Project Name:	Preliminary Assessment and Survey of Land Degradation in the Dalrypmle Shire, QLD
	Project Code:	DLR	Site ID:	1528	Observation ID:	1
	Agency Name:	QLD Department of Primary Industries
	Site Information
	Desc. By:	Rogers, Gary	Locality:
	Date Desc.:	14/10/92	Elevation:	No Data
	Map Ref.:	Sheet No. : 8056   GPS	Rainfall:	No Data
	Northing/Long.:	7686072 AMG zone: 55	Runoff:	Very slow
	Easting/Lat.:	370273  Datum: AGD66	Drainage:	Well drained
	Geology
	ExposureType:	No Data	Conf. Sub. is Parent. Mat.:	No Data
	Geol. Ref.:	No Data	Substrate Material:	Undisturbed soil core, No Data
	Land Form
	Rel/Slope Class: 	Level plain <9m <1%	Pattern Type:	Plain
	Morph. Type:	Flat	Relief:	No Data
	Elem. Type:	Plain	Slope Category:	Level
	Slope:	1 % 	Aspect:	No Data
	Surface Soil Condition (dry):	Loose
	Erosion:
	Soil Classification
	Australian Soil Classification:	Mapping Unit:	N/A
	Basic Petroferric Orthic Tenosol Medium Non-gravelly Sandy 	Principal Profile Form:	Uc5.22
	Loamy Moderately deep
	ASC Confidence:	Great Soil Group:	Earthy sand
	All necessary analytical data are available.
	Site Disturbance:	No effective disturbance other than grazing by hoofed animals
	Vegetation:	Low Strata - Tussock grass, 0.26-0.5m, Sparse. *Species includes - Aristida species, Heteropogon contortus, 
	Chrysopogon fallax	Mid Strata - Tree, 3.01-6m, Sparse. *Species includes - Eucalyptus crebra, Alphitonia species
	Tall Strata - Tree, 6.01-12m, Sparse. *Species includes - Eucalyptus crebra, Eucalyptus polycarpa, Eucalyptus papuana
	Surface Coarse Fragments:	No surface coarse fragments
	Profile Morphology
	A11	0 - 0.02 m	Dark greyish brown (10YR4/2-Moist); ; Loamy sand; Massive grade of structure; Sandy (grains 
	prominent) fabric; Dry; Very weak consistence; , Calcareous, , ; , Gypseous, , ; Field pH 6 
	(Raupach, 0.02); Abrupt change to - 
	A12	0.02 - 0.15 m	Brown (10YR4/3-Moist); ; Sandy loam; Massive grade of structure; Sandy (grains prominent) 
	fabric; Dry; Very weak consistence; , Calcareous, , ; , Gypseous, , ; Field pH 6.5 (Raupach, 0.1); 
	Clear change to - 
	A13	0.15 - 0.45 m	Yellowish brown (10YR5/6-Moist); ; Clayey sand; Massive grade of structure; Earthy fabric; Dry; 
	Very weak consistence; , Calcareous, , ; , Gypseous, , ; Field pH 7 (Raupach, 0.35); Clear 
	change to - 
	B2	0.45 - 0.7 m	Brownish yellow (10YR6/6-Moist); ; Sandy loam; Massive grade of structure; Earthy fabric; Dry; 
	Very weak consistence; , Calcareous, , ; , Gypseous, , ; Field pH 7 (Raupach, 0.6); 
	Morphological Notes
	Observation Notes
	Site Notes

	Project Name:	Preliminary Assessment and Survey of Land Degradation in the Dalrypmle Shire, QLD
	Project Code:	DLR	Site ID:	1528	Observation ID:	1
	Agency Name:	QLD Department of Primary Industries
	Laboratory Test Results:
	Depth	pH	1:5 EC	Exchangeable Cations 	Exchangeable	CEC	ECEC	ESP
	Ca	Mg	K	Na	Acidity
	 m	 dS/m	Cmol (+)/kg 	%
	0.02 - 0.15	6.5A	1.7B	0.49	0.25	0.03
	0.15 - 0.45	8.1A
	0.45 - 0.7	7.9A	0.72B	0.31	0.1	0.02
	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	%
	0.02 - 0.15
	0.15 - 0.45
	0.45 - 0.7
	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
	0.02 - 0.15
	0.15 - 0.45
	0.45 - 0.7

	Project Name:	Preliminary Assessment and Survey of Land Degradation in the Dalrypmle Shire, QLD
	Project Code:	DLR	Site ID:	1528	Observation ID:	1
	Agency Name:	QLD Department of Primary Industries
	Laboratory Analyses Completed for this profile
	10B	Extractable sulfur(mg/kg) - Phosphate extractable sulfur
	15A2_CA	Exchangeable bases (Ca2+,Mg2+,Na+,K+) - 1M ammonium chloride at pH 7.0, pretreatment for 
	soluble salts
	15A2_K	Exchangeable bases- 1M ammonium chloride at pH 7.0, pretreatment for soluble salts
	15A2_MG	Exchangeable bases- 1M ammonium chloride at pH 7.0, pretreatment for soluble salts
	15A2_NA	Exchangeable bases- 1M ammonium chloride at pH 7.0, pretreatment for soluble salts
	15N1	Exchangeable sodium percentage (ESP)
	4A1	pH of 1:5 soil/water suspension