Environmental changes in biodiversity hotspot ecosystems ofSouth Ecuador: RESPonse and feedback effECTs (FOR2730)

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Cite as:

Haubrich, F. (2010): <b>Site classification south Ecuador.</b> <i>Available online (http://www.tropicalmountainforest.org/data_pre.do?citid=819) from DFG-FOR816dw.</i>

Resource Description

Title:

Site classification south Ecuador

Short Name:

site classification C3.4

FOR816dw ID:

819

Publication Date:

2010-06-02

Last Update Date:

2010-06-02

License and Usage Rights:

FOR816 data user agreement

Temporal Coverage:

Begin:

2007-11-01

End:

2008-07-18

Geographic Coverage:

Geographic Description:

South Ecuador

Bounding Coordinates:
- lon/lat [degrees]
- WGS 84

		max latitude:	-3.58°				Max:	3200.0 ( meter )
min longitude:	-79.98°			max longitude:	-78.59°		Elevation
		min latitude:	-4.43°				Min:	550.0 ( meter )

Dataset creator(s):

Individual:

Frank Haubrich

Contact:

Keywords:

| Ecuador | soil characteristics | soil classification | land use | chemical elements | soil texture |

Associated entities to this dataset:

-------- 1 . data table entity --------

Table Name:

site classification C3.4

Tech. Details ...

Attribute(s) ...

Attribute Name -- Attribute Label

Unit

Attribute definition

                                  
                                    SampleID
					--
					ID of the sample
                                  
                                  no unit
                                  ID of the sample
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	-
Description :	-

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	-
Description :	-

                                  
                                    Horizon_WRB
					--
					Soil horizon symbol after "world reference base"
                                  
                                  no unit
                                  Soil horizon symbol after "world reference base"
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	WRB 2006
Description :	WRB 2006

                                  
                                    geocoordinate_latitude_min
					--
					Minimum geographic latitude
                                  
                                  Degree
                                  Minimum geographic latitude (on WGS84) of a given rectangle
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	-
Description :	-

                                  
                                    geocoordinate_latitude_max
					--
					Maximum geographic latitude
                                  
                                  Degree
                                  Maximum geographic latitude (on WGS84) of a given rectangle
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	-
Description :	-

                                  
                                    geocoordinate_longitude_min
					--
					Minimum geographic longitude
                                  
                                  Degree
                                  Minimum geographic longitude (on WGS84) of a given rectangle
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	-
Description :	-

                                  
                                    geocoordinate_longitude_max
					--
					Maximum geographic longitude
                                  
                                  Degree
                                  Maximum geographic longitude (on WGS84) of a given rectangle
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	-
Description :	-

                                  
                                    geocoordinate_amsl
					--
					Height above mean sea level
                                  
                                  Meter
                                  Geographic height (on WGS84) above mean sea level
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	-
Description :	-

                                  
                                    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 voltmeter (WTW)
Description :	Measuring pH-value with voltmeter (WTW)

                                  
                                    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 :	Measuring chemical compounds: nitrogen N: with CNS-analyzer (Unknown)
Description :	Measuring chemical compounds: nitrogen N: with CNS-analyzer (Unknown)

                                  
                                    OCs
					--
					Soil organic carbon
                                  
                                  Gram per kilogram
                                  Soil organic carbon
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	Measuring chemical compounds: nitrogen N: with CNS-analyzer (Unknown)
Description :	Measuring chemical compounds: nitrogen N: with CNS-analyzer (Unknown)

                                  
                                    Sand
					--
					Soil texture sand content
                                  
                                  Unitless
                                  Soil texture sand content
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	Measuring soil texture by Köhn
Description :	Measuring soil texture by Köhn
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: Soil texture Köhn method \| Vendor: Köhn \| Measurement: Measurement type: Soiltexture \| Unit: Percent \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| Size: \|

                                  
                                    Silt
					--
					Soil texture silt content
                                  
                                  Unitless
                                  Soil texture silt content
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	Measuring soil texture by Köhn
Description :	Measuring soil texture by Köhn
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: Soil texture Köhn method \| Vendor: Köhn \| Measurement: Measurement type: Soiltexture \| Unit: Percent \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| Size: \|

                                  
                                    Clay
					--
					Soil texture clay content
                                  
                                  Unitless
                                  Soil texture clay content
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	Measuring soil texture by Köhn
Description :	Measuring soil texture by Köhn
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: Soil texture Köhn method \| Vendor: Köhn \| Measurement: Measurement type: Soiltexture \| Unit: Percent \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| 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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| 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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| 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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| 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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| 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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| 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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| 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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| Size: \|

                                  
                                    TE_P
					--
					Total P
                                  
                                  Milligram per kilogram
                                  Total elements Phosphorus (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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| Size: \|

                                  
                                    TE_Ti
					--
					Total Ti
                                  
                                  Milligram per kilogram
                                  Total elements Titanium (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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| Size: \|

                                  
                                    TE_Zn
					--
					Total Zn
                                  
                                  Milligram per kilogram
                                  Total elements Zinc (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: - \|

--- Step 2 ---

Title :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Description :	microwave digestion of dry soil, rock with HF-HClO4-HNO3 and determination of the elements with ICP-AES Spectro Ciros CCD.
Instrumentation:	measurementheight=0.0 Instrument: Description: \| Instrument: ICP-AES Spectro Ciros CCD \| Vendor: SPECTRO \| Measurement: Measurement type: elements \| Unit: Milligram per kilogram \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| Size: \|

                                  
                                    ECEC_H
					--
					extractable H
                                  
                                  Microequivalent per gram
                                  extractable H 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: - \|

--- 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: - \|

                                  
                                    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: - \|

--- 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: - \|

                                  
                                    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: - \|

--- 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: - \|

                                  
                                    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: - \|

--- 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: - \|

                                  
                                    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: - \|

--- 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: - \|

                                  
                                    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: - \|

--- 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: - \|

                                  
                                    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: - \|

--- 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: - \|

                                  
                                    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: - \|

--- 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: - \|

                                  
                                    ECEC
					--
					effective cation exchange capacity
                                  
                                  Microequivalent per gram
                                  effective cation exchange capacity
                                

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: - \|

                                  
                                    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 :	-
Description :	-

                                  
                                    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 :	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: - \|

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	WRB 2006
Description :	WRB 2006

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	Description of soil types according to "Keys to Soil Taxonomy, 1998" of the United States Department of Agriculture and Natural Resources Conservation Service
Description :	Description of soil types according to "Keys to Soil Taxonomy, 1998" of the United States Department of Agriculture and Natural Resources Conservation Service
Instrumentation:	measurementheight=0.0 Instrument: Description: Description of soils by US Soil Taxonomy according to "Keys to Soil Taxonomy" 1998, United States Department of Agriculture Natural Resources Conservation Service \| Instrument: US Soil Taxonomy \| Vendor: United States \| Measurement: Measurement type: soil description \| Unit: Text \| Resolution: 0.0 \| Dimension: 0 \| Error: 0.0 \| Size: \|

                                  
                                    datetime
					--
					Date and Time
                                  
                                  not mapped
                                  The date and time
                                

Method (Sampling/processing description of the values of this attribute by one ore more steps.)

--- Step 1 ---

Title :	Date time (YYYY-MM-DD hh:mm:ss)
Description :	Date time (YYYY-MM-DD hh:mm:ss)

Metadata Provider:
Individual:	Frank Haubrich
Contact:	email: haubrich <at> forst.tu-dresden.de 01737 Tharandt
Contact Person:
Individual:	Frank Haubrich
Contact:	email: haubrich <at> forst.tu-dresden.de 01737 Tharandt
Online Distribution:
Download File:	http://www.tropicalmountainforest.org/data_pre.do?citid=819
Data Publisher:
Organization:	DFG-FOR816 Data Warehouse - University of Marburg, Department of Geography
Contact:	email: webmaster <at> tropicalmountainforest.org www.tropicalmountainforest.org Marburg Germany

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