140399641 REPORT ON SAMPLE OF SOIL FILE NO : DATE ISSUED :

PTY. LTD.
Tel: (03) 9701 6007
Fax: (03) 9701 5712
A member of the
Australasian Soil and
Plant Analysis Council
REPORT ON SAMPLE OF SOIL
FILE NO :
140399641
DATE ISSUED :
26/03/2014
NORTH CENTRAL CMA
CLIENT ID :
CMA003
PO BOX 18
PHONE :
03 5448 7124
HUNTLY, VIC 3551
FAX :
03 5448 7148
E-mail:
[email protected]
SAMPLE ID :
SITE 1 0.1- 0.2 (10 - 20 cm)
REFERENCE :
DEPTH OF SAMPLE (cm):
REFERENCE PHONE :
10 to 20
ITEMS
RESULTS
DATE RECEIVED :
20/03/2014
ANALYSIS REQUIRED :
Full (ST-1)
DESIRABLE LEVEL
PASTURE
OATS
(DRY Target Yield: 5.0 t/ha)
pH(1:5 Water)†
pH(1:5 0.01M CaCl2)†
Electrical Conductivity†
EC
µS/cm
TOTAL SOLUBLE SALT
AVAILABLE CALCIUM†
TSS
ppm
Ca
ppm
AVAILABLE MAGNESIUM†
Mg
ppm
AVAILABLE SODIUM†
Na
ppm
AVAILABLE NITROGEN
AVAILABLE PHOSPHORUS†
N
ppm
P
ppm
AVAILABLE POTASSIUM†
K
ppm
AVAILABLE SULPHUR†
S
ppm
AVAILABLE COPPER†
Cu
ppm
AVAILABLE ZINC†
Zn
ppm
AVAILABLE IRON†
Fe
ppm
AVAILABLE MANGANESE†
Mn
ppm
AVAILABLE COBALT
Co
ppm
AVAILABLE MOLYBDENUM
AVAILABLE BORON†
Mo
ppm
B
ppm
TOTAL ORGANIC MATTER†
OM
%
TOTAL ORGANIC CARBON†
OC
%
6
5.5
32
105.6
119.4
27
80.73
5.5-7.5
5.5-7.0
< 300
< 990
197
26
< 17
< 625
< 2063
197
26
< 17
1.12
4.02
31.707
1.5
22
20
37
7 - 10
39
30
31
7 - 10
0.12
0.09
28
4
0.1
0.1
0.15
0.01
0.01
2
3-5
> 30
> 20
0.5-0.7
0.1-0.2
0.4-0.6
3-4
1.5 - 2
3
4-6
> 30
> 20
0.5-0.7
0.1-0.2
0.6-1.0
3-4
1.5 - 2
†
This laboratory has been awarded a Certificate of Proficiency for specific soil and plant tissue analyses by the
Australiasian Soil and Plant Analysis Council (ASPAC). Test for which proficiency has been demonstrated are highlighted in this report.
SWEP Analytical Laboratories
45 - 47 / 174 Bridge Road
Keysborough VIC 3173 Australia
Website: www.swep.com.au
E-mail: [email protected]
Postal Address: P.O. Box 583 Noble Park VIC 3174
FILE NO :
140399641
LANDUSE: PASTURE
PAGE NO : 2
ITEMS
DESIRABLE LEVEL
EXCHANGEABLE CALCIUM
Ca
meq/100 of soil
EXCHANGEABLE MAGNESIUM
Mg
meq/100 of soil
EXCHANGEABLE SODIUM
Na
meq/100 of soil
EXCHANGEABLE POTASSIUM
K
meq/100 of soil
EXCHANGEABLE HYDROGEN
H
meq/100 of soil
ADJ. EXCHANG. HYDROGEN
H
meq/100 of soil
CATION EXCHANGE CAPACITY
CEC
meq/100 of soil
ADJUSTED CEC
Adj.CEC
meq/100 of soil
EXCH. SODIUM PERCENTAGE
ESP
CALCIUM / MAGNESIUM RATIO
Ca/Mg
BASE SATURATION PERCENTAGE
BSP
ITEMS
0.45
0.17
0.27
0.06
0.74
0.17
< 0.06
0.06
0.2
0.2
< 0.17
1.15
1.15
23.48
2.65
86
PERCENTAGE OF ADJUSTED CEC
K
65-70%
12-15%
0.5-5%
3-5%
H
17
<20%
Ca
EXCHANGEABLE MAGNESIUM
Mg
EXCHANGEABLE SODIUM
Na
EXCHANGEABLE POTASSIUM
EXCHANGEABLE HYDROGEN
PREVIOUS APPLICATIONS ( IF APPLICABLE)
t/ha
LIME APPLIED
t/ha
DOLOMITE APPLIED
t/ha
Magnesium Sulphate
kg/ha
SWEP Analytical Laboratories
45 - 47 / 174 Bridge Road
Keysborough VIC 3173 Australia
DESIRABLE LEVEL
39.3
14.8
23.6
5.2
EXCHANGEABLE CALCIUM
GYPSUM APPLIED
<5
2-4
DATE OF APPLICATION
Website: www.swep.com.au
E-mail: [email protected]
Postal Address: P.O. Box 583 Noble Park VIC 3174
140399641
FILE NO :
LANDUSE: PASTURE
PAGE NO : 3
Deficiency and Excess Of Available Elements in The Soil
Excess
100
80
60
20
Desirable
Level
0
-20
Deficiency
Percentage
40
-40
-60
-80
-100
Notes:
- Phosphorus fixation effects if Iron is more than 300 ppm
- Manganese will be at toxicity level if it reaches 500 ppm
Actual Exchangeable Cation Percentage
Exchangeable Sodium
5%
17%
15%
24%
Exchangeable Calcium
Exchangeable Magnesium
39%
Exchangeable Potassium
Exchangeable Hydrogen
Desirable Exchangeable Cation Percentage
5%
5%
Exchangeable Sodium
10%
Exchangeable Calcium
15%
65%
Exchangeable Magnesium
Exchangeable Potassium
Exchangeable Hydrogen
SWEP Analytical Laboratories
45 - 47 / 174 Bridge Road
Keysborough VIC 3173 Australia
Website: www.swep.com.au
E-mail: [email protected]
Postal Address: P.O. Box 583 Noble Park VIC 3174
FILE NO :
140399641
PAGE NO : 4
RECOMMENDATION
59 kg of Calcium is needed to raise the Available Calcium to 68% and/or Exchangeable Calcium to 65%
GYPSUM REQUIREMENT
LIME REQUIREMENT
DOLOMITE REQUIREMENT
MAGNESIUM SULPHATE
0.34
0
0
0
t/ha
t/ha
t/ha
kg/ha
or
TOTAL FERTILISER REQUIREMENT (kg/ha)
PASTURE
OATS (DRY Target Yield: 5.0 t/ha)
PASTURE
with Trace Elements:
COPPER
ZINC
COBALT
MOLYBDENUM
IRON
MANGANESE
BORON
0 kg/ha
MAGNESIUM OXIDE
N
P
K
S
21
81
16
26
5
20
0
0
OATS
(DRY Target Yield: 5.0 t/ha)
0.75
3
0.03
0
2
3.5
0.3
1.13
4.5
0.03
0
2
3.5
0.45
kg/ha
kg/ha
kg/ha
kg/ha
For this soil the CEC is less than 10meq/100g of soil,
kg/ha
therefore we advice the TOTAL FERTILISER
kg/ha
REQUIREMENT, including Trace Elements, be applied
kg/ha
on three separate applications over the season.
- Gypsum Requirement is to increase the Calcium and Sulphur and decrease the Exchangeable Sodium and or
the Exchangeable Magnesium in the soil. For best results, use only 'A-grade' Gypsum.
We recommend that 25 kg/ha of Potassium should be applied after cutting of Hay.
SWEP Analytical Laboratories
45 - 47 / 174 Bridge Road
Keysborough VIC 3173 Australia
Website: www.swep.com.au
E-mail: [email protected]
Postal Address: P.O. Box 583 Noble Park VIC 3174
FILE NO :
140399641
LAND USE:
PASTURE
PAGE NO : 5
Desirable levels for Exchangeable Cations (Ca, Mg, Na, K and H) is directly related to the constant desirable
level percentages (see pie graph page 3) and the soil's Adjusted CEC. The other elements vary in relation to the
soil's CEC, landuse, leaching requirement and yield.
If soil pH (water) is below 5.7, trace elements should not be applied until Lime and/or Dolomite applications have
had time to raise the pH to this level. For soils with pH (water) of 8.0 or more, apply trace elements as foliar spray
only.
The recommendations for Gypsum/Lime/Dolomite/MgSO 4 on page 4 are essential to the process of
achieving optimum soil balance. All other recommendations in this report (NPKS & trace elements) have been
formulated on the assumption that the Gypsum/Lime/Dolomite/MgSO 4 have been applied and given sufficient time
for their effects to develop. In most cases, six months will be required between application of cation balance
correction and fertilisers, however, more time may be required in lower rainfall zones or dry seasons. In areas with
shallow saline watertables and NO subsurface drainage, no Gypsum should be applied (even if recommended
here) until adequate drainage can be provided. It should also be noted that the amounts recommended depend, in
part, on the stated sample depth.
For all required materials - Gypsum/Lime/Dolomite/Magnesium Sulphate/Magnesium Oxide (where surface
application is necessary and irrigation is not available), the total application should be limited to roughly
2.5 t/ha per year. This limitation does not apply where materials can be cultivated or irrigated into the soil.
Important note: For all reports that have landuse as "Pasture". If molybdenum is needed to be applied, then
copper needs to be applied as well even if available copper is high. Copper and molybdenum are antagonistic to
each other so if molybdenum is applied without copper, molybdenum will deplete copper leading to copper
deficiency in animals. The main problem occurs when animals graze treated pasture soon after application. For this
reason, if you are worried about applying copper when there is enough in your soil, you can apply molybdenum
alone BUT you MUST keep animals off the pasture for at least 6 weeks (longer if there has been little or no rain).
SWEP does not recommend or promote specific products, so all recommendations are given in kg/ha of actual nutrient. These
must be converted into applications of fertiliser. For assistance in doing this, consult your local supplier.
Items
pH (1:5 Water)
pH (1:5 CaCl2)
Electrical conductivity (1:5 Water)
Total Soluble Salts
Exchangeable Calcium, Magnesium, Sodium, Potassium
Exchangeable Hydrogen
Available Nitrogen
Available Phosphorus
Available Sulphur
Available Copper, Zinc, & Cobalt
Available Molybdenum
Available Iron & Manganese
Available Boron
Total Organic Matter
Total Phosphorus, Calcium, Magnesium
Extractable Aluminium
Total Nitrogen
Chloride
Available Silica
ANALYTICAL METHODS
Methods
4A1
4B1
3A1
Calculation from Electrical conductivity
15D3 or 15A1
Barium Chloride-Triethanolamine method*
Copper-cadmium reductor column at a pH of 8.0
Olsen extractable, 9C2a
KCl 40, 10D1
EDTA, 12B1
Ammonium Oxalate-Oxalic acid-di-iso propyl ether
method of E.H. Mikhail (1981)
12C2
modified Walkley & Black, 6A1
Acid digestion
15G1
Dumas method, 7A5
5A1
Dithionite-Citrate method**
NB. For available Iron and Manganese, SWEP uses the method developed by E.H. Mikhail (1980) due to the tendency for the stand ard EDTA
method to produce erroneously high results.
For numbered test methods:
Rayment, G.E. & Lyons, D.J. (2011). Soil Chemical Methods - Australasia. CSIRO Publishing, 150 Oxford Street, Collingwood Vic 3066,
Australia.
*Peech, M., Cowan, R.L. & Baker, J.H. (1962). Soil Science Society American Procedures, A critical studyof the Barium chlorid eTriethanolamine and ammonium acetate methods for determining exchangeable Hydrogen of soils.
Disclaimer: All results and/or recommendations in this report are made in good faith and are based on past and ongoing research by SWEP
Pty Ltd. However, limitations such as the vagaries of climatic conditions mean that we cannot guarantee production of any crop by the use
of this test and associated recommendations, and cannot be held responsible for any results obtained.
SWEP Analytical Laboratories
45 - 47 / 174 Bridge Road
Keysborough VIC 3173 Australia
Website: www.swep.com.au
E-mail: [email protected]
Postal Address: P.O. Box 583 Noble Park VIC 3174