| Attribute Name -- Attribute Label |
Unit |
Attribute definition |
PlotID
--
ID of the plot
|
no unit |
ID of the plot |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Description
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
--- Step
2
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
--- Step
3
---
|
|
Title
:
|
CNS analysis with high temperature combustion |
|
Description
:
|
CNS analysis with high temperature combustion |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: CNS analysis with high temperature combustion of organic and inorganic solid samples and detection of the gaseous products with WLD
|
Instrument: CNS-Analyser HERAEUS
|
Vendor: HERAEUS
|
Measurement:
Measurement type: elements
|
Unit: Gram per kilogram
|
Resolution: 0.0
|
Dimension: 0
|
Error: 0.0
|
Size:
|
|
|
|
Horizon_KA5
--
Soil horizon symbol after "Bodenkundliche Kartieranleitung 5"
|
no unit |
Soil horizon symbol after "Bodenkundliche Kartieranleitung 5" |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
- |
|
Description
:
|
- |
|
|
Horizon_thickness
--
Thickness of the horizon
|
Meter |
Thickness of the horizon |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
folding ruler |
|
Description
:
|
folding ruler |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description:
|
Instrument: folding rule
|
Vendor: unknown
|
Measurement:
Measurement type: Soil depth from mineral soil surface
|
Unit: Centimeter
|
Resolution: 0.0
|
Dimension: 0
|
Error: 0.0
|
Size:
|
|
|
|
Soil_colour
--
Soil colour after Munsell soil colour chart
|
no unit |
Soil colour after Munsell soil colour chart |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
naming by the sampler |
|
Description
:
|
naming by the sampler |
|
|
PHs_H2O
--
pH of soil H2O
|
Unitless |
pH of soil measured in water |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
Measuring pH-value with pH-meter (Methrom) |
|
Description
:
|
Measuring pH-value with pH-meter (Methrom) |
|
|
PHs_KCl
--
pH of soil KCl
|
Unitless |
pH of soil measured in potassium chloride solution |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
Measuring pH-value with pH-meter (Methrom) |
|
Description
:
|
Measuring pH-value with pH-meter (Methrom) |
|
|
TNs
--
Total nitrogen of soil
|
Gram per kilogram |
Total nitrogen of soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
CNS analysis with high temperature combustion |
|
Description
:
|
CNS analysis with high temperature combustion |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: CNS analysis with high temperature combustion of organic and inorganic solid samples and detection of the gaseous products with WLD
|
Instrument: CNS-Analyser HERAEUS
|
Vendor: HERAEUS
|
Measurement:
Measurement type: elements
|
Unit: Gram per kilogram
|
Resolution: 0.0
|
Dimension: 0
|
Error: 0.0
|
Size:
|
|
|
|
TPs
--
Total phosphorus soil
|
Gram per kilogram |
Total phosphorus soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
TE_Na
--
Total Na
|
Milligram per kilogram |
Total elements Sodium (HF-HClO4-HNO3) |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
TE_K
--
Total element Potassium of soil
|
Gram per kilogram |
Total element Potassium of soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
TE_Ca
--
Total element Calcium of soil
|
Gram per kilogram |
Total element Calcium of soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
TE_Mg
--
Total element Magnesium of soil
|
Gram per kilogram |
Total element Magnesium of soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
TE_Mn
--
Total element Manganese of soil
|
Gram per kilogram |
Total element Manganese of soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
TE_Fe
--
Total element Iron of soil
|
Gram per kilogram |
Total element Iron of soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
TE_Al
--
Total element Aluminum of soil
|
Gram per kilogram |
Total element Aluminum of soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ICP AES Spectro Ciros |
|
Description
:
|
ICP AES Spectro Ciros |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
ECEC_Na
--
extractable Na
|
Microequivalent per gram |
extractable Na by 0.5mol NH4Cl-solution |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Description
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
ECEC_K
--
extractable K
|
Microequivalent per gram |
extractable K by 0.5mol NH4Cl-solution |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Description
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
ECEC_Ca
--
extrectable Ca
|
Microequivalent per gram |
extractable Ca by 0.5mol NH4Cl-solution |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Description
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
ECEC_Mg
--
extractable Mg
|
Microequivalent per gram |
extractable Mg by 0.5mol NH4Cl-solution |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Description
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
ECEC_Fe
--
extractable Fe
|
Microequivalent per gram |
extractable Fe by 0.5mol NH4Cl-solution |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Description
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
ECEC_Mn
--
extractable Mn
|
Microequivalent per gram |
extractable Mn by 0.5mol NH4Cl-solution |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Description
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
ECEC_Al
--
extractable Al
|
Microequivalent per gram |
extractable Al by 0.5mol NH4Cl-solution |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Description
:
|
ECEC is calculated. After adding of 0.5 M NH4Cl and 2 hours of shaking the sample is filtered the next day. Later on it is analyzed with the ICP. |
|
Instrumentation:
|
measurementheight=0.0
Instrument:
Description: Inductivity-Coupled-Plasma Method
|
Instrument: ICP atomic absorption spectrometer
|
Vendor: PerkinElmer
|
Measurement:
Measurement type: Chemical compounds
|
Unit: Milligram per liter
|
Resolution:
|
Dimension: -
|
Error: -
|
Size: -
|
|
|
|
BS
--
Base saturation of soil
|
Percent |
Base saturation of soil |
|
Method
(Sampling/processing description of the values of
this attribute by one ore more steps.)
|
|
--- Step
1
---
|
|
Title
:
|
Calculated |
|
Description
:
|
Calculated |
|
|
