelsas rock when . -


- on site specific basis,otherwise add to bare soil

CW Woody material 1 S

S

> inch diameter

Litter . • -Leaf and woody plant J-H I -i7j I)-fr(

S materials includingj ,

organic soil Oi, Oe, Oa .

thorizons, leaf litter, twigs, (,_V\ tV1 tj4needlecast, cow pies j,-j

Biological crusts Lichen, moss yVegetation: Point at which plant ,j’( jffbasal or foliar that stems come out of soil /protects soil surface/ Canopy cover S

S usually < 30cm. tall that S

intercepts raindrop - . S

Bare shil Bare soil(rock <¾ inch diameteralso usually recorded as.

.. bare soil) Bare soil due to gopher mounds:

Total ground cover - Qa ‘O%Totalbaresoil% .

0

1

*Definitjons measures, and protocols:2013 Region 4 Workshop on Soil AssessmentUSDA Forest Service FSM 2500 Ch. 2550USDA NRçs NSSC Field Book for Describing and Sampling Soils Version 3.0 S

Reviewed by Allen Huber 20 1 5

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Soil Resource Information: Whiskey Moon Project

Field Stop OPS (UTM) (o I 7g

__________

Management Area

1/10 acre

CWD___

plot ocular estimates:

IV:V% kthk S??L t%-4

T)7ttFr ..

(including fine woody)

Surface Rock 5O Rputcieo %

Biological Crusts I9 (Vegetation Basal and < 30cm height

Bare Soil c n r\‘ ‘ •1

Duff depth (cm) 3 3tspace ten feet apart

ong belthne) Avg. Depth = o 7 cm -

sfd(<

Stability/erosion/other Rb croS1-c %-c.A . .

p110,,/p i1 5 A ?4 :2L CCL&S<5 ( r Ic i

- . . .. . .

\J J

.—.- - - . z .- , . .

Horizon Depth (cm) Structure Texture Rock Fragments Other Notes

o IOtA p

A -(j7S <3 cL. (2Z.

€ ,L c (S) j

f)%C t-)S* t)M StLt

Coo 4czccA:

f; 1kzC51 ,‘A..

s_

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Ground Cover Composition 1 00 foot Line-Point Intercept Transect

f_

Date:cO(


S1ope% j ‘

(;or>3

Aspect of Beitline: 2

cc( A!

*Defmitions measures, and protocols: *

2013 Region 4 Workshop on Soil Assessment

USDA Foiest Service FSM 2500 Ch. 2550

USDA NRçS NSSC Field Book for Describing and Sampling Soils Version 3.0


*::*

t*

Ground CoverType Definitions Hits spaced 1 foot apart:

100 foot transect

Rock Rock: > ¾ inch diameter:includes large gravels,

cobbles, stones, boulders,. rock outcrop

“Pediment” Count small (2-5mm) and

*

medium (5-20mm) gravelsas rock when .

0

* evidence/quantityprovides surface stabilityon site specific basis,otherwise add to bare soil

cwpWoody material> 3 inch diameter

Litter T and woody plant

!-materials including U-organic soil 01, Oe, Oa i j,-frhorizons, leaf litter, twigs, t ,v1 ineedlecast, cow pies ç ‘

Biological crusts Lichen, moss

Vegetation: Point at which plant\W,,1’ I

basal or foliar that stems come out of soil/

0

protects soil surface/ Canopy coverusually < 30cm. taIl that 0

intercepts raindrop

Bare soil Bare soil(rock <¾ inch diameteralso usually recorded as ____________________________________

bare soil)Bare soil due to gopher mounds:

Total ground cover t,

%cff

Totalbaresoil% 0

——-—-— , .

_____

t____— e 1

o______ Aspect1__ Landtype/srn1fEU[ unit Bedrock

rmJTopography HabitatfCommunrty Type_________________ Parent— —---——---—— - Soil Classification (family)_______________________ A

. . A. • . -‘1._ -ID iame or IWC , . . .

ILand se or ‘istory (descnbe disturbtnce iiistory conditions during and after use, cumulative effects) - :

igforthis activit:

: lrend? • .

I.

:.. -;r

: :•------- 4oservaiioison1y .

On site walk through contact, grab samples ickpits ocular estimates oi cover nils erosion9 rusect low mtensity On site mvestigations may include systematic or random sampling core samples collected tape measured surface cover soil pitd scnptions4Transected high intensity Use of designed sampling methods such as Howes Hazard and Geist or project specific momtonng plan for collection of quantifiable

%

onnafton

—

: : &ll$tmcture( Co

____

Compaction Estimate:

Suface ErosionSheetvash•

7? !ilr or s

NOmpacfiOnisetidentinthèaarea

—

RiMs and Gullies

Re-vegetation ofRecent Deposition4

pea:nts Orr&

moderate platy y

_

)uisevident butlirnfted inTCompaction]jmjjs rootextent and does not significantly effect

occurs throughout the arootgró

Effective Gid Cover

trwjthb1untedfeatu •

Recrit depositional rtiatëtiaIiegetated

Pedestals prnt but on mature plants9lY ° roots exposed .

Soil Dislacem&it

•soil erosioi 5 natural ëroiion iate IL , _‘1

çgbiyonic andnot connect&Lt6?leridrific ttem • :

Sentjjsffion fiiâria1 is*t? .

iion-yegetated. . Z; .:

.

ci,it9n

Minimal rno. . .‘.

. .‘

hummocks or displacement evident- .

• - ,

:‘a%

Moiethãn Vfthe’ñthira1 groundcoverand eidsion rates are within therange fofnIttha coiidffions

. - . ‘ .. :Soil Deposition Not unusual or-.

.1’ •

.3ei re:

S-1has displacement affects siiç

SI,1

Grassland and Shniblandflebñs

Veetatjve Community Composition

-;

(I gtamiidsj as ideitpotential plant comu

äitor dosdirection for

an in‘1!c pçeriniaI f

giafiyc3rs are a

project attachment i: field forms for half whiskey moon...

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