Project Name:	Dandaragan land resources survey
	Project Code:	DAN	Site ID:	0837	Observation ID:	1
	Agency Name:	Agriculture Western Australia
	Site Information
	Desc. By:	Ted (E.A.) Griffin	Locality:
	Date Desc.:	07/05/96	Elevation:	No Data
	Map Ref.:	Rainfall:	No Data
	Northing/Long.:	6645733 AMG zone: 50	Runoff:	No Data
	Easting/Lat.:	362643  Datum: AGD84	Drainage:	Moderately well drained
	Geology
	ExposureType:	Soil pit	Conf. Sub. is Parent. Mat.:	No Data
	Geol. Ref.:	No Data	Substrate Material:	No Data
	Land Form
	Rel/Slope Class: 	Gently undulating rises 9-30m  1-3%	Pattern Type:	Rises
	Morph. Type:	Lower-slope	Relief:	No Data
	Elem. Type:	Footslope	Slope Category:	No Data
	Slope:	2 % 	Aspect:	225 degrees
	Surface Soil Condition 	Loose
	Erosion:
	Soil Classification
	Australian Soil Classification:	Mapping Unit:	N/A
	 N/A    	Principal Profile Form:	N/A
	ASC Confidence:	Great Soil Group:	N/A
	Confidence level not specified
	Site 	Complete clearing. Pasture, native or improved, cultivated at some stage
	Vegetation:
	Surface Coarse 
	Profile 
	A1h	0 - 0.1 m	Greyish brown (10YR5/2-Moist); ; Loamy fine sand; Single grain grade of structure; Dry; Strongly water 
	repellent, "Field pH 5.7 (pH meter); Abundant, very fine (0-1mm) roots; Clear, Wavy change to - 
	A2	0.1 - 0.45 m	Pale brown (10YR6/3-Moist); ; Loamy fine sand; Single grain grade of structure; Moderately moist; Very 
	weak consistence; 0-2%, fine gravelly, 2-6mm, Ironstone, coarse fragments; Field pH 4.9 (pH meter); 
	Few, very fine (0-1mm) roots; Clear, Irregular change to - 
	B21c	0.45 - 0.6 m	Light yellowish brown (10YR6/4-Moist); ; Fine sandy clay loam; Massive grade of structure; Moist; Very 
	firm consistence; 20-50%, fine gravelly, 2-6mm, Ironstone, coarse fragments; 20-50%, medium gravelly, 
	6-20mm, Ironstone, coarse fragments; Field pH 5.6 (pH meter); Common, very fine (0-1mm) roots; 
	Gradual, Irregular change to - 
	B22	0.6 - 1.1 m	Brownish yellow (10YR6/8-Moist); Mottles, 10YR81, 20-50% , 5-15mm, Prominent; Fine sandy clay loam;
	 Massive grade of structure; Moist; Strong consistence; Field pH 6.1 (pH meter); Few, very fine (0-1mm)
	 roots; Clear, Wavy change to - 
	B23	1.1 - 1.3 m	Grey (7.5YR5/1-Moist); Mottles, 2.5YR46, 20-50% , 5-15mm, Prominent; Sandy light clay; Massive 
	grade of structure; Moist; Strong consistence; Field pH 6.5 (pH meter); 
	Morphological Notes
	B22	Roots following root channels of long dead native plants         
	B23	Few old root channels         
	Observation Notes
	Site Notes

	Project Name:	Dandaragan land resources survey
	Project Code:	DAN	Site ID:	0837	Observation 	1
	Agency Name:	Agriculture Western Australia
	Laboratory Test Results:
	Depth	pH	1:5 EC	Exchangeable Cations 	Exchangeable	CEC	ECEC	ESP
	Ca	Mg	K	Na	Acidity
	 m	 dS/m	Cmol (+)/kg 	%
	0 - 0.1	4.6B	12B	1.87H	0.26	0.08	0.2	0.09J	2.41D
	5.3H
	0 - 0.1	4.6B	12B	1.87H	0.26	0.08	0.2	0.09J	2.41D
	5.3H
	0.1 - 0.45	4.4B	2B	0.11H	<0.02	<0.02	0.05	0.1J	0.18D
	5.1H
	0.1 - 0.45	4.4B	2B	0.11H	<0.02	<0.02	0.05	0.1J	0.18D
	5.1H
	0.45 - 0.6	4.4B	4B	0.95H	0.57	0.14	0.2	0.4J	1.86D
	5.3H
	0.45 - 0.6	4.4B	4B	0.95H	0.57	0.14	0.2	0.4J	1.86D
	5.3H
	0.6 - 1.1	5.5B	7B	0.84H	1.51	0.2	0.57	<0.02J	3.12D
	6.3H
	0.6 - 1.1	5.5B	7B	0.84H	1.51	0.2	0.57	<0.02J	3.12D
	6.3H
	1.1 - 1.3	5.8B	20B	0.84H	5.5	0.5	2.95	<0.02J	9.79D
	6.9H
	1.1 - 1.3	5.8B	20B	0.84H	5.5	0.5	2.95	<0.02J	9.79D
	6.9H
	Depth	CaCO3	Organic	Avail.	Total	Total	Total	Bulk 	Particle  Size  Analysis
	C	P	P	N	K	Density	GV	CS	FS	Silt	Clay
	 m	%	%	 mg/kg	%	%	%	 Mg/m3	%
	0 - 0.1	1.26D	116B	0.109E	2	1.5
	0 - 0.1	1.26D	116B	0.109E	2	1.5
	0.1 - 0.45	0.08D	56B	0.008E	1.4	1.1
	0.1 - 0.45	0.08D	56B	0.008E	1.4	1.1
	0.45 - 0.6	0.29D	95B	0.032E	2.3	22.8
	0.45 - 0.6	0.29D	95B	0.032E	2.3	22.8
	0.6 - 1.1	0.08D	52B	0.012E	4.8	30.8
	0.6 - 1.1	0.08D	52B	0.012E	4.8	30.8
	1.1 - 1.3	0.13D	40B	0.014E	7.2	37.9
	1.1 - 1.3	0.13D	40B	0.014E	7.2	37.9
	Laboratory Analyses Completed for this profile
	15_NR_BSa	Exchangeable bases (Ca++) - meq per 100g of soil - Auto calculated from available
	15_NR_CMR	Exchangeable bases (Ca/Mg ratio) - Not recorded
	15E1_AL	Exchangeable Al - by compulsive exchange, no pretreatment for soluble salts
	15E1_CA	Exchangeable bases (Ca2+,Mg2+,Na+,K+) by compulsive exchange, no pretreatment for soluble salts
	15E1_K	Exchangeable bases, CEC and AEC by compulsive exchange, no pretreatment for soluble salts
	15E1_MG	Exchangeable bases, CEC and AEC by compulsive exchange, no pretreatment for soluble salts
	15E1_MN	Exchangeable bases (Mn2+) by compulsive exchange, no pretreatment for soluble salts
	15E1_NA	Exchangeable bases, CEC and AEC by compulsive exchange, no pretreatment for soluble salts
	15J_BASES	Sum of Bases
	15N1_b	Exchangeable sodium percentage (ESP) - Auto calculated from available using Sum of Cations
	18A1_NR	Bicarbonate-extractable potassium (not recorded)
	3_NR	Electrical conductivity or soluble salts - Not recorded
	4_NR	pH of soil - Not recorded

	Project Name:	Dandaragan land resources survey
	Project Code:	DAN	Site ID:	0837	Observation 	1
	Agency Name:	Agriculture Western Australia
	4B_AL_NR	Aluminium in 1:5 soil/0.01M calcium chloride extract - method not recorded
	4B1	pH of 1:5 soil/0.01M calcium chloride extract - direct
	6A1_UC	Organic carbon (%) - Uncorrected Walkley and Black method
	7A1	Total nitrogen - semimicro Kjeldahl, steam distillation
	9A3	Total Phosphorus (ppm) - semimicro kjeldahl, automated colour
	9B_NR	Bicarbonate-extractable phosphorus  (not recorded)
	9H1	Anion storage capacity
	P10_1m2m	1000 to 2000u particle size analysis, (method not recorded)
	P10_20_75	20 to 75u particle size analysis, (method not recorded)
	P10_75_106	75 to 106u particle size analysis, (method not recorded)
	P10_gt2m	> 2mm particle size analysis, (method not recorded)
	P10_NR_C	Clay (%) - Not recorded
	P10_NR_Saa	Sand (%) - Not recorded arithmetic difference, auto generated
	P10_NR_Z	Silt (%) - Not recorded
	P10106_150	106 to 150u particle size analysis, (method not recorded)
	P10150_180	150 to 180u particle size analysis, (method not recorded)
	P10180_300	180 to 300u particle size analysis, (method not recorded)
	P10300_600	300 to 600u particle size analysis, (method not recorded)
	P106001000	600 to 1000u particle size analysis, (method not recorded)