Part 5 explains the final CEMA 216 report, deliverables, privacy choices, and administrative-review audit. Part 6 supplies the working pages used to carry those requirements from the first conference through the repeat visit.
Download the fillable CEMA 216 Field and Report Workbook.
The ten-page PDF works as a fillable form in compatible PDF software and as a printable field workbook. It is intentionally unbranded by USDA and clearly labeled as an independent Soil Health Exchange educational aid. It does not replace the current activity document, contract, state instructions, laboratory protocol, or professional judgment.
Version note. The workbook and resource list were checked against the CEMA 216 standard listed by NRCS as 04-2026, the Job Aid 4-2026, and the April 10, 2026 FAQ. Verify future revisions before starting a new activity or final-year repeat [1][2][3].
What the workbook contains
Ten working pages
| Page | Template | Primary use |
|---|---|---|
| 1 | Cover and instructions | Identify the operation, QI, contract or instance, and workbook date |
| 2 | Pre-work conference record | Record participants, objective, PLU, scope, responsibilities, costs, and data-sharing choices |
| 3 | Laboratory and method verification | Confirm every required method, qualification route, handling protocol, price, and turnaround |
| 4 | Sampling plan worksheet | Document the design, three main points, WGS84 coordinates, four-subsample orientation, and controls |
| 5 | Field collection log | Track the five collections in each of three separate composites |
| 6 | Handling and chain of custody | Record bags, temperatures, transfers, shipment, APHIS check, tracking, and laboratory receipt |
| 7 | Baseline repeatability record | Preserve locations, timing, depth, methods, context, and the return-visit instruction |
NRCS abbreviation decoder
Federal conservation documents compress long program, professional, mapping, and laboratory terms into abbreviations. Use these tables when reading a contract, activity document, job aid, laboratory quote, sampling map, or final report. The definitions reflect the current CEMA 216 standard and related NRCS program materials; they explain the terms but do not replace the controlling documents [1][3][5][8].
Programs, activities, people, and places
| Abbreviation | Meaning | Why it matters here |
|---|---|---|
| USDA | U.S. Department of Agriculture | The federal department that includes NRCS and APHIS |
| NRCS | Natural Resources Conservation Service | The USDA agency administering the conservation activity and reviewing the completed package |
| CEMA | Conservation Evaluation and Monitoring Activity | Produces evaluation, monitoring, test, or assessment results; CEMA 216 is Soil Health Testing |
| CPA | Conservation Planning Activity | Produces a conservation plan and generally aligns with steps 1–7 of the NRCS planning process |
| DIA | Design and Implementation Activity | Produces designs, prescriptions, or implementation instructions and generally aligns with planning step 8 |
| QI | Qualified Individual | The person responsible for completing and documenting CEMA 216 who self-certifies that the activity's qualification criteria are met |
| TSP |
Sampling, mapping, and laboratory abbreviations
Terms that protect sample traceability and method compliance
| Abbreviation | Meaning | Why it matters here |
|---|---|---|
| SSPOT | Soil Sample Planning Optimizer Tool | A tool named by CEMA 216 as one option for identifying sampling locations; another suitable geospatial tool may be used |
| GIS | Geographic Information System | Software and spatial data used to organize the PLU polygon, soils, landscape features, and sampling points |
| GPS | Global Positioning System | The positioning technology commonly used to record and relocate sampling points |
| WGS84 | World Geodetic System 1984 | The geographic reference required for reporting sampling-point latitude and longitude in the CEMA 216 map |
| APHIS | Animal and Plant Health Inspection Service | The USDA agency whose restrictions must be checked before regulated or quarantined soil is moved |
| NAPT | North American Proficiency Testing Program | One program associated with a laboratory-qualification route listed in CEMA 216 |
| PAP |
Soil-health test and interpretation abbreviations
Terms commonly printed on the laboratory report
| Abbreviation | Meaning | How to read the term |
|---|---|---|
| SOC | Soil Organic Carbon | The carbon-cycling indicator; confirm whether it was measured by dry combustion or calculated from loss-on-ignition organic matter |
| POXC | Permanganate-Oxidizable Carbon | The preferred CEMA 216 labile-carbon method |
| WEOC | Water-Extractable Organic Carbon | The alternate CEMA 216 labile-carbon method |
| ACE protein | Autoclaved Citrate-Extractable protein content | The preferred CEMA 216 bioavailable-nitrogen indicator |
| WEON | Water-Extractable Organic Nitrogen | The alternate CEMA 216 bioavailable-nitrogen method |
| PLFA | Phospholipid Fatty Acid | The preferred advanced microbial-diversity method; it requires strict cooling, freezing, and rapid shipment |
| SHAPE | Soil Health Assessment Protocol and Evaluation |
Use the workbook in five stages
Stage 1: create the working file before sampling
Create a folder for each CEMA 216 instance. Place the current standard, job aid, FAQ, state and contract instructions, pre-work record, QI scope and quote, laboratory confirmation, maps, and workbook in that folder. Use stable names containing the farm or tract, PLU or instance, sample date, and document type.
Stage 2: complete the map before anyone removes soil
Use the sampling-plan page with the field map. Record why the design is random, stratified, problem-focused, or combined; show the PLU polygon; identify at least three main locations; and save WGS84 coordinates. At each main location, plan the center plus four surrounding collections about 20–50 feet away [1][2][3].
NRCS Web Soil Survey can help identify mapped soil and landscape variation, but Soil Survey texture cannot replace the laboratory texture required under CEMA 216. Treat the map as planning context and the laboratory result as the required measurement [1][3][6].
Stage 3: carry the log into the field and shipment
The field log makes the three-by-five structure visible: check the center and four surrounding collections for Composite 1, repeat for Composites 2 and 3, and keep the three bags separate. Record date, collector, coordinates, depth, tool, soil and weather conditions, recent operations, observations, and deviations.
Use the custody page to connect field IDs to laboratory IDs, temperature control, transfer, tracking, and receipt. Follow the receiving laboratory's instructions. For PLFA, CEMA 216 calls for close coordination, ice in the field, immediate freezing, and overnight shipment on ice as soon as possible. Check APHIS requirements before moving regulated soil [1][7].
Stage 4: assemble and audit the completed package
Attach the laboratory report, interpretations, model or tool outputs, and monitoring schedule. Use the QI deliverable page to confirm the cover statements and signatures, site-visit records, correspondence, maps, sample traceability, methods, depths, units, reporting bases, and two-set delivery requirement. Use the correction log to document any item returned for clarification [1][3].
Stage 5: preserve the baseline for the repeat visit
Lock one completed baseline archive after acceptance. Store a separate working copy for future notes. The return team should be able to recover the exact locations, design, season, field conditions, depth, collection tool, handling, laboratory, tests, methods, units, and reporting basis. If something must change, document the method break rather than presenting the results as directly comparable [1][4].
Official CEMA 216 resource desk
Start with primary sources
| Resource | Use it for |
|---|---|
| NRCS FY2026 CPA, DIA, and CEMA resource page | Find the currently posted activity standard, job aid, FAQ, fact sheets, and related conservation activities |
| CEMA 216 Soil Health Testing 04-2026 | Controlling national activity requirements and deliverables |
| CEMA 216 Job Aid 4-2026 | Sampling summary and laboratory-method verification worksheet |
| CEMA 216 FAQ 04-10-2026 | Current clarifications about scope, QIs, sampling, results, privacy, laboratories, and RPP |
| Regenerative Pilot Program | National pilot requirements, eligible primary practices, fact sheets, and training |
| How to Choose a Soil Health Testing Laboratory | Laboratory selection and questions |
| NRCS Web Soil Survey | Official soil maps and SSURGO context for sampling design |
| NRCS Field Office Technical Guide | State-specific conservation references and practice information |
| USDA APHIS domestic soil movement | Check interstate movement restrictions from quarantined areas |
- Open the NRCS FY2026 CPA, DIA, and CEMA resource page.
- Open CEMA 216 Soil Health Testing 04-2026.
- Open the CEMA 216 Job Aid 4-2026.
- Open the CEMA 216 FAQ dated April 10, 2026.
- Open the Regenerative Pilot Program page.
- Open USDA guidance on choosing a soil-health laboratory.
- Open NRCS Web Soil Survey.
- Open the NRCS Field Office Technical Guide.
- Open USDA APHIS domestic-soil movement guidance.
When the template should not make the decision
- Ask the NRCS field office when the contracted PLU, number of instances, scenario, payment item, or privacy handoff is unclear.
- Ask the QI when the objective, sampling design, map, interpretation, or comparability judgment is unclear.
- Ask the receiving laboratory when the exact method, sample quantity, container, cooling, freezing, shipment, reporting basis, or amended result is unclear.
- Ask APHIS or the appropriate State plant-health contact when soil movement may cross a quarantine boundary.
- Use regional fertility testing and recommendations for nutrient or lime rates; the CEMA 216 workbook does not convert soil-health indicators into fertilizer prescriptions.
- Use the current official document when it conflicts with an older article, saved template, laboratory handout, or general soil-sampling example.
The complete six-part learning path
- Requirements before sampling: activity scope, RPP, QI, laboratory, costs, contract, and required tests.
- Sampling-plan field guide: map, design, three main locations, five collections each, handling, and repeatability.
- Indicator interpretation: methods, units, context, direction, and limits for the five required indicators plus texture and pH.
- SHAPE, trends, advanced testing, and decisions: peer context, matched comparisons, conflicting signals, PLFA, enzymes, and farm outcomes.
- Final report and deliverables: evidence chain, cover, notes, maps, results, interpretations, privacy, delivery, and review.
- Toolkit and official resources: the fillable workbook, workflow, resource desk, and file-retention system.