AmeriFlux

BADM Group Overview

BADM variables in this group are organized into subgroups as shown below. The overview highlights what variables are required per subgroup. It also indicates which variables cannot be specified together ( OR ) in the same group entry. Variables in "Applies to All" are included with all subgroups. See BADM Basics for more details.

Multiple entries of this BADM group can be reported per site. However, combinations of Ⓒ variables must be unique. Read more:

Required Variable
Applies to All
Optional Variable
Ⓒ Combinations
Examples

Required

Optional

Soil Organic Carbon Stock

SOIL_STOCK_C_ORG

SOIL_STOCK_C_ORG_STATISTIC Ⓒ

SOIL_STOCK_C_ORG_STATISTIC_METHOD Ⓒ

SOIL_STOCK_C_ORG_STATISTIC_NUMBER

Soil Total Nitrogen Stock

SOIL_STOCK_N_TOT

SOIL_STOCK_N_TOT_STATISTIC Ⓒ

SOIL_STOCK_N_TOT_STATISTIC_METHOD Ⓒ

SOIL_STOCK_N_TOT_STATISTIC_NUMBER

Soil NH4 Stock

SOIL_STOCK_NH4

SOIL_STOCK_NH4_STATISTIC Ⓒ

SOIL_STOCK_NH4_STATISTIC_METHOD Ⓒ

SOIL_STOCK_NH4_STATISTIC_NUMBER

Soil NO3 Stock

SOIL_STOCK_NO3

SOIL_STOCK_NO3_STATISTIC Ⓒ

SOIL_STOCK_NO3_STATISTIC_METHOD Ⓒ

SOIL_STOCK_NO3_STATISTIC_NUMBER

Soil Potassium Stock

SOIL_STOCK_K

SOIL_STOCK_K_STATISTIC Ⓒ

SOIL_STOCK_K_STATISTIC_METHOD Ⓒ

SOIL_STOCK_K_STATISTIC_NUMBER

Soil Phosphorus Stock

SOIL_STOCK_P

SOIL_STOCK_P_STATISTIC Ⓒ

SOIL_STOCK_P_STATISTIC_METHOD Ⓒ

SOIL_STOCK_P_STATISTIC_NUMBER

Applies to All

SOIL_STOCK_DATE Ⓒ

SOIL_STOCK_PROFILE_ZERO_REF Ⓒ

SOIL_STOCK_PROFILE_MIN Ⓒ

SOIL_STOCK_PROFILE_MAX Ⓒ

SOIL_STOCK_HORIZON

SOIL_STOCK_APPROACH

SOIL_STOCK_DATE_UNC

SOIL_STOCK_COMMENT

BADM variables: Definitions, Units, Requirements

See Overview tab or BADM Basics for explanation of Required and Optional variables.

Multiple entries of this BADM group can be reported per site. However, combinations of Ⓒ variables must be unique. Read more:

Required Variable
Applies to All
Optional Variable
Ⓒ Combinations
Examples

Variable
Requirements

Units

Description

SOIL_STOCK_C_ORG
1-Required

g C m-2

Soil organic carbon stock

SOIL_STOCK_C_ORG_STATISTIC
Ⓒ 1-Required

LIST(STATISTIC) Show

Soil organic carbon stock statistic
The statistic for the measurement reported. Use predefined list (e.g., mean, min / max, standard deviation, etc).

STATISTIC Options×

Option	Description
Mean	Average (mean) value of sample population
Standard Deviation	Standard deviation may be reported from a sample population that consists of individual or aggregated samples (observations). If the distinction is important, specify in STATISTIC_METHOD or Comments.
Minimum	Minimum value
1st Percentile	Quantile at 1% of distribution
5th Percentile	Quantile at 5% of distribution
10th Percentile	Quantile at 10% of distribution
25th Percentile	Quantile at 25% of distribution
Median - 50th Percentile	Median - Quantile at 50% of distribution
75th Percentile	Quantile at 75% of distribution
90th Percentile	Quantile at 90% of distribution
95th Percentile	Quantile at 95% of distribution
99th Percentile	Quantile at 99% of distribution
Maximum	Maximum value
Single observation	Single observation that is not a calculated statistic of replicates either to get a robust estimate or for spatial variability analysis. For example a single biomass observation may be the vegetation harvested in a single 1 x 1 meter area.
Measurement Uncertainty	Report uncertainty as a plus or minus value in the measurement units. For example, enter 1.5 for +/- 1.5 units. Uncertainty may be reported from the instrument's specifications, determined empirically, or estimated by the tower team. Please describe such details in Approach. For uncertainty values that are better described by a range, a percent, or other, please enter information in Comments.

SOIL_STOCK_C_ORG_STATISTIC_METHOD
Ⓒ 1-Optional

LIST(STATISTIC_METHOD) Show

Soil organic carbon stock statistic method
Method used to generate the reported statistic (e.g., aggregate of individuals, aggregate of sample aggregates) from observations representing the same time period. Use predefined list. The aggregation method is not meant to describe temporal aggregations for example in calculations of higher frequency observations (e.g., sub-minute) to lower frequency observations (e.g., hourly) at a single location.

STATISTIC_METHOD Options×

Option	Description
Aggregate of individual observations	The statistic is aggregated from individual observations located within the site. Observations may be grouped into sample areas (e.g., plots) within the site but those groupings are ignored. Statistics generated from individual observations directly yield information on the site generally. The statistic may represent spatial characteristics of the measurement within the site (e.g., spatial heterogeneity) and/or characteristics due to other factors (e.g., population variability).
Aggregate of sample aggregates	The statistic is aggregated from aggregated individual observations located in sample areas within the site. For example, individual observations are made in 5 sample plots within a site. "Aggregate of sample aggregates" is used if a plot statistic (e.g., Mean) is first calculated, and then the plot values are aggregated to calculate the site statistic. Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).
Expert estimate	Estimate made by expert familiar with site

SOIL_STOCK_C_ORG_STATISTIC_NUMBER
1-Optional

integer number

Number of observations used to determine soil organic carbon stock statistic
Number of observations (samples / replicates) used to calculate the STATISTIC for the reported measurement.

SOIL_STOCK_N_TOT
2-Required

g N m-2

Soil total nitrogen stock

SOIL_STOCK_N_TOT_STATISTIC
Ⓒ 2-Required

LIST(STATISTIC) Show

Soil total nitrogen stock statistic
The statistic for the measurement reported. Use predefined list (e.g., mean, min / max, standard deviation, etc).

STATISTIC Options×

Option	Description
Mean	Average (mean) value of sample population
Standard Deviation	Standard deviation may be reported from a sample population that consists of individual or aggregated samples (observations). If the distinction is important, specify in STATISTIC_METHOD or Comments.
Minimum	Minimum value
1st Percentile	Quantile at 1% of distribution
5th Percentile	Quantile at 5% of distribution
10th Percentile	Quantile at 10% of distribution
25th Percentile	Quantile at 25% of distribution
Median - 50th Percentile	Median - Quantile at 50% of distribution
75th Percentile	Quantile at 75% of distribution
90th Percentile	Quantile at 90% of distribution
95th Percentile	Quantile at 95% of distribution
99th Percentile	Quantile at 99% of distribution
Maximum	Maximum value
Single observation	Single observation that is not a calculated statistic of replicates either to get a robust estimate or for spatial variability analysis. For example a single biomass observation may be the vegetation harvested in a single 1 x 1 meter area.
Measurement Uncertainty	Report uncertainty as a plus or minus value in the measurement units. For example, enter 1.5 for +/- 1.5 units. Uncertainty may be reported from the instrument's specifications, determined empirically, or estimated by the tower team. Please describe such details in Approach. For uncertainty values that are better described by a range, a percent, or other, please enter information in Comments.

SOIL_STOCK_N_TOT_STATISTIC_METHOD
Ⓒ 2-Optional

LIST(STATISTIC_METHOD) Show

Soil total nitrogen stock statistic method
Method used to generate the reported statistic (e.g., aggregate of individuals, aggregate of sample aggregates) from observations representing the same time period. Use predefined list. The aggregation method is not meant to describe temporal aggregations for example in calculations of higher frequency observations (e.g., sub-minute) to lower frequency observations (e.g., hourly) at a single location.

STATISTIC_METHOD Options×

Option	Description
Aggregate of individual observations	The statistic is aggregated from individual observations located within the site. Observations may be grouped into sample areas (e.g., plots) within the site but those groupings are ignored. Statistics generated from individual observations directly yield information on the site generally. The statistic may represent spatial characteristics of the measurement within the site (e.g., spatial heterogeneity) and/or characteristics due to other factors (e.g., population variability).
Aggregate of sample aggregates	The statistic is aggregated from aggregated individual observations located in sample areas within the site. For example, individual observations are made in 5 sample plots within a site. "Aggregate of sample aggregates" is used if a plot statistic (e.g., Mean) is first calculated, and then the plot values are aggregated to calculate the site statistic. Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).
Expert estimate	Estimate made by expert familiar with site

SOIL_STOCK_N_TOT_STATISTIC_NUMBER
2-Optional

integer number

Number of observations used to determine soil total nitrogen stock statistic
Number of observations (samples / replicates) used to calculate the STATISTIC for the reported measurement.

SOIL_STOCK_NH4
3-Required

g NH4 m-2

Soil ammonium stock

SOIL_STOCK_NH4_STATISTIC
Ⓒ 3-Required

LIST(STATISTIC) Show

Soil ammonium stock statistic
The statistic for the measurement reported. Use predefined list (e.g., mean, min / max, standard deviation, etc).

STATISTIC Options×

Option	Description
Mean	Average (mean) value of sample population
Standard Deviation	Standard deviation may be reported from a sample population that consists of individual or aggregated samples (observations). If the distinction is important, specify in STATISTIC_METHOD or Comments.
Minimum	Minimum value
1st Percentile	Quantile at 1% of distribution
5th Percentile	Quantile at 5% of distribution
10th Percentile	Quantile at 10% of distribution
25th Percentile	Quantile at 25% of distribution
Median - 50th Percentile	Median - Quantile at 50% of distribution
75th Percentile	Quantile at 75% of distribution
90th Percentile	Quantile at 90% of distribution
95th Percentile	Quantile at 95% of distribution
99th Percentile	Quantile at 99% of distribution
Maximum	Maximum value
Single observation	Single observation that is not a calculated statistic of replicates either to get a robust estimate or for spatial variability analysis. For example a single biomass observation may be the vegetation harvested in a single 1 x 1 meter area.
Measurement Uncertainty	Report uncertainty as a plus or minus value in the measurement units. For example, enter 1.5 for +/- 1.5 units. Uncertainty may be reported from the instrument's specifications, determined empirically, or estimated by the tower team. Please describe such details in Approach. For uncertainty values that are better described by a range, a percent, or other, please enter information in Comments.

SOIL_STOCK_NH4_STATISTIC_METHOD
Ⓒ 3-Optional

LIST(STATISTIC_METHOD) Show

Soil ammonium stock statistic method
Method used to generate the reported statistic (e.g., aggregate of individuals, aggregate of sample aggregates) from observations representing the same time period. Use predefined list. The aggregation method is not meant to describe temporal aggregations for example in calculations of higher frequency observations (e.g., sub-minute) to lower frequency observations (e.g., hourly) at a single location.

STATISTIC_METHOD Options×

Option	Description
Aggregate of individual observations	The statistic is aggregated from individual observations located within the site. Observations may be grouped into sample areas (e.g., plots) within the site but those groupings are ignored. Statistics generated from individual observations directly yield information on the site generally. The statistic may represent spatial characteristics of the measurement within the site (e.g., spatial heterogeneity) and/or characteristics due to other factors (e.g., population variability).
Aggregate of sample aggregates	The statistic is aggregated from aggregated individual observations located in sample areas within the site. For example, individual observations are made in 5 sample plots within a site. "Aggregate of sample aggregates" is used if a plot statistic (e.g., Mean) is first calculated, and then the plot values are aggregated to calculate the site statistic. Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).
Expert estimate	Estimate made by expert familiar with site

SOIL_STOCK_NH4_STATISTIC_NUMBER
3-Optional

integer number

Number of observations used to determine soil ammonium stock statistic
Number of observations (samples / replicates) used to calculate the STATISTIC for the reported measurement.

SOIL_STOCK_NO3
4-Required

g NO3 m-2

Soil nitrate stock

SOIL_STOCK_NO3_STATISTIC
Ⓒ 4-Required

LIST(STATISTIC) Show

Soil nitrate stock statistic
The statistic for the measurement reported. Use predefined list (e.g., mean, min / max, standard deviation, etc).

STATISTIC Options×

Option	Description
Mean	Average (mean) value of sample population
Standard Deviation	Standard deviation may be reported from a sample population that consists of individual or aggregated samples (observations). If the distinction is important, specify in STATISTIC_METHOD or Comments.
Minimum	Minimum value
1st Percentile	Quantile at 1% of distribution
5th Percentile	Quantile at 5% of distribution
10th Percentile	Quantile at 10% of distribution
25th Percentile	Quantile at 25% of distribution
Median - 50th Percentile	Median - Quantile at 50% of distribution
75th Percentile	Quantile at 75% of distribution
90th Percentile	Quantile at 90% of distribution
95th Percentile	Quantile at 95% of distribution
99th Percentile	Quantile at 99% of distribution
Maximum	Maximum value
Single observation	Single observation that is not a calculated statistic of replicates either to get a robust estimate or for spatial variability analysis. For example a single biomass observation may be the vegetation harvested in a single 1 x 1 meter area.
Measurement Uncertainty	Report uncertainty as a plus or minus value in the measurement units. For example, enter 1.5 for +/- 1.5 units. Uncertainty may be reported from the instrument's specifications, determined empirically, or estimated by the tower team. Please describe such details in Approach. For uncertainty values that are better described by a range, a percent, or other, please enter information in Comments.

SOIL_STOCK_NO3_STATISTIC_METHOD
Ⓒ 4-Optional

LIST(STATISTIC_METHOD) Show

Soil nitrate stock statistic method
Method used to generate the reported statistic (e.g., aggregate of individuals, aggregate of sample aggregates) from observations representing the same time period. Use predefined list. The aggregation method is not meant to describe temporal aggregations for example in calculations of higher frequency observations (e.g., sub-minute) to lower frequency observations (e.g., hourly) at a single location.

STATISTIC_METHOD Options×

Option	Description
Aggregate of individual observations	The statistic is aggregated from individual observations located within the site. Observations may be grouped into sample areas (e.g., plots) within the site but those groupings are ignored. Statistics generated from individual observations directly yield information on the site generally. The statistic may represent spatial characteristics of the measurement within the site (e.g., spatial heterogeneity) and/or characteristics due to other factors (e.g., population variability).
Aggregate of sample aggregates	The statistic is aggregated from aggregated individual observations located in sample areas within the site. For example, individual observations are made in 5 sample plots within a site. "Aggregate of sample aggregates" is used if a plot statistic (e.g., Mean) is first calculated, and then the plot values are aggregated to calculate the site statistic. Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).
Expert estimate	Estimate made by expert familiar with site

SOIL_STOCK_NO3_STATISTIC_NUMBER
4-Optional

integer number

Number of observations used to determine soil nitrate stock statistic
Number of observations (samples / replicates) used to calculate the STATISTIC for the reported measurement.

SOIL_STOCK_K
5-Required

g K m-2

Soil potassium stock

SOIL_STOCK_K_STATISTIC
Ⓒ 5-Required

LIST(STATISTIC) Show

Soil potassium stock statistic
The statistic for the measurement reported. Use predefined list (e.g., mean, min / max, standard deviation, etc).

STATISTIC Options×

Option	Description
Mean	Average (mean) value of sample population
Standard Deviation	Standard deviation may be reported from a sample population that consists of individual or aggregated samples (observations). If the distinction is important, specify in STATISTIC_METHOD or Comments.
Minimum	Minimum value
1st Percentile	Quantile at 1% of distribution
5th Percentile	Quantile at 5% of distribution
10th Percentile	Quantile at 10% of distribution
25th Percentile	Quantile at 25% of distribution
Median - 50th Percentile	Median - Quantile at 50% of distribution
75th Percentile	Quantile at 75% of distribution
90th Percentile	Quantile at 90% of distribution
95th Percentile	Quantile at 95% of distribution
99th Percentile	Quantile at 99% of distribution
Maximum	Maximum value
Single observation	Single observation that is not a calculated statistic of replicates either to get a robust estimate or for spatial variability analysis. For example a single biomass observation may be the vegetation harvested in a single 1 x 1 meter area.
Measurement Uncertainty	Report uncertainty as a plus or minus value in the measurement units. For example, enter 1.5 for +/- 1.5 units. Uncertainty may be reported from the instrument's specifications, determined empirically, or estimated by the tower team. Please describe such details in Approach. For uncertainty values that are better described by a range, a percent, or other, please enter information in Comments.

SOIL_STOCK_K_STATISTIC_METHOD
Ⓒ 5-Optional

LIST(STATISTIC_METHOD) Show

Soil potassium stock statistic method
Method used to generate the reported statistic (e.g., aggregate of individuals, aggregate of sample aggregates) from observations representing the same time period. Use predefined list. The aggregation method is not meant to describe temporal aggregations for example in calculations of higher frequency observations (e.g., sub-minute) to lower frequency observations (e.g., hourly) at a single location.

STATISTIC_METHOD Options×

Option	Description
Aggregate of individual observations	The statistic is aggregated from individual observations located within the site. Observations may be grouped into sample areas (e.g., plots) within the site but those groupings are ignored. Statistics generated from individual observations directly yield information on the site generally. The statistic may represent spatial characteristics of the measurement within the site (e.g., spatial heterogeneity) and/or characteristics due to other factors (e.g., population variability).
Aggregate of sample aggregates	The statistic is aggregated from aggregated individual observations located in sample areas within the site. For example, individual observations are made in 5 sample plots within a site. "Aggregate of sample aggregates" is used if a plot statistic (e.g., Mean) is first calculated, and then the plot values are aggregated to calculate the site statistic. Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).
Expert estimate	Estimate made by expert familiar with site

SOIL_STOCK_K_STATISTIC_NUMBER
5-Optional

integer number

Number of observations used to determine soil potassium stock statistic
Number of observations (samples / replicates) used to calculate the STATISTIC for the reported measurement.

SOIL_STOCK_P
6-Required

g P m-2

Soil phosphorus stock

SOIL_STOCK_P_STATISTIC
Ⓒ 6-Required

LIST(STATISTIC) Show

Soil phosphorus stock statistic
The statistic for the measurement reported. Use predefined list (e.g., mean, min / max, standard deviation, etc).

STATISTIC Options×

Option	Description
Mean	Average (mean) value of sample population
Standard Deviation	Standard deviation may be reported from a sample population that consists of individual or aggregated samples (observations). If the distinction is important, specify in STATISTIC_METHOD or Comments.
Minimum	Minimum value
1st Percentile	Quantile at 1% of distribution
5th Percentile	Quantile at 5% of distribution
10th Percentile	Quantile at 10% of distribution
25th Percentile	Quantile at 25% of distribution
Median - 50th Percentile	Median - Quantile at 50% of distribution
75th Percentile	Quantile at 75% of distribution
90th Percentile	Quantile at 90% of distribution
95th Percentile	Quantile at 95% of distribution
99th Percentile	Quantile at 99% of distribution
Maximum	Maximum value
Single observation	Single observation that is not a calculated statistic of replicates either to get a robust estimate or for spatial variability analysis. For example a single biomass observation may be the vegetation harvested in a single 1 x 1 meter area.
Measurement Uncertainty	Report uncertainty as a plus or minus value in the measurement units. For example, enter 1.5 for +/- 1.5 units. Uncertainty may be reported from the instrument's specifications, determined empirically, or estimated by the tower team. Please describe such details in Approach. For uncertainty values that are better described by a range, a percent, or other, please enter information in Comments.

SOIL_STOCK_P_STATISTIC_METHOD
Ⓒ 6-Optional

LIST(STATISTIC_METHOD) Show

Soil phosphorus stock statistic method
Method used to generate the reported statistic (e.g., aggregate of individuals, aggregate of sample aggregates) from observations representing the same time period. Use predefined list. The aggregation method is not meant to describe temporal aggregations for example in calculations of higher frequency observations (e.g., sub-minute) to lower frequency observations (e.g., hourly) at a single location.

STATISTIC_METHOD Options×

Option	Description
Aggregate of individual observations	The statistic is aggregated from individual observations located within the site. Observations may be grouped into sample areas (e.g., plots) within the site but those groupings are ignored. Statistics generated from individual observations directly yield information on the site generally. The statistic may represent spatial characteristics of the measurement within the site (e.g., spatial heterogeneity) and/or characteristics due to other factors (e.g., population variability).
Aggregate of sample aggregates	The statistic is aggregated from aggregated individual observations located in sample areas within the site. For example, individual observations are made in 5 sample plots within a site. "Aggregate of sample aggregates" is used if a plot statistic (e.g., Mean) is first calculated, and then the plot values are aggregated to calculate the site statistic. Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).
Expert estimate	Estimate made by expert familiar with site

SOIL_STOCK_P_STATISTIC_NUMBER
6-Optional

integer number

Number of observations used to determine soil phosphorus stock statistic
Number of observations (samples / replicates) used to calculate the STATISTIC for the reported measurement.

SOIL_STOCK_PROFILE_ZERO_REF
Ⓒ Optional

LIST(PROFILE_ZERO_REF) Show

Soil stock profile zero reference
Profile Zero Reference is the horizontal plane from which the soil profile minimum and maximum depths are measured. For example, top of mineral soil or top of litter layer. Use predefined list.

PROFILE_ZERO_REF Options×

Option	Description
Top of mineral soil	Top of mineral soil not including organic layers
Top of surface	On top of all organic layers
Other	See additional information in Approach / Comments

SOIL_STOCK_PROFILE_MIN
Ⓒ Optional

Soil stock profile minimum depth
Profile minimum depth is the vertical distance from profile zero reference to the top of soil layer being measured.

SOIL_STOCK_PROFILE_MAX
Ⓒ Optional

Soil stock profile maximum depth
Profile maximum depth is the vertical distance from profile zero reference to the bottom of soil layer being measured.

SOIL_STOCK_HORIZON
Optional

free text

Soil stock profile horizon
Use soil horizon scheme best suited for your soil. Examples include O, Oa, B, Bt, C.

SOIL_STOCK_APPROACH
Optional

free text

Soil stock measurement approach

SOIL_STOCK_DATE
Ⓒ Required

YYYYMMDDHHMM

Soil stock measurement sampling date
Please report the date at the precision known. Allowed reporting precisions are YYYY, YYYYMM, YYYYMMDD, and YYYYMMDDHHMM.

SOIL_STOCK_DATE_UNC
Optional

days

Uncertainty in the Soil stock measurement sampling date

SOIL_STOCK_COMMENT
Optional

free text

Soil stock comments

BADM Examples

Choose a variable marked with to show examples of how to submit and interpret these BADM. See BADM Basics for more details.

Combinations of Ⓒ variables must be unique. Read more: .

Required Variable
Applies to All
Optional Variable
Ⓒ Combinations
Examples

Soil Organic Carbon Stock

SOIL_STOCK_C_ORG

SOIL_STOCK_C_ORG_STATISTIC Ⓒ

SOIL_STOCK_C_ORG_STATISTIC_METHOD Ⓒ

SOIL_STOCK_C_ORG_STATISTIC_NUMBER

Soil Total Nitrogen Stock

SOIL_STOCK_N_TOT

SOIL_STOCK_N_TOT_STATISTIC Ⓒ

SOIL_STOCK_N_TOT_STATISTIC_METHOD Ⓒ

SOIL_STOCK_N_TOT_STATISTIC_NUMBER

Soil NH4 Stock

SOIL_STOCK_NH4

SOIL_STOCK_NH4_STATISTIC Ⓒ

SOIL_STOCK_NH4_STATISTIC_METHOD Ⓒ

SOIL_STOCK_NH4_STATISTIC_NUMBER

Soil NO3 Stock

SOIL_STOCK_NO3

SOIL_STOCK_NO3_STATISTIC Ⓒ

SOIL_STOCK_NO3_STATISTIC_METHOD Ⓒ

SOIL_STOCK_NO3_STATISTIC_NUMBER

Soil Potassium Stock

SOIL_STOCK_K

SOIL_STOCK_K_STATISTIC Ⓒ

SOIL_STOCK_K_STATISTIC_METHOD Ⓒ

SOIL_STOCK_K_STATISTIC_NUMBER

Soil Phosphorus Stock

SOIL_STOCK_P

SOIL_STOCK_P_STATISTIC Ⓒ

SOIL_STOCK_P_STATISTIC_METHOD Ⓒ

SOIL_STOCK_P_STATISTIC_NUMBER

Applies to All

SOIL_STOCK_PROFILE_ZERO_REF Ⓒ

SOIL_STOCK_PROFILE_MIN Ⓒ

SOIL_STOCK_PROFILE_MAX Ⓒ

SOIL_STOCK_HORIZON

SOIL_STOCK_APPROACH

SOIL_STOCK_DATE Ⓒ

SOIL_STOCK_DATE_UNC

SOIL_STOCK_COMMENT

Click a variable marked with to see examples.

STATISTIC Variables

Many BADM groups have a required and several optional STATISTIC variables. Specific examples of their use are given after an overview the variables basics.

STATISTIC Basics

BADM typically describe site-level descriptions and observations. The STATISTIC variables allow for full characterization of the reported information if desired. BADM groups, such as canopy height, LAI, soil chemistry, phenology, and biomass, contain the following STATISTIC variables:

var_STATISTIC
Required

The type of value reported.

Options:
Mean, Minimum, Maximum, Percentiles
Standard Deviation, Measurement Uncertainty
Single observation

var_STATISTIC_METHOD
Optional

The method of aggregation used to generate the statistic.

Options:
Aggregate of individual observations
The statistic is aggregated from individual observations located within the site. Observations may be grouped into sample areas (e.g., plots) within the site but those groupings are ignored.

Statistics generated by this approach may represent spatial characteristics of the measurement within the site (e.g., spatial heterogeneity) and/or characteristics due to other factors (e.g., population variability).

Aggregate of sample aggregates
The statistic is aggregated from aggregated individual observations located in sample areas within the site. For example, individual observations are made in 5 sample plots within a site. “Aggregate of sample aggregates” is used if a plot statistic (e.g., Mean) is first calculated, and then the plot values are aggregated to calculate the site statistic.

Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).

Expert estimate
Estimate made by expert familiar with site

See the Examples for more details.

var_STATISTIC_NUMBER
Optional

The number of observations used in calculating the statistic.

STATISTIC Examples

Example 1: DBH calculated from a single sampling area
Example 2: DBH calculated from 8 plots
Example 3: DBH calculated from randomly selected trees within the site
Example 4: Biomass calculated from 8 plots each with 5 sub-plots
Example 5: Soil carbon calculated from replicate samples at 10 locations

Example 1: DBH calculated from a single sampling area

For DBH observations of individual trees in a single sample area at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 2: DBH calculated from 8 plots

For DBH observations of individual trees in 8 sample plots at the site:

If the individual DBH observations are first aggregated at the plot level and then the plot values are are used to calculate the site-level STATISTICs to highlight spatial variability:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If the individual DBH observations are aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 3: DBH calculated from randomly selected trees within the site

For DBH observations of individual trees randomly selected at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

For Biomass observations collected from 5 sub-plots located in each of 8 sample plots at the site:

In many cases, the sub-plot biomass observations are first aggregated at the plot level. Then the plot values are are used to calculate the site-level STATISTICs:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If pseudo-replication or spatial autocorrelation is not an issue, the sub-plot observations may be aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 40

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 5: Soil carbon calculated from replicate samples at 10 locations

For replicate soil carbon observations at 10 randomly-selected points within the site:

To calculate Mean, Minimum, Maximum, Percentiles, and Standard Deviation, the replicates at each location should first be averaged. Then the average values at each location can be used to calculate the STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 10

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

The average difference between the replicates can be used to estimate the Measurement Uncertainty:

STATISTIC = Measurement Uncertainty
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 10

STATISTIC Variables

Many BADM groups have a required and several optional STATISTIC variables. Specific examples of their use are given after an overview the variables basics.

STATISTIC Basics

var_STATISTIC
Required

The type of value reported.

Options:
Mean, Minimum, Maximum, Percentiles
Standard Deviation, Measurement Uncertainty
Single observation

var_STATISTIC_METHOD
Optional

The method of aggregation used to generate the statistic.

Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).

Expert estimate
Estimate made by expert familiar with site

See the Examples for more details.

var_STATISTIC_NUMBER
Optional

The number of observations used in calculating the statistic.

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

For DBH observations of individual trees in a single sample area at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 2: DBH calculated from 8 plots

For DBH observations of individual trees in 8 sample plots at the site:

If the individual DBH observations are first aggregated at the plot level and then the plot values are are used to calculate the site-level STATISTICs to highlight spatial variability:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If the individual DBH observations are aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 3: DBH calculated from randomly selected trees within the site

For DBH observations of individual trees randomly selected at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

For Biomass observations collected from 5 sub-plots located in each of 8 sample plots at the site:

In many cases, the sub-plot biomass observations are first aggregated at the plot level. Then the plot values are are used to calculate the site-level STATISTICs:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If pseudo-replication or spatial autocorrelation is not an issue, the sub-plot observations may be aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 40

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 5: Soil carbon calculated from replicate samples at 10 locations

For replicate soil carbon observations at 10 randomly-selected points within the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 10

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

The average difference between the replicates can be used to estimate the Measurement Uncertainty:

STATISTIC = Measurement Uncertainty
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 10

STATISTIC Variables

Many BADM groups have a required and several optional STATISTIC variables. Specific examples of their use are given after an overview the variables basics.

STATISTIC Basics

var_STATISTIC
Required

The type of value reported.

Options:
Mean, Minimum, Maximum, Percentiles
Standard Deviation, Measurement Uncertainty
Single observation

var_STATISTIC_METHOD
Optional

The method of aggregation used to generate the statistic.

Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).

Expert estimate
Estimate made by expert familiar with site

See the Examples for more details.

var_STATISTIC_NUMBER
Optional

The number of observations used in calculating the statistic.

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

For DBH observations of individual trees in a single sample area at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 2: DBH calculated from 8 plots

For DBH observations of individual trees in 8 sample plots at the site:

If the individual DBH observations are first aggregated at the plot level and then the plot values are are used to calculate the site-level STATISTICs to highlight spatial variability:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If the individual DBH observations are aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 3: DBH calculated from randomly selected trees within the site

For DBH observations of individual trees randomly selected at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

For Biomass observations collected from 5 sub-plots located in each of 8 sample plots at the site:

In many cases, the sub-plot biomass observations are first aggregated at the plot level. Then the plot values are are used to calculate the site-level STATISTICs:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If pseudo-replication or spatial autocorrelation is not an issue, the sub-plot observations may be aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 40

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 5: Soil carbon calculated from replicate samples at 10 locations

For replicate soil carbon observations at 10 randomly-selected points within the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 10

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

The average difference between the replicates can be used to estimate the Measurement Uncertainty:

STATISTIC = Measurement Uncertainty
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 10

STATISTIC Variables

Many BADM groups have a required and several optional STATISTIC variables. Specific examples of their use are given after an overview the variables basics.

STATISTIC Basics

var_STATISTIC
Required

The type of value reported.

Options:
Mean, Minimum, Maximum, Percentiles
Standard Deviation, Measurement Uncertainty
Single observation

var_STATISTIC_METHOD
Optional

The method of aggregation used to generate the statistic.

Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).

Expert estimate
Estimate made by expert familiar with site

See the Examples for more details.

var_STATISTIC_NUMBER
Optional

The number of observations used in calculating the statistic.

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

For DBH observations of individual trees in a single sample area at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 2: DBH calculated from 8 plots

For DBH observations of individual trees in 8 sample plots at the site:

If the individual DBH observations are first aggregated at the plot level and then the plot values are are used to calculate the site-level STATISTICs to highlight spatial variability:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If the individual DBH observations are aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 3: DBH calculated from randomly selected trees within the site

For DBH observations of individual trees randomly selected at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

For Biomass observations collected from 5 sub-plots located in each of 8 sample plots at the site:

In many cases, the sub-plot biomass observations are first aggregated at the plot level. Then the plot values are are used to calculate the site-level STATISTICs:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If pseudo-replication or spatial autocorrelation is not an issue, the sub-plot observations may be aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 40

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 5: Soil carbon calculated from replicate samples at 10 locations

For replicate soil carbon observations at 10 randomly-selected points within the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 10

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

The average difference between the replicates can be used to estimate the Measurement Uncertainty:

STATISTIC = Measurement Uncertainty
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 10

STATISTIC Variables

Many BADM groups have a required and several optional STATISTIC variables. Specific examples of their use are given after an overview the variables basics.

STATISTIC Basics

var_STATISTIC
Required

The type of value reported.

Options:
Mean, Minimum, Maximum, Percentiles
Standard Deviation, Measurement Uncertainty
Single observation

var_STATISTIC_METHOD
Optional

The method of aggregation used to generate the statistic.

Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).

Expert estimate
Estimate made by expert familiar with site

See the Examples for more details.

var_STATISTIC_NUMBER
Optional

The number of observations used in calculating the statistic.

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

For DBH observations of individual trees in a single sample area at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 2: DBH calculated from 8 plots

For DBH observations of individual trees in 8 sample plots at the site:

If the individual DBH observations are first aggregated at the plot level and then the plot values are are used to calculate the site-level STATISTICs to highlight spatial variability:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If the individual DBH observations are aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 3: DBH calculated from randomly selected trees within the site

For DBH observations of individual trees randomly selected at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

For Biomass observations collected from 5 sub-plots located in each of 8 sample plots at the site:

In many cases, the sub-plot biomass observations are first aggregated at the plot level. Then the plot values are are used to calculate the site-level STATISTICs:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If pseudo-replication or spatial autocorrelation is not an issue, the sub-plot observations may be aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 40

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 5: Soil carbon calculated from replicate samples at 10 locations

For replicate soil carbon observations at 10 randomly-selected points within the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 10

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

The average difference between the replicates can be used to estimate the Measurement Uncertainty:

STATISTIC = Measurement Uncertainty
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 10

STATISTIC Variables

Many BADM groups have a required and several optional STATISTIC variables. Specific examples of their use are given after an overview the variables basics.

STATISTIC Basics

var_STATISTIC
Required

The type of value reported.

Options:
Mean, Minimum, Maximum, Percentiles
Standard Deviation, Measurement Uncertainty
Single observation

var_STATISTIC_METHOD
Optional

The method of aggregation used to generate the statistic.

Statistics generated by this approach are often used to highlight the spatial characteristics within the site (i.e., the spatial heterogeneity of measurement within the site).

Expert estimate
Estimate made by expert familiar with site

See the Examples for more details.

var_STATISTIC_NUMBER
Optional

The number of observations used in calculating the statistic.

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

For DBH observations of individual trees in a single sample area at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 2: DBH calculated from 8 plots

For DBH observations of individual trees in 8 sample plots at the site:

If the individual DBH observations are first aggregated at the plot level and then the plot values are are used to calculate the site-level STATISTICs to highlight spatial variability:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If the individual DBH observations are aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 3: DBH calculated from randomly selected trees within the site

For DBH observations of individual trees randomly selected at the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = # of individual samples

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

For Biomass observations collected from 5 sub-plots located in each of 8 sample plots at the site:

In many cases, the sub-plot biomass observations are first aggregated at the plot level. Then the plot values are are used to calculate the site-level STATISTICs:

STATISTIC* = Mean, Minimum, Maximum, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 8

If pseudo-replication or spatial autocorrelation is not an issue, the sub-plot observations may be aggregated across all plots to calculate the site-level STATISTIC:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 40

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

Example 5: Soil carbon calculated from replicate samples at 10 locations

For replicate soil carbon observations at 10 randomly-selected points within the site:

STATISTIC* = Mean, Minimum, Maximum, Percentiles, or Standard Deviation
STATISTIC_METHOD = Aggregate of sample aggregates
STATISTIC_NUMBER = 10

* Minimum, Maximum, and Percentiles should only be calculated if the sample size is adequately large.

The average difference between the replicates can be used to estimate the Measurement Uncertainty:

STATISTIC = Measurement Uncertainty
STATISTIC_METHOD = Aggregate of individual observations
STATISTIC_NUMBER = 10

Customize and Download CSV for BADM Submission

Select variables from one or more subgroups to form a complete group. At a minimum, the required variables from the “Applies to All” subgroup must be included in every group. After selecting your desired variables, download the customized CSV file for submission of BADM. For additional submission details, see BADM Submission Instructions.

Multiple entries of this BADM group can be reported per site. However, combinations of Ⓒ variables must be unique. Read more: . See BADM Basics for more details.

Open/Close

Select

Soil Organic Carbon Stock

Required

Optional

SOIL_STOCK_C_ORG

SOIL_STOCK_C_ORG_STATISTIC_NUMBER

Soil Total Nitrogen Stock

Required

Optional

SOIL_STOCK_N_TOT

SOIL_STOCK_N_TOT_STATISTIC_NUMBER

Soil NH4 Stock

Required

Optional

SOIL_STOCK_NH4

SOIL_STOCK_NH4_STATISTIC_NUMBER

Soil NO3 Stock

Required

Optional

SOIL_STOCK_NO3

SOIL_STOCK_NO3_STATISTIC_NUMBER

Soil Potassium Stock

Required

Optional

SOIL_STOCK_K

SOIL_STOCK_K_STATISTIC_NUMBER

Soil Phosphorus Stock

Required

Optional

SOIL_STOCK_P

SOIL_STOCK_P_STATISTIC_NUMBER

Applies to All

Required

Optional

SOIL_STOCK_HORIZON

SOIL_STOCK_APPROACH

SOIL_STOCK_DATE_UNC

SOIL_STOCK_COMMENT

Submit completed CSV file at Upload Data using the BADM option (login required).

BADM Group Overview

BADM variables: Definitions, Units, Requirements

BADM Examples

STATISTIC Variables

STATISTIC Basics

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

Example 2: DBH calculated from 8 plots

Example 3: DBH calculated from randomly selected trees within the site

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

Example 5: Soil carbon calculated from replicate samples at 10 locations

STATISTIC Variables

STATISTIC Basics

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

Example 2: DBH calculated from 8 plots

Example 3: DBH calculated from randomly selected trees within the site

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

Example 5: Soil carbon calculated from replicate samples at 10 locations

STATISTIC Variables

STATISTIC Basics

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

Example 2: DBH calculated from 8 plots

Example 3: DBH calculated from randomly selected trees within the site

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

Example 5: Soil carbon calculated from replicate samples at 10 locations

STATISTIC Variables

STATISTIC Basics

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

Example 2: DBH calculated from 8 plots

Example 3: DBH calculated from randomly selected trees within the site

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

Example 5: Soil carbon calculated from replicate samples at 10 locations

STATISTIC Variables

STATISTIC Basics

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

Example 2: DBH calculated from 8 plots

Example 3: DBH calculated from randomly selected trees within the site

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

Example 5: Soil carbon calculated from replicate samples at 10 locations

STATISTIC Variables

STATISTIC Basics

STATISTIC Examples

Example 1: DBH calculated from a single sampling area

Example 2: DBH calculated from 8 plots

Example 3: DBH calculated from randomly selected trees within the site

Example 4: Biomass calculated from 8 plots each with 5 sub-plots

Example 5: Soil carbon calculated from replicate samples at 10 locations

DATE and DATE_UNC

DATE

DATE_UNC

Customize and Download CSV for BADM Submission