Agricultural Solutions
Agricultural Testing, Environmental Analysis & Scientific Support
Agricultural systems connect soil, water, biological activity, environmental conditions, raw
materials, agricultural inputs, contamination, and product quality..
When a problem occurs in one part of that system, the underlying cause may originate
somewhere else.
.
An agricultural organization may need to understand:
Is irrigation or source water contributing to a problem?
What is present in a soil or environmental sample?
Could chemical or microbial contamination be affecting an agricultural system?
Why did an agricultural material or product change unexpectedly?
Are heavy metals or other contaminants present?
How should an unusual agricultural or environmental problem be investigated?
CMDC Labs supports appropriate agricultural projects with multidisciplinary scientific resources
spanning water and environmental testing, soil analysis, microbiology, chemical analysis,
elemental testing, contamination investigation, raw-material characterization, research
and development, scientific troubleshooting, and scientific consulting.
CMDC Labs is
accredited under
Scientific Support Across Agricultural Systems
Agricultural scientific questions can involve interconnected environmental and production
variables.
Depending on the project, relevant factors may include:
- Water
- Soil
- Raw materials
- Agricultural inputs
- Microorganisms
- Chemical contaminants
- Heavy metals
- Environmental conditions
- Processing
- Storage
- Suppliers
- Waste streams
Understanding a problem may therefore require looking at several sample types rather than
treating each result independently.
CMDC Labs can evaluate appropriate laboratory questions across these interconnected areas.
Agricultural Water Testing
Evaluate Water Used Across Agricultural Operations
Water quality can influence agricultural operations, environmental conditions, processing, and
downstream products.
Depending on the project, agricultural water testing may involve:
- Groundwater
- Source water
- Irrigation-related water
- Process water
- Drinking water
- Wastewater
- Environmental water
Potential laboratory questions may involve:
- Microorganisms
- Heavy metals
- Chemical contaminants
- PFAS
- Changes in water quality
- Potential contamination
- Environmental water
The testing program should reflect the water source, scientific question, applicable requirements, and intended use of the data.
Groundwater Testing
Groundwater can be influenced by natural environmental conditions as well as agricultural,
industrial, or other human activity.
Testing may help evaluate:
- Chemical contaminants
- Heavy metals
- PFAS
- Microbiological conditions
- Differences between sampling locations
- Changes over time
- Potential environmental contamination
Comparative testing can be useful when one well or source behaves differently from another.
Soil Testing & Analysis
Generate Scientific Information About Soil Samples
Soil can influence agricultural systems while also serving as a potential reservoir or pathway for
environmental contaminants.
Appropriate laboratory projects may involve:
- Chemical characteristics
- Heavy metals
- Environmental contaminants
- Comparative soil samples
- Suspected contamination
- Industrial or environmental impacts
- Agricultural research
Where a soil-related problem may be connected to water or another environmental source,
multiple sample types can be evaluated together.
Agricultural Microbiology
Microorganisms can be relevant to agricultural water, environmental samples, raw materials,
processing environments, and contamination investigations.
CMDC Labs can evaluate appropriate projects involving:
- Microbial enumeration
- Microbial identification
- Water microbiology
- Environmental microbiology
- Contamination investigation
- Comparative samples
When an unexpected microorganism is detected, identification can help guide the next stage of
investigation.
Agricultural Contamination Investigation
Move From Detection Toward Understanding Potential
Sources
Agricultural contamination may involve:
- Microorganisms
- Heavy metals
- Chemical contaminants
- Water
- Soil
- Raw materials
- Agricultural inputs
- Environmental sources
- Processing
- Storage
A structured investigation may progress through:
Unexpected Finding
↓
Characterize the Contaminant
↓
Review Site / Product / Process History
↓
Evaluate Water / Soil / Materials / Environment
↓
Compare Potential Sources
↓
Develop Scientific Hypotheses
↓
Perform Targeted Follow-Up Testing
The purpose is to narrow potential explanations using relevant scientific evidence.
Heavy Metals in Agricultural Samples
Evaluate Elemental Contaminants
Heavy metals and other elements may be relevant to agricultural projects involving appropriate:
- Water
- Soil
- Raw materials
- Agricultural materials
- Environmental samples
- Finished products
ICP-MS can provide sensitive elemental analysis for appropriate sample matrices and scientific
objectives.
Target elements, sample preparation, analytical limits, and reporting requirements should be
established according to the project.
Chemical & Analytical Testing
Agricultural projects can involve chemical questions that extend beyond routine water or soil
analysis.
Analytical testing may support investigation of:
- Raw materials
- Environmental contaminants
- Agricultural materials
- Chemical characteristics
- Unknown substances
- Comparative samples
- Process-related changes
- Product-development questions
Relevant analytical approaches may include chromatography, spectroscopy, elemental analysis,
and other methods appropriate to the sample and target.
Raw Material & Agricultural Input Testing
Understand Materials Entering the Agricultural System
Agricultural materials and inputs can vary between:
- Suppliers
- Sources
- Production lots
- Storage conditions
- Processing methods
Scientific evaluation may involve:
- Chemical characteristics
- Elemental composition
- Microbiology
- Contamination
- Supplier variation
- Lot-to-lot differences
- Comparative performance
Testing can be particularly useful when a problem begins following a change in supplier, source,
or material.
Supplier & Material Comparison
When an agricultural material changes unexpectedly, a useful investigation may compare:
Previous Material
vs.
New Material and, where relevant:
Acceptable Outcome
vs.
Problematic Outcome
Laboratory characterization can then focus on measurable differences potentially associated
with the observed problem.
Environmental Testing for Agricultural Projects
Agricultural systems interact directly with the surrounding environment.
Environmental laboratory testing may support projects involving:
- Groundwater
- Environmental water
- Soil
- Wastewater
- Chemical contaminants
- Heavy metals
- PFAS
- Microorganisms
- Potential contamination pathways
Where appropriate, results from several environmental matrices can be considered together.
Water, Soil & Environmental Connections
A contamination problem may not remain confined to one environmental matrix.
For example:
Unexpected Water Finding
●
Soil Results
●
Potential Source Samples
●
Historical / Background Data
↓
Identify Patterns
↓
Develop Potential Source Hypotheses
↓
Perform Targeted Follow-Up Testing
This type of comparative investigation can help determine which potential explanations deserve
further study.
Agricultural Wastewater Testing
Agricultural or related processing operations may generate wastewater requiring scientific
evaluation.
Testing may involve:
- Chemical characteristics
- Chemical characteristics
- Microbiology
- Contaminants
- Changes in process-related wastewater
- Environmental investigation
Testing requirements should reflect the wastewater matrix, scientific objective, applicable
requirements, and intended use of the results.
Unknown Material or Contaminant Investigation
Sometimes an agricultural problem begins with an unidentified material rather than a known
analyte.
An unknown may appear as:
- Residue
- Deposit
- Particle
- Film
- Discoloration
- Unexpected material in water
- Material within an environmental sample
Depending on the sample, investigation may draw upon:
Microscopy
●
Spectroscopy
●
Elemental Analysis
●
Chemical Analysis
The goal is to characterize the unknown sufficiently to guide further investigation.
Agricultural Product Development
Scientific Support for New Agricultural Products &
Technologies
Organizations developing agricultural products, materials, technologies, or processes may
require scientific information during development.
Projects may involve:
- Raw-material evaluation
- Product characterization
- Comparative materials
- Chemical analysis
- Microbiology
- Environmental interaction
- Contamination studies
- Analytical method development
- Customized laboratory research
CMDC Labs can evaluate appropriate projects requiring multidisciplinary scientific support.
Product Characterization
Characterization can help establish measurable information about an agricultural product or
material.
Depending on the scientific question, evaluation may involve:
- Chemical characteristics
- Elemental composition
- Microbiology
- Raw-material properties
- Comparative products
- Contaminants
- Material characteristics
Testing should be selected according to the product and decision the resulting data need to
support.
Agricultural Process Troubleshooting
Some agricultural problems begin as observations rather than defined laboratory requests:
“Our water results suddenly changed.”
“One source behaves differently from another.”
“We found an unexpected contaminant.”
“The problem began after changing a material or supplier.”
“We don’t know whether the issue is coming from water, soil, or another source.”
These situations may require a comparative, multidisciplinary investigation rather than a single
isolated test.
Comparing Agricultural Samples
Comparative testing can be particularly useful when organizations have:
- Multiple water sources
- Different soil locations
- A suspected contamination source
- An unaffected reference location
- Different raw-material suppliers
- Historical samples
- Acceptable and problematic materials
For example:
Affected Location
vs.
Reference Location or:
Suspected Source
vs.
Environmental Sample
Analytical similarities and differences can help narrow potential explanations.
Agricultural Research & Development
Agricultural organizations, technology developers, manufacturers, and researchers may require
laboratory resources beyond routine testing.
CMDC Labs can evaluate R&D projects involving:
- Agricultural technologies
- Environmental studies
- Water-related research
- Soil-related research
- New materials or products
- Microbiology
- Analytical chemistry
- Contamination studies
- Analytical method development
- Customized scientific investigations
Analytical Method Development
New agricultural materials, contaminants, technologies, or unusual matrices may require
analytical approaches beyond an established routine method.
Method-development projects may involve:
- Defining the analytical target
- Selecting the technique
- Sample preparation
- Extraction
- Separation
- Detection
- Calibration
- Controls
- Matrix interference
- Reproducibility
The method should be appropriate for both the sample matrix and intended use of the resulting
data.
Scientific Consulting for Agricultural Projects
Sometimes an organization knows the agricultural or environmental problem but does not yet
know what should be tested.
Scientific consulting can help evaluate:
- Existing laboratory results
- Water-quality questions
- Soil concerns
- Contamination patterns
- Potential source pathways
- Raw-material changes
- Supplier changes
- Product-development questions
- Sampling strategy
- Analytical methods
- Follow-up investigation
Where appropriate, the resulting scientific strategy can connect directly to available CMDC Labs
laboratory capabilities.
Quality & Regulatory Support
Agricultural laboratory data may support:
- Water-quality programs
- Raw-material evaluation
- Environmental monitoring
- Contamination investigation
- Product development
- Supplier evaluation
- Process monitoring
- Quality programs
- Compliance-related testing
- Research
The intended use of the data should be established before testing begins because it may
influence method selection, sampling, documentation, reporting, and laboratory requirements.
Laboratory Capabilities for Agricultural Projects
Agricultural projects may draw upon several CMDC Labs scientific disciplines.
Water & Environmental Science
Groundwater, environmental water, wastewater, PFAS, contaminants, and appropriate
environmental matrices.
Soil & Environmental Analysis
Chemical, elemental, and contamination-related investigation of appropriate soil and
environmental samples.
Analytical Chemistry
Chromatography, spectroscopy, chemical analysis, and contaminant characterization.
Elemental Analysis
ICP-MS and heavy-metal analysis for appropriate agricultural and environmental samples.
Microbiology
Water microbiology, microbial identification, enumeration, and contamination investigation.
Scientific Troubleshooting
Multidisciplinary investigation of unexpected results, contamination, material variation, and
potential environmental pathways.
Connecting Agricultural Evidence
Agricultural investigations can become more informative when several evidence streams are
considered together.
For example:
Unexpected Agricultural Problem
↓
Review Water / Soil / Materials / Environmental Conditions
↓
Identify Relevant Sample Types
↓
Compare Affected & Reference Samples
↓
Characterize Meaningful Differences
↓
Develop Scientific Hypotheses
↓
Perform Targeted Follow-Up Testing
This creates a more focused investigation than ordering unrelated tests without a defined
scientific question.
A Connected Scientific Pathway for Agricultural Investigation
An environmental or contamination project may progress through:
Agricultural Concern
↓
Define the Scientific Question
↓
Develop Sampling Strategy
↓
Initial Laboratory Analysis
↓
Compare Water / Soil / Materials / Environmental Samples
↓
Identify Meaningful Patterns
↓
Targeted Follow-Up Investigation
↓
Monitoring or Process Changes
↓
Verification Testing
A development project may instead follow:
Product / Technology Concept
↓
Raw-Material Evaluation
↓
Product Development
↓
Scientific Characterization
↓
Environmental / Microbiological Evaluation
↓
Optimization
↓
Ongoing Quality Testing
The appropriate pathway depends on the project and intended use of the data.
Have an Agricultural Problem Rather Than a Defined Test?
You don’t need to determine the laboratory method before contacting CMDC Labs.
Tell us:
- What agricultural system, product, or material is involved?
- What problem are you observing?
- Is water, soil, contamination, a raw material, or another factor suspected?
- When did the problem begin?
- Are multiple locations or lots affected?
- Are comparison or background samples available?
- Have suppliers, water sources, materials, or processes changed?
- What testing has already been performed?
- How will the resulting data be used?
CMDC Labs can evaluate the scientific question and determine which available laboratory
resources may be appropriate.
Already Know What Agricultural Testing You Need?
If your project already has a defined analyte, contaminant, microorganism, method, sample
type, standard, or testing requirement, proceed directly to the appropriate laboratory service.
Scientific Support Beyond Routine Agricultural Testing
Agricultural science connects water, soil, microbiology, chemistry, environmental conditions, raw materials, contaminants, product development, and quality.
When a problem crosses these areas, testing a single sample may provide only part of the scientific picture.
CMDC Labs’ Scientific Solutions approach connects appropriate laboratory capabilities around
the underlying question—helping organizations move from:
observation → characterization → investigation → evidence → better-informed action.
