IDENTIFIERS

Current Taxon Name (Soil Name): lithic Hapludolls

OSD

Series Extent

User Site ID: S2012MD005001

User Pedon ID: S2012MD005001

Vegetation Plot ID: S2012MD005001

Lab Information:

Certified Lab Pedon Description - yes

Lab Source ID - SSL

Lab Pedon # - 13N0835

NCSS Pedon Lab Data NASIS Record ID - 51961

Print Date: 11/24/2024

LOCATION

Location In Web Soil Survey

AOI is roughly a square mile and pedon is marked in the center.

Location in SoilWeb

Location in Google Maps

Std. Latitude: 39.4215278

Std. Longitude: -76.8416667

Datum: WGS84

Location Description: About 620' Northwest of the intersection of Deer Park road and Ward Chapel road; 950' North of Ward Chapel road, and 375' West of Deer Park road along west side of BGE power lines in Solders Delight Natural Environmental Area, Baltimore County Maryland.

Map Unit: CoC3—Chrome channery silty clay loam, 3 to 15 percent slopes, severely erodedCeD—Chrome silt loam, 15 to 25 percent slopes

Country: US—United States

State: Maryland

County: MD005—Baltimore

MLRA: 148—Northern Piedmont

Regional Office: SE—Southeast

MLRA Soil Survey Area: NE-FRE—Frederick, Maryland

Non-MLRA Soil Survey Area: MD005—Baltimore County, Maryland

7.5 Minute USGS Quad: 39076-D7—Reisterstown, Maryland

PEDON

Describers Name: David Verdone, Aaron Friend

Current Taxonomic Class: Loamy, mixed, superactive, mesic Lithic Hapludolls

Current Taxon Kind: taxon above family

Pedon Type: representative pedon for component

Pedon Purpose: ecological site data

Pedon Record Orgin: NASIS

Correlated Information:

Soil Name - lithic Hapludolls

PSC - 2 to 21 cm.

Classificaton Date - 8/7/2014

Classifier - David Verdone

Soil Taxonomic Edition - twelfth edition

Moisture Class - udic

Moisture Subclass - typic

Sampled As Information:

Soil Name - lithic hapludolls

Taxonomic Class - Loamy, mixed, mesic Lithic Hapludolls

Taxon Kind - taxon above family

PSC - 0 to 21 cm.

Classificaton Date - 12/17/2012

Classifier - David Verdone

Soil Taxonomic Edition - eleventh edition

Moisture Class - udic

Moisture SUBClass - typic

Dynamic Soil Properties:

Pedoderm Loose Cover Indicator - no

Hydric: no

Certification Status: certified

QC Status: level 1

QA Status: level 1

SITE

Parent Material: residuum weathered from serpentinite

Landscape: piedmont

Landform: upland hillslope

Geomorphic Component Hills: side slope

Hill Slope Profile: backslope

Slope Position: middle third

Slope Complexity: simple

Slope Shape Across: convex

Slope Shape Down: linear

Runoff: very low

Ksat Class Upper: moderately high

Ksat Class Lower: moderately high

Drainage Class: well

Flooding: none flooding

Ponding: none ponding

Bedrock: very strongly coherent serpentinite at 21cm with <10

Surface Fragments: 25.00 percent nonflat subangular very strongly coherent cemented 2- to 75-millimeter serpentinite,

Benchmark Soil?: no

VEGETATION

SITE OBSERVATION

Observation Date: 12/11/2012 (actual site observation date)

Data Collector: David Verdone, Aaron Friend

Surface Cover Properties:

Site Obs. Cover Kind 1 - grass/herbaceous cover

Site Obs. Cover Kind 2 - other grass/herbaceous cover

Pedoderm Loose Cover Indicator - no

Drained? - no

Bedded Soil? - no

Forest Plantation? - no

Current Weather - partly cloudy

Current Air Temp - 12

Water Properties:

Water pH Method - pH indicator solutions

Vegetation Plot Plants
Plant Symbol	Scientific Name	National Vernacular Name	Plant Type Group	Canopy Cover %	Vegetation Stata Level
PIRI PIVI2 SMRO	Pinus rigida Pinus virginiana Smilax rotundifolia	pitch pine Virginia pine roundleaf greenbrier	— — —	— — —	— — —

Pedon Restrictions
Kind	Hardness	Restriction Depth L-H	Restriction Thickness L-RV-H
		cm
bedrock, lithic	strongly coherent	21 - 46	- 25 -

Pedon Diagnostic Features
Feature Kind	Feature Depth L-H	Feature Thickness L-RV-H
	cm
mollic epipedon lithic contact	2—18 21—46	—16— —25—

Site Soil Temperature
Site Obs. Date	Depth	Sensor Kind	Temperature
	cm		C
12/11/2012	—	—	—

Pedon Horizon Bulk Density
Horizon	Depth to Top	Depth to Bottom	Method	Data Collector	Field Moist Volume	Field Moist Sample Wt.	Air Dry Sample Wt.	Field Moist Co. Fragment Wt.	Air Dry Fragment Wt.	Fragment Density	Coarse Fragment Volume	Air Dry Subsample Wt.	Oven Dry Subsample Wt.	Grav Soil Moist % Whole Soil	Grav Soil Moist % Fine Earth	Bulk Density FM Fine Soil	Bulk Density FM Whole Soill	Bulk Density OD fINE Earth	Bulk Density OD Fine Earth	Bulk Density Satiated
	cm				cm3	g				g/cm3	cm3	g		%		g/cm3
Oe A1 A2 BC	0 2 7 15	2 7 15 21	compliant cavity scoop scoop scoop	DRPV, AKF DRPV, AKF DRPV, AKF DRPV, AKF	730 — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —	— — — —

Setting and Climate
Slope	Slope Length USLE	Upslope Length	Elev.	Corr. Elev	Aspect	MAP	REAP	FFD	MAAT	MSAT	MWAT	MAST	MSST	MWST	MFFP	PE Index	Climate Station ID	Climate Station Name	Climate Station Type
%	m				degrees	mm	mm		C						mm
10	45	—	194.4	—	287	1170	—	173	12.3	—	—	—	—	—	—	—	—	—	—

Oe—0 to 2 centimeters (0.0 to 0.8 inches); black (10YR 2/1) broken face, very dark gray (10YR 3/1) broken face, dry; moderately decomposed plant material; loose; moderate permeability; fragments; clear smooth boundary.; moderately moist when described; observed in pit, small. Complient cavity readings: Initial volume 930+600=1530 final volume 1010+930+320=2260 volume difference 730

A1—2 to 7 centimeters (0.8 to 2.8 inches); black (10YR 2/1), very dark gray (10YR 3/1), dry; gravelly loam; 17 percent clay; moderate fine granular structure; very friable, nonsticky, nonplastic; moderate permeability; many (7.0) very fine roots throughout and common (3.0) medium roots throughout and many (7.0) fine roots throughout; 17 percent by volume nonflat subangular strongly coherent cemented 2-13-75 millimeter serpentinite fragments observed by visual inspection method; 16378 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Phosphorus avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Sulfur avj. for 3 runs; 4362 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Potassium avj. for 3 runs; 2008 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Calcium avj. for 3 runs; 2465 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Titanium avj. for 3 runs; 6110 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Chromium avj. for 3 runs; 2249 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Manganese avj. for 3 runs; 139882 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Iron avj. for 3 runs; 998 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Colbalt avj. for 3 runs; 3066 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Nickel avj. for 3 runs; 26 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Copper avj. for 3 runs; 149 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Zinc avj. for 3 runs; 11 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Selenium avj. for 3 runs; 25.1 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Rubidium avj. for 3 runs; 21.8 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Strontium avj. for 3 runs; 111 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Zirconium avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Cadmium avj. for 3 runs; 228 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Barium avj. for 3 runs; 132 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Lead avj. for 3 runs; 17886 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Phosphorus avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Sulfur avj. for 3 runs; 2694 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Potassium avj. for 3 runs; 1258 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Calcium avj. for 3 runs; 1113 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Titanium avj. for 3 runs; 1569 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Chromium avj. for 3 runs; 1562 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Manganese avj. for 3 runs; 74478 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Iron avj. for 3 runs; 582 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Colbalt avj. for 3 runs; 2719 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Nickel avj. for 3 runs; 25 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Copper avj. for 3 runs; 115 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Zinc avj. for 3 runs; 10 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Selenium avj. for 3 runs; 11.6 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Rubidium avj. for 3 runs; 7.2 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Strontium avj. for 3 runs; 31 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Zirconium avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Cadmium avj. for 3 runs; 150 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Barium avj. for 3 runs; 68 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Lead avj. for 3 runs; 23613 ppm of XRF-MD EPA Method Trace Metal Analysis for Phosphorusavj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Sulfur avj. for 3 runs; 4559 ppm of XRF-MD EPA Method Trace Metal Analysis for Potassium avj. for 3 runs; 3231 ppm of XRF-MD EPA Method Trace Metal Analysis for Calcium avj. for 3 runs; 2087 ppm of XRF-MD EPA Method Trace Metal Analysis for Titanium avj. for 3 runs; 4440 ppm of XRF-MD EPA Method Trace Metal Analysis for Chromium avj. for 3 runs; 2850 ppm of XRF-MD EPA Method Trace Metal Analysis for Manganese avj. for 3 runs; 123925 ppm of XRF-MD EPA Method Trace Metal Analysis for Iron avj. for 3 runs; 972 ppm of XRF-MD EPA Method Trace Metal Analysis for Colbalt avj. for 3 runs; 3095 ppm of XRF-MD EPA Method Trace Metal Analysis for Nickel avj. for 3 runs; 28 ppm of XRF-MD EPA Method Trace Metal Analysis for Copper avj. for 3 runs; 130 ppm of XRF-MD EPA Method Trace Metal Analysis for Zinc avj. for 3 runs; 16 ppm of XRF-MD EPA Method Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Selenium avj. for 3 runs; 21.9 ppm of XRF-MD EPA Method Trace Metal Analysis for Rubidium avj. for 3 runs; 19.1 ppm of XRF-MD EPA Method Trace Metal Analysis for Strontium avj. for 3 runs; 94 ppm of XRF-MD EPA Method Trace Metal Analysis for Zirconiumavj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Cadmium avj. for 3 runs; 235 ppm of XRF-MD EPA Method Trace Metal Analysis for Barium avj. for 3 runs; 128 ppm of XRF-MD EPA Method Trace Metal Analysis for Lead avj. for 3 runs; neutral, pH 6.6, pH indicator solutions; clear smooth boundary.; moderately moist when described; observed in pit, small. A total of 3 RaCA scoop used for sampining for bulk density L= 9.9cm, W= 9.8cm, H= 5.5cm.

A2—7 to 15 centimeters (2.8 to 5.9 inches); black (10YR 2/1), dark gray (10YR 4/1), dry; gravelly loam; 19 percent clay; moderate fine subangular blocky parts to weak fine granular structure; very friable, nonsticky, nonplastic; moderate permeability; many (7.0) very fine roots throughout and common (3.0) medium roots throughout and many (7.0) fine roots throughout; 21 percent by volume nonflat subangular strongly coherent cemented 2-13-75 millimeter serpentinite fragments observed by visual inspection method; 17281 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Phosphorus avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Sulfur avj. for 3 runs; 4379 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Potassium avj. for 3 runs; 1126 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Calcium avj. for 3 runs; 1830 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Titanium avj. for 3 runs; 4483 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Chromium avj. for 3 runs; 1816 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Manganese avj. for 3 runs; 144406 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Iron avj. for 3 runs; 1073 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Colbalt avj. for 3 runs; 3670 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Nickel avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Copper avj. for 3 runs; 70 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Zinc avj. for 3 runs; 6 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Selenium avj. for 3 runs; 21.7 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Rubidium avj. for 3 runs; 16.3 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Strontium avj. for 3 runs; 87 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Zirconium avj. for 3 runs; 26 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Cadmium avj. for 3 runs; 214 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Barium avj. for 3 runs; 9 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Lead avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Phosphorus avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Sulfur avj. for 3 runs; 2191 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Potassium avj. for 3 runs; 408 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Calcium avj. for 3 runs; 821 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Titanium avj. for 3 runs; 2014 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Chromium avj. for 3 runs; 1622 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Manganese avj. for 3 runs; 86366 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Iron avj. for 3 runs; 512 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Colbalt avj. for 3 runs; 3260 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Nickel avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Copper avj. for 3 runs; 39 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Zinc avj. for 3 runs; 4 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Selenium avj. for 3 runs; 5.6 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Rubidiium avj. for 3 runs; 4.7 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Strontium avj. for 3 runs; 21 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Zirconium avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Cadmium avj. for 3 runs; 116 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Barium avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Lead avj. for 3 runs; 19426 ppm of XRF-MD EPA Method Trace Metal Analysis for Phosphorus avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Sulfur avj. for 3 runs; 4436 ppm of XRF-MD EPA Method Trace Metal Analysis for Potassium avj. for 3 runs; 1941 ppm of XRF-MD EPA Method Trace Metal Analysis for Calcium avj. for 3 runs; 1997 ppm of XRF-MD EPA Method Trace Metal Analysis for Titanium avj. for 3 runs; 3753 ppm of XRF-MD EPA Method Trace Metal Analysis for Chromium avj. for 3 runs; 2236 ppm of XRF-MD EPA Method Trace Metal Analysis for Manganese avj. for 3 runs; 139782 ppm of XRF-MD EPA Method Trace Metal Analysis for Iron avj. for 3 runs; 1042 ppm of XRF-MD EPA Method Trace Metal Analysis for Colbalt avj. for 3 runs; 3697 ppm of XRF-MD EPA Method Trace Metal Analysis for Nickel avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Copper avj. for 3 runs; 55 ppm of XRF-MD EPA Method Trace Metal Analysis for Zinc avj. for 3 runs; 7 ppm of XRF-MD EPA Method Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Selenium avj. for 3 runs; 20.9 ppm of XRF-MD EPA Method Trace Metal Analysis for Rubidium avj. for 3 runs; 15.6 ppm of XRF-MD EPA Method Trace Metal Analysis for Strontium avj. for 3 runs; 82 ppm of XRF-MD EPA Method Trace Metal Analysis for Zirconium avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Cadmium avj. for 3 runs; 212 ppm of XRF-MD EPA Method Trace Metal Analysis for Barium avj. for 3 runs; 9 ppm of XRF-MD EPA Method Trace Metal Analysis for Lead avj. for 3 runs; neutral, pH 6.8, pH indicator solutions; clear smooth boundary.; moderately moist when described; observed in pit, small. A total of 3 RaCA scoop used for sampining for bulk density L= 9.9cm, W= 9.8cm, H= 5.5cm.

BC—15 to 21 centimeters (5.9 to 8.3 inches); dark yellowish brown (10YR 3/6) gravelly clay loam; 23 percent clay; weak fine subangular blocky structure; very friable, nonsticky, slightly plastic; moderate permeability; many (7.0) very fine roots throughout and common (3.0) medium roots throughout and many (7.0) fine roots throughout; 27 percent by volume nonflat subangular strongly coherent cemented 2-13-75 millimeter serpentinite fragments observed by visual inspection method; 15423 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Phosphorus avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Sulfur avj. for 3 runs; 3456 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Potassium avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Calcium avj. for 3 runs; 959 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Titanium avj. for 3 runs; 3008 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Chromium avj. for 3 runs; 2077 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Manganese avj. for 3 runs; 129978 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Iron avj. for 3 runs; 1153 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Colbalt avj. for 3 runs; 3312 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Nickel avj. for 3 runs; 38 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Copper avj. for 3 runs; 49 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Zinc avj. for 3 runs; 7 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Selenium avj. for 3 runs; 18.3 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Rubidium avj. for 3 runs; 9.7 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Strontium avj. for 3 runs; 29 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Zirconium avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Cadmium avj. for 3 runs; 163 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Barium avj. for 3 runs; 0 ppm of XRF-MD SF <2mm fine Trace Metal Analysis for Lead avj. for 3 runs; 10533 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Phosphorus avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Sulfur avj. for 3 runs; 2775 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Potassium avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Calcium avj. for 3 runs; 779 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Titanium avj. for 3 runs; 1105 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Chromium avj. for 3 runs; 1693 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Manganese avj. for 3 runs; 99451 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Iron avj. for 3 runs; 665 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Colbalt avj. for 3 runs; 2919 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Nickel avj. for 3 runs; 21 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Copper avj. for 3 runs; 31 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Zinc avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Selenium avj. for 3 runs; 14.3 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Rubidiium avj. for 3 runs; 5.7 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Strontium avj. for 3 runs; 15 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Zirconium avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Cadmium avj. for 3 runs; 109 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Barium avj. for 3 runs; 0 ppm of XRF-MD SF >2mm coarse Trace Metal Analysis for Lead avj. for 3 runs; 16446 ppm of XRF-MD EPA Method Trace Metal Analysis for Phosphorus avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Sulfur avj. for 3 runs; 3519 ppm of XRF-MD EPA Method Trace Metal Analysis for Potassium avj. for 3 runs; 556 ppm of XRF-MD EPA Method Trace Metal Analysis for Calcium avj. for 3 runs; 968 ppm of XRF-MD EPA Method Trace Metal Analysis for Titanium avj. for 3 runs; 2122 ppm of XRF-MD EPA Method Trace Metal Analysis for Chromium avj. for 3 runs; 2234 ppm of XRF-MD EPA Method Trace Metal Analysis for Manganese avj. for 3 runs; 121070 ppm of XRF-MD EPA Method Trace Metal Analysis for Iron avj. for 3 runs; 966 ppm of XRF-MD EPA Method Trace Metal Analysis for Colbalt avj. for 3 runs; 3261 ppm of XRF-MD EPA Method Trace Metal Analysis for Nickel avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Copper avj. for 3 runs; 31 ppm of XRF-MD EPA Method Trace Metal Analysis for Zinc avj. for 3 runs; 5 ppm of XRF-MD EPA Method Trace Metal Analysis for Arsenic avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Selenium avj. for 3 runs; 18.6 ppm of XRF-MD EPA Method Trace Metal Analysis for Rubidium avj. for 3 runs; 7.9 ppm of XRF-MD EPA Method Trace Metal Analysis for Strontium avj. for 3 runs; 24 ppm of XRF-MD EPA Method Trace Metal Analysis for Zirconium avj. for 3 runs; 0 ppm of XRF-MD EPA Method Trace Metal Analysis for Cadmium avj. for 3 runs; 128 ppm of XRF-MD EPA Method Trace Metal Analysis for Barium avj. for 3 runs; 9 ppm of XRF-MD EPA Method Trace Metal Analysis for Lead avj. for 3 runs; neutral, pH 7.0, pH indicator solutions; abrupt smooth boundary.; moderately moist when described; observed in pit, small. A total of 2 RaCA scoop used for sampining for bulk density L= 9.9cm, W= 9.8cm, H= 5.5cm.

R—21 to 46 centimeters (8.3 to 18.1 inches); bedrock; few (0.5) very fine roots in cracks; fragments.; observed in pit, small