Soil Biology Report

A customer-facing summary of soil microbial diversity, balance, and biological function

Samples: Sample1, Sample2, Sample3, Sample4, Sample5, Sample6, Sample7, Sample8, Sample9

Executive Summary

This customer-facing summary focuses on the cumulative biological signal recovered from the sample analysis.

Key Findings

Sample4 had the highest overall soil biology score in this set.
Sample8 ranked lowest overall and may benefit most from management changes that support biological balance and resilience.
Sample4 showed the strongest diversity profile in the current cohort.
Sample4 showed the strongest inferred functional potential in the current cohort.
Scores should be interpreted as comparative signals within this sample set and alongside field history, crop system, amendments, and standard soil chemistry.

Overall Score Comparison

Sample4

73.0

Sample7

66.3

Sample5

61.2

Sample3

60.5

Sample6

57.1

Sample1

52.0

Sample9

51.0

Sample2

46.7

Sample8

45.2

Sample Overview

Summary comparison across submitted samples.

Sample	Rating	Overall	Diversity	Stability	Function	Risk Balance
Sample4	Strong	73.0	100.0	31.9	100.0	33.3
Sample7	Moderate	66.3	77.4	37.1	100.0	33.1
Sample5	Moderate	61.2	56.2	46.4	100.0	33.3
Sample3	Moderate	60.5	4.0	100.0	91.6	74.4
Sample6	Moderate	57.1	4.8	81.5	100.0	67.0
Sample1	Concerning	52.0	62.1	1.4	100.0	33.0
Sample9	Concerning	51.0	1.1	60.1	93.4	81.8
Sample2	Concerning	46.7	2.1	67.6	96.0	34.1
Sample8	Concerning	45.2	8.4	37.7	100.0	52.5

Cross-Sample Biology Visuals

These figures compare all submitted samples together. Click any image to enlarge.

Global Genus Heatmap

Cumulative relative abundance across all samples.

Global Phylum Heatmap

Broad taxonomic view across all samples.

Bacteria Genus Heatmap

Cross-sample cumulative view.

Archaea Genus Heatmap

Cross-sample cumulative view.

Fungi Genus Heatmap

Cross-sample cumulative view.

Protist Genus Heatmap

Cross-sample cumulative view.

Sample Report

Sample1

Internal ID: barcode01

52.0

Concerning

Core Scores

Diversity

62.1

Stability

1.4

Function

100.0

Risk

33.0

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 11.5%).

VAZQ01

5.8%

BOG-931

5.6%

Bradyrhizobium

4.1%

Pseudolabrys

3.9%

Udaeobacter

1.9%

Remaining genera are each ≤ 1.3% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Concerning based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalHigh microbial diversityStrong organic matter breakdown potential

Watch Items

Community appears relatively unevenPotential dominance by fewer taxaPlant-pathogen watchlist signal is elevated and worth monitoring over time (Pseudoperonospora, Fusarium, Stachybotrys, Aphanomyces, Colletotrichum)Imbalance or pathogen-watch signal is elevated

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Strong
Pathogen Watch Level	Elevated

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	81.4%
Nitrospira_C	5.0%
Nitrosocosmicus	3.6%
Paraburkholderia	2.1%
Nitrosopolaris	1.8%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	41.8%
Mycobacterium	21.6%
Tubaria	11.3%
Nocardioides	8.7%
Pseudonocardia	5.5%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	65.7%
Cantharellus	14.9%
Craterellus	13.1%
Boletus	1.7%
Trichoderma	1.7%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Pseudoperonospora	<0.1%
Fusarium	<0.1%
Stachybotrys	<0.1%
Aphanomyces	<0.1%
Colletotrichum	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	845.0
Nitrification Potential	126.0
Saprophyte Decomposer Potential	847.0
Soil Structure Support	175.0
Disease Suppression Associated	113.0
Plant Pathogen Watchlist	43.0
Fungal Proxy Signal	314.0
Dominance Penalty	34.3

Sample Report

Sample2

Internal ID: barcode02

46.7

Concerning

Core Scores

Diversity

2.1

Stability

67.6

Function

96.0

Risk

34.1

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 10.6%).

VAZQ01

5.3%

BOG-931

5.3%

Bradyrhizobium

3.5%

Pseudolabrys

3.2%

Udaeobacter

2.0%

Remaining genera are each ≤ 1.2% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Concerning based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalStrong organic matter breakdown potentialGood community balance and evenness

Watch Items

Lower diversity than peer samplesLower resilience potentialPlant-pathogen watchlist signal is elevated and worth monitoring over time (Fusarium, Pseudoperonospora, Cadophora, Metarhizium)Imbalance or pathogen-watch signal is elevated

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Strong
Pathogen Watch Level	Elevated

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	80.3%
Nitrospira_C	6.3%
Nitrobacter	3.1%
Nitrosocosmicus	2.4%
Microvirga	2.4%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	44.4%
Mycobacterium	17.0%
Nocardioides	11.1%
Tubaria	10.4%
Pseudonocardia	5.9%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	50.0%
Craterellus	22.5%
Cantharellus	15.0%
Linnemannia	5.0%
Amanita	2.5%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Fusarium	0.7%
Pseudoperonospora	0.2%
Cadophora	<0.1%
Metarhizium	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	109.0
Nitrification Potential	18.0
Saprophyte Decomposer Potential	135.0
Soil Structure Support	40.0
Disease Suppression Associated	17.0
Plant Pathogen Watchlist	30.0
Fungal Proxy Signal	83.0
Dominance Penalty	31.3

Sample Report

Sample3

Internal ID: barcode03

60.5

Moderate

Core Scores

Diversity

4.0

Stability

100.0

Function

91.6

Risk

74.4

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 10.0%).

VAZQ01

4.4%

BOG-931

4.3%

Pseudolabrys

3.9%

Bradyrhizobium

3.5%

Udaeobacter

1.5%

Remaining genera are each ≤ 1.4% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Moderate based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalStrong organic matter breakdown potentialGood community balance and evenness

Watch Items

Lower diversity than peer samplesLower resilience potential

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Moderate
Pathogen Watch Level	Moderate

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	78.0%
Nitrosocosmicus	6.4%
Nitrospira_C	4.6%
Microvirga	3.7%
Nitrobacter	2.8%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	39.1%
Mycobacterium	19.6%
Nocardioides	18.5%
Tubaria	8.7%
Pseudonocardia	4.3%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	61.3%
Cantharellus	25.8%
Craterellus	12.9%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Pseudoperonospora	0.2%
Aphanomyces	<0.1%
Colletotrichum	<0.1%
Fusarium	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	90.0
Nitrification Potential	19.0
Saprophyte Decomposer Potential	92.0
Soil Structure Support	31.0
Disease Suppression Associated	10.0
Plant Pathogen Watchlist	8.0
Fungal Proxy Signal	46.0
Dominance Penalty	27.4

Sample Report

Sample4

Internal ID: barcode04

73.0

Strong

Core Scores

Diversity

100.0

Stability

31.9

Function

100.0

Risk

33.3

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 11.9%).

VAZQ01

6.0%

Pseudolabrys

4.4%

Bradyrhizobium

3.9%

BOG-931

3.2%

Udaeobacter

2.1%

Remaining genera are each ≤ 1.3% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Strong based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalHigh microbial diversityStrong organic matter breakdown potential

Watch Items

Community appears relatively unevenPotential dominance by fewer taxaPlant-pathogen watchlist signal is elevated and worth monitoring over time (Pseudoperonospora, Fusarium, Colletotrichum, Cadophora, Aphanomyces)Imbalance or pathogen-watch signal is elevated

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Strong
Pathogen Watch Level	Elevated

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	81.2%
Nitrospira_C	6.4%
Nitrosocosmicus	3.4%
Microvirga	1.7%
Mesorhizobium_G	1.4%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	39.9%
Mycobacterium	18.6%
Tubaria	16.2%
Nocardioides	8.2%
Pseudonocardia	6.4%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	64.8%
Cantharellus	16.9%
Craterellus	10.8%
Leptodontidium	2.3%
Linnemannia	1.4%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Pseudoperonospora	0.2%
Fusarium	<0.1%
Colletotrichum	<0.1%
Cadophora	<0.1%
Aphanomyces	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	1425.0
Nitrification Potential	206.0
Saprophyte Decomposer Potential	1788.0
Soil Structure Support	443.0
Disease Suppression Associated	237.0
Plant Pathogen Watchlist	105.0
Fungal Proxy Signal	832.0
Dominance Penalty	33.4

Sample Report

Sample5

Internal ID: barcode05

61.2

Moderate

Core Scores

Diversity

56.2

Stability

46.4

Function

100.0

Risk

33.3

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 11.8%).

VAZQ01

5.9%

Pseudolabrys

4.6%

Bradyrhizobium

3.9%

BOG-931

3.1%

Udaeobacter

2.3%

Remaining genera are each ≤ 1.2% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Moderate based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalStrong organic matter breakdown potentialActive decomposer guilds

Watch Items

Plant-pathogen watchlist signal is elevated and worth monitoring over time (Pseudoperonospora, Fusarium, Aphanomyces, Curvularia, Plectosphaerella)Imbalance or pathogen-watch signal is elevated

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Strong
Pathogen Watch Level	Elevated

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	79.3%
Nitrospira_C	6.7%
Nitrosocosmicus	4.1%
Nitrobacter	2.0%
Paraburkholderia	2.0%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	47.1%
Mycobacterium	17.6%
Nocardioides	9.2%
Tubaria	8.6%
Pseudonocardia	6.4%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	66.2%
Cantharellus	16.9%
Craterellus	8.8%
Leptodontidium	2.2%
Linnemannia	2.2%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Pseudoperonospora	0.1%
Fusarium	<0.1%
Aphanomyces	<0.1%
Curvularia	<0.1%
Plectosphaerella	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	436.0
Nitrification Potential	72.0
Saprophyte Decomposer Potential	499.0
Soil Structure Support	136.0
Disease Suppression Associated	69.0
Plant Pathogen Watchlist	23.0
Fungal Proxy Signal	200.0
Dominance Penalty	33.5

Sample Report

Sample6

Internal ID: barcode06

57.1

Moderate

Core Scores

Diversity

4.8

Stability

81.5

Function

100.0

Risk

67.0

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 10.0%).

VAZQ01

4.9%

Pseudolabrys

4.5%

BOG-931

4.1%

Bradyrhizobium

3.3%

Udaeobacter

2.2%

Remaining genera are each ≤ 1.4% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Moderate based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalStrong organic matter breakdown potentialGood community balance and evenness

Watch Items

Lower diversity than peer samplesLower resilience potentialPlant-pathogen watchlist signal is elevated and worth monitoring over time (Pseudoperonospora, Cadophora, Fusarium, Stachybotrys)Imbalance or pathogen-watch signal is elevated

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Strong
Pathogen Watch Level	Elevated

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	73.8%
Nitrospira_C	10.0%
Nitrosocosmicus	3.8%
Mesorhizobium_G	3.1%
Nitrobacter	3.1%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	45.7%
Mycobacterium	17.4%
Streptomyces	8.7%
Tubaria	8.7%
Nocardioides	6.5%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	71.9%
Cantharellus	9.4%
Craterellus	9.4%
Cadophora	3.1%
Leptodontidium	3.1%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Pseudoperonospora	0.2%
Cadophora	<0.1%
Fusarium	<0.1%
Stachybotrys	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	105.0
Nitrification Potential	25.0
Saprophyte Decomposer Potential	138.0
Soil Structure Support	32.0
Disease Suppression Associated	24.0
Plant Pathogen Watchlist	10.0
Fungal Proxy Signal	53.0
Dominance Penalty	30.0

Sample Report

Sample7

Internal ID: barcode07

66.3

Moderate

Core Scores

Diversity

77.4

Stability

37.1

Function

100.0

Risk

33.1

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 12.6%).

VAZQ01

6.3%

Pseudolabrys

4.9%

Bradyrhizobium

3.5%

Udaeobacter

2.3%

BOG-931

2.0%

Remaining genera are each ≤ 1.4% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Moderate based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalHigh microbial diversityStrong organic matter breakdown potential

Watch Items

Community appears relatively unevenPotential dominance by fewer taxaPlant-pathogen watchlist signal is elevated and worth monitoring over time (Pseudoperonospora, Fusarium, Metarhizium, Ophiosphaerella, Plectosphaerella)Imbalance or pathogen-watch signal is elevated

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Strong
Pathogen Watch Level	Elevated

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	78.2%
Nitrospira_C	7.3%
Nitrosocosmicus	2.3%
Microvirga	2.3%
Nitrobacter	2.2%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	43.2%
Mycobacterium	19.0%
Nocardioides	10.0%
Tubaria	8.9%
Pseudonocardia	6.0%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	58.9%
Cantharellus	16.8%
Craterellus	13.2%
Mortierella	4.7%
Linnemannia	2.6%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Pseudoperonospora	0.2%
Fusarium	<0.1%
Metarhizium	<0.1%
Ophiosphaerella	<0.1%
Plectosphaerella	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	708.0
Nitrification Potential	105.0
Saprophyte Decomposer Potential	990.0
Soil Structure Support	190.0
Disease Suppression Associated	115.0
Plant Pathogen Watchlist	58.0
Fungal Proxy Signal	342.0
Dominance Penalty	34.1

Sample Report

Sample8

Internal ID: barcode08

45.2

Concerning

Core Scores

Diversity

8.4

Stability

37.7

Function

100.0

Risk

52.5

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 12.4%).

VAZQ01

6.2%

Pseudolabrys

5.3%

Bradyrhizobium

3.4%

BOG-931

2.7%

Udaeobacter

2.2%

Remaining genera are each ≤ 2.0% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Concerning based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalStrong organic matter breakdown potentialActive decomposer guilds

Watch Items

Lower diversity than peer samplesLower resilience potentialCommunity appears relatively unevenPotential dominance by fewer taxa

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Strong
Pathogen Watch Level	Elevated

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	80.4%
Nitrospira_C	8.2%
Nitrosocosmicus	5.2%
Nitrososphaera	2.1%
Microvirga	1.5%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	47.9%
Mycobacterium	19.4%
Nocardioides	8.5%
Tubaria	7.6%
Pseudonocardia	7.1%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	63.3%
Cantharellus	22.4%
Craterellus	10.2%
Linnemannia	2.0%
Mortierella	2.0%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Pseudoperonospora	0.2%
Fusarium	<0.1%
Metarhizium	<0.1%
Plectosphaerella	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	164.0
Nitrification Potential	30.0
Saprophyte Decomposer Potential	211.0
Soil Structure Support	49.0
Disease Suppression Associated	22.0
Plant Pathogen Watchlist	14.0
Fungal Proxy Signal	80.0
Dominance Penalty	34.4

Sample Report

Sample9

Internal ID: barcode09

51.0

Concerning

Core Scores

Diversity

1.1

Stability

60.1

Function

93.4

Risk

81.8

Subscore Profile

This visual summarizes the four core score dimensions.

Dominance and Evenness

Bar lengths are scaled relative to this sample's most abundant genus (max scale ≈ 12.9%).

VAZQ01

6.5%

Pseudolabrys

4.9%

Bradyrhizobium

3.5%

BOG-931

1.7%

Udaeobacter

1.7%

Remaining genera are each ≤ 1.5% of assigned genus-level reads.

Rank-Abundance Curve

This shows how quickly abundance drops from the most common genus to lower-ranked genera.

Dots labeled 1–5 correspond to the five most abundant genera.

Interpretive Summary

This sample received an overall rating of Concerning based on diversity, community stability, inferred functional guild support, and imbalance or pathogen-watch signals within the current cohort.

Top Strengths

Strong inferred functional potentialStrong nitrogen-cycling signalStrong organic matter breakdown potentialGood community balance and evenness

Watch Items

Lower diversity than peer samplesLower resilience potential

Farming Interpretation

Category	Interpretation
Nitrogen Cycling	Strong
Organic Matter Breakdown	Strong
Soil Structure Support	Strong
Disease Suppression Potential	Strong
Pathogen Watch Level	Moderate

Group-Specific Top Genera

Nitrogen Cycle Related

Values shown as % within this functional group.

Genus	%
Bradyrhizobium	81.5%
Nitrospira_C	6.7%
Microvirga	3.0%
Nitrosocosmicus	3.0%
Mesorhizobium_B	0.7%

Saprophyte / Decomposer Related

Values shown as % within this functional group.

Genus	%
Udaeobacter	38.6%
Mycobacterium	22.1%
Tubaria	14.3%
Nocardioides	8.6%
Pseudonocardia	7.1%

Soil Structure Related

Values shown as % within this functional group.

Genus	%
Tuber	66.7%
Cantharellus	18.5%
Craterellus	11.1%
Mortierella	3.7%

Pathogen Watchlist Related

Values shown as % of total assigned genus-level reads.

Genus	%
Botrytis	<0.1%
Pseudoperonospora	<0.1%
Fusarium	<0.1%

Ecological Signal Details

Signal	Value
Nitrogen Fixation Potential	119.0
Nitrification Potential	16.0
Saprophyte Decomposer Potential	140.0
Soil Structure Support	27.0
Disease Suppression Associated	16.0
Plant Pathogen Watchlist	5.0
Fungal Proxy Signal	52.0
Dominance Penalty	34.0