Project Name:	Re-inventing Australian Agricultural Landscape Systems
	Project Code:	RAALS	Site ID:	CP404	Observation ID:	1
	Agency Name:	CSIRO Land and Water (ACT)
	Site Information
	Desc. By:	N.J. McKenzie	Locality:	Hart's F4
	Date Desc.:	05/05/00	Elevation:	No Data
	Map Ref.:	GPS S.A. Off	Rainfall:	No Data
	Northing/Long.:	6158854 AMG zone: 55	Runoff:	Slow
	Easting/Lat.:	542590  Datum: AGD66	Drainage:	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  	Pattern Type:	Low hills
	1-3%
	Morph. Type:	Lower-slope	Relief:	30 metres
	Elem. Type:	Hillslope	Slope Category:	Very gently sloped
	Slope:	2 % 	Aspect:	300 degrees
	Surface Soil Condition (dry):	Hardsetting
	Erosion:
	Soil Classification
	Australian Soil Classification:	Mapping Unit:	N/A
	Haplic Mesotrophic Red Kandosol Medium Non-gravelly Clay-	Principal Profile Form:	N/A
	loamy Clayey Deep
	ASC Confidence:	Great Soil Group:	N/A
	All necessary analytical data are available.
	Site Disturbance:	Cultivation. Rainfed
	Vegetation:	Low Strata - Forb, <0.25m, Very sparse. *Species includes - None recorded
	Surface Coarse Fragments:	No surface coarse fragments
	Profile Morphology
	Ap	0 - 0.11 m	Dark reddish brown (5YR3/4-Moist); , 0-0% ; Sandy clay loam, fine sandy; Weak grade of 
	structure, 10-20 mm, Polyhedral; Earthy fabric; Moist; Firm consistence; Field pH 6 (Raupach); 
	Common, medium (2-5mm) roots; Clear, Smooth change to - 
	A2	0.11 - 0.18 m	Reddish brown (2.5YR4/4-Moist); Yellowish red (5YR4/6-Dry); , 0-0% ; Clay loam, fine sandy; 
	Weak grade of structure, 10-20 mm, Polyhedral; Earthy fabric; Moist; Firm consistence; Field pH
	 5 (Raupach); Common, medium (2-5mm) roots; Clear, Smooth change to - 
	B21	0.18 - 0.45 m	Red (10R4/6-Moist); , 0-0% ; Light medium clay; Massive grade of structure; Weak grade of 
	structure, 10-20 mm, Polyhedral; Earthy fabric; Dry; Strong consistence; Few cutans, <10% of 
	ped faces or walls coated, faint; Field pH 6 (Raupach); Common, medium (2-5mm) roots; 
	Gradual, Smooth change to - 
	B22	0.45 - 0.7 m	Red (2.5YR4/6-Moist); , 0-0% ; Light medium clay; Massive grade of structure; Moderate grade of
	 structure, 10-20 mm, Polyhedral; Rough-ped fabric; Dry; Strong consistence; Common cutans, 
	10-50% of ped faces or walls coated, distinct; Field pH 7 (Raupach); Few, medium (2-5mm) 
	roots; Diffuse, Smooth change to - 
	B3	0.7 - 1.05 m	Brown (7.5YR4/4-Moist); Mottles, 5YR56, 20-50% , 15-30mm, Distinct; , 5YR31; Medium clay; 
	Weak grade of structure, 10-20 mm, Polyhedral; Moderate grade of structure, 10-20 mm, 
	Polyhedral; Rough-ped fabric; Dry; Very firm consistence; Many cutans, >50% of ped faces or 
	walls coated, distinct; Few cutans, <10% of ped faces or walls coated, distinct; Common (10 - 
	20 %), Ferromanganiferous, , Nodules; , Ferromanganiferous, , Laminae; Field pH 6.5 
	(Raupach); Few, very fine (0-1mm) roots; 
	Morphological Notes
	B21	No pedality evident in situ in B2 apparently because of compaction.
	Observation Notes
	Classify as a Kandosol despite secondary pedality in B2. Many abundant fine lucerne roots throughout A1/A2/B2; becoming 
	less in B3. Another earthy/pedal B2/B3 with Yarabee parna morphology.
	Site Notes
	RAAL Site; midway between H3 & H4; 15m west of line of access tubes

	Project Name:	Re-inventing Australian Agricultural Landscape Systems
	Project Code:	RAALS	Site ID:	CP404	Observation ID:	1
	Agency Name:	CSIRO Land and Water (ACT)
	Depth	pH	1:5 EC	Exchangeable Cations 	Exchangeable	CEC	ECEC	ESP
	Ca	Mg	K	Na	Acidity
	 m	 dS/m	Cmol (+)/kg 	%
	0 - 0.11	4.4C	0.06A	4.05D	0.54	0.79	0.08	7.2L	5.5D	1.11
	5.2A
	0.02 - 0.09
	0.11 - 0.18	4.1C	0.06A	3.05D	0.78	0.68	0.07	7.7L	4.6D	0.91
	4.9A
	0.18 - 0.45	5.3C	0.01A	5.53D	3.67	0.9	0.12	11L	10.2D	1.09
	6.4A
	0.2 - 0.4
	0.45 - 0.7	5.6C	0.01A	7.53D	6.56	0.69	0.18	13.6L	15D	1.32
	6.7A
	0.7 - 1.05	5.1C	0.01A	5.83D	6.48	0.67	0.27	13.5L	13.3D	2.00
	6.4A
	0.8 - 1
	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 - 0.11	1.1C	0.1D	0
	0.02 - 0.09	1.42
	1.48
	1.44
	1.41
	1.43
	0.11 - 0.18	0.45C	0.05D	12
	0.18 - 0.45	0.3C	0.04D	4
	0.2 - 0.4	1.64
	1.63
	1.68
	0.45 - 0.7	0.23C	0.03D	0
	0.7 - 1.05	0.09C	0.02D	0
	0.8 - 1	1.74
	1.70
	1.85
	Depth	COLE	Gravimetric/Volumetric Water Contents	K sat	K unsat
	Sat.	0.05 Bar	0.1 Bar	0.5 Bar	1 Bar	5 Bar	15 Bar
	 m	g/g -  m3/m3	mm/h	mm/h
	0 - 0.11
	0.02 - 0.09	0.33F	0.29I	0.15E	0.12F	0.09F	47.7E	13.6C
	0.33F	0.28I	0.15E	0.12F	0.09F	23.6E	11.9C
	0.33F	0.29I	0.15E	0.12F	0.09F	23.1E	11.4C
	0.35F	0.32I	0.18E	0.12F	0.09F	96E	10.5C
	0.36F	0.32I	0.18E	0.13F	0.1F	49.9E	16.1C
	0.11 - 0.18
	0.18 - 0.45
	0.2 - 0.4	0.27E	0.25E	0.19E	0.17F	0.15F	4054.8D	68B
	0.27E	0.25E	0.18E	0.17F	0.15F	79.2D	25B
	0.28E	0.26E	0.18E	0.17F	0.16F	260.4D	69B
	0.45 - 0.7
	0.7 - 1.05

	Laboratory Test Results:
	Project Name:	Re-inventing Australian Agricultural Landscape Systems
	Project Code:	RAALS	Site ID:	CP404	Observation ID:	1
	Agency Name:	CSIRO Land and Water (ACT)
	0.8 - 1	0.3E	0.29E	0.25E	0.24F	0.22F	1.1D	7.9B
	0.3E	0.29E	0.23E	0.22F	0.22F	33D	3.3B
	0.25E	0.24E	0.2E	0.19F	0.19F	1.6D	5.3B

	Project Name:	Re-inventing Australian Agricultural Landscape Systems
	Project Code:	RAALS	Site ID:	CP404	Observation ID:	1
	Agency Name:	CSIRO Land and Water (ACT)
	Laboratory Analyses Completed for this profile
	15B2_CA	Exchangeable bases (Ca2+,Mg2+,Na+,K+) - 1M ammonium chloride at pH 7.0, pretreatment for 
	soluble salts
	15B2_CEC	CEC - 1M ammonium chloride at pH 7.0, pretreatment for soluble salts
	15B2_K	Exchangeable bases and CEC - 1M ammonium chloride at pH 7.0, pretreatment for soluble salts
	15B2_MG	Exchangeable bases and CEC - 1M ammonium chloride at pH 7.0, pretreatment for soluble salts
	15B2_NA	Exchangeable bases and CEC - 1M ammonium chloride at pH 7.0, pretreatment for soluble salts
	15J_BASES	Sum of Bases
	2A1	Air-dry moisture content
	3A1	EC of 1:5 soil/water extract
	4A1	pH of 1:5 soil/water suspension
	4B2	pH of 1:5 soil/0.01M calcium chloride extract - following Method 4A1
	6B3	Total organic carbon - high frequency induction furnace, infrared
	7A5	Total nitrogen - high frequency induction furnace, thermal conductivity
	P10_GRAV	Gravel (%)
	P10_S_0.48	0.48 micron (cumulative %) - Sedigraph
	P10_S_1	1 micron (cumulative %) - Sedigraph
	P10_S_1000	1000 micron (cumulative %) - Sedigraph
	P10_S_125	125 micron (cumulative %) - Sedigraph
	P10_S_15.6	15.6 micron (cumulative %) - Sedigraph
	P10_S_2	2 micron (cumulative %) - Sedigraph
	P10_S_20	20 micron (cumulative %) - Sedigraph
	P10_S_2000	2000 micron (cumulative %) - Sedigraph
	P10_S_250	250 micron (cumlative %) - Sedigraph
	P10_S_3.9	3.9 micron (cumulative %) - Sedigraph
	P10_S_31.2	31.2 micron (cumulative %) - Sedigraph
	P10_S_500	500 micron (cumulative %) - Sedigraph
	P10_S_53	53 micron (cumulative %) - Sedigraph
	P10_S_63	63 micron (cumulative %) - Sedigraph
	P10_S_7.8	7.8 micron (cumulative %) - Sedigraph
	P3A1	Bulk density - g/cm3
	P3B2VL_1	1 BAR Moisture m3/m3 - Volumetric using disturbed sample on pressure plate
	P3B2VL_15	15 BAR Moisture m3/m3 - Volumetric using disturbed sample on pressure plate
	P3B2VL_5	5 BAR Moisture m3/m3 - Volumetric using disturbed sample on pressure plate
	P3B3VLb001	0.01 BAR Moisture m3/m3 - Volumetric using undisturbed 73mm diameter and 75mm height core on 
	suction plate taken from center of large core (CSIRO Div of Soil, DR 125, McKenzie and Jacquier, 
	1996)
	P3B3VLb003	0.03 BAR Moisture m3/m3 - Volumetric using undisturbed 73mm diameter and 75mm height core on 
	suction plate taken from center of large core (CSIRO Div of Soil, DR 125, McKenzie and Jacquier, 
	1996)
	P3B3VLb005	0.05 BAR Moisture m3/m3 - Volumetric using undisturbed 73mm diameter and 75mm height core on 
	suction plate taken from center of large core (CSIRO Div of Soil, DR 125, McKenzie and Jacquier, 
	1996)
	P3B3VLb01	0.1 BAR Moisture m3/m3 - Volumetric using undisturbed 73mm diameter and 75mm height core on 
	suction plate taken from center of large core (CSIRO Div of Soil, DR 125, McKenzie and Jacquier, 
	1996)
	P3B3VLb03	0.33 BAR Moisture m3/m3 - Volumetric using undisturbed 73mm diameter and 75mm height core on 
	suction plate taken from center of large core (CSIRO Div of Soil, DR 125, McKenzie and Jacquier, 
	1996)
	P3B3VLb06	0.66 BAR Moisture m3/m3 - Volumetric using undisturbed 73mm diameter and 75mm height core on 
	suction plate taken from center of large core (CSIRO Div of Soil, DR 125, McKenzie and Jacquier, 
	1996)
	P3B3VLc001	0.01 BAR Moisture m3/m3 - Volumetric using undisturbed 98mm diameter core on suction plate
	P3B3VLc003	0.03 BAR Moisture m3/m3 - Volumetric using undisturbed 98mm diameter core on suction plate
	P3B3VLc005	0.05 BAR Moisture m3/m3 - Volumetric using undisturbed 98mm diameter core on suction plate
	P3B3VLc01	0.1 BAR Moisture m3/m3 - Volumetric using undisturbed 98mm diameter core on suction plate
	P3B3VLc03	0.3 BAR Moisture m3/m3 - Volumetric using undisturbed 98mm diameter core on suction plate
	P3B3VLc06	0.6 BAR Moisture m3/m3 - Volumetric using undisturbed 98mm diameter core on suction plate
	P4_100DMcK	Unsaturated Hydraulic Conductivity - 100mm potential - Using disk permeameter with method CSIRO 
	Div of Soil, DR 125, McKenzie and Jacquier, 1996
	P4_10DMcK	Unsaturated Hydraulic Conductivity - 10mm potential - Using disk permeameter with method CSIRO 
	Div of Soil, DR 125, McKenzie and Jacquier, 1996

	Project Name:	Re-inventing Australian Agricultural Landscape Systems
	Project Code:	RAALS	Site ID:	CP404	Observation ID:	1
	Agency Name:	CSIRO Land and Water (ACT)
	P4_30_LOV	Unsaturated Hydraulic Conductivity - 30mm potential Loveday falling head method using 98mm 
	diameter cores
	P4_50DMcK	Unsaturated Hydraulic Conductivity - 50mm potential - Using disk permeameter with method CSIRO 
	Div of Soil, DR 125, McKenzie and Jacquier, 1996
	P4_sat_LOV	Saturated Hydraulic Conductivity - Modified (no de-aired water) Loveday falling head method using 
	98mm diameter cores
	P4_sat_McK	Saturated Hydraulic Conductivity (CSIRO Div of Soil, DR 125, McKenzie and Jacquier, 1996)