Fertilizers & Agricultural Chemicals Data: From Farm-Gate Bags to Global Nutrient Balances · Head-to-head
Eurostat — Gross nutrient balance (aei_pr_gnb) vs USDA NASS Agricultural Chemical Use Program
Which fertilizers & agricultural chemicals data: from farm-gate bags to global nutrient balances data fits your job: Eurostat — Gross nutrient balance, or USDA NASS Agricultural Chemical Use Program. API, files, or your warehouse. Daily, weekly, or hourly.
Eurostat — Gross nutrient balance (aei_pr_gnb)
USDA NASS Agricultural Chemical Use Program
Where the fields line up
No shared field names. These two answer different questions.
| Field | Eurostat — Gross nutrient balance | USDA NASS Agricultural Chemical Use Program |
|---|---|---|
freq | documented | not in this set |
nutrient | documented | not in this set |
indic_ag | documented | not in this set |
geo | documented | not in this set |
time | documented | not in this set |
value | documented | not in this set |
Treated, pct of area planted, avg | not in this set | Percent of planted acres treated with the fertilizer nutrient or pesticide active ingredient, averaged across positive responses; rounded to whole percent. |
Applications, lb, total | not in this set | Total pounds of active ingredient or fertilizer primary nutrient applied to planted acres during the crop year; rounded to 100,000 lb for fertilizer and 1,000 lb for pesticides. |
Applications, lb/acre/application, avg | not in this set | Rate per application in pounds per acre, averaged across positive responses; rounded to 1 lb for fertilizer and 0.001 lb for pesticides. |
Applications, lb/acre/year, avg | not in this set | Rate across the full crop year in pounds per acre, averaged across positive responses; the single number most rate benchmarks are built on. |
Applications, number, avg | not in this set | Average number of applications per crop year across positive responses; rounded to 0.1 application. |
Pest management practice share, pct of area planted | not in this set | Percent of planted acres on which a named pest-management practice was utilized - prevention, avoidance, monitoring or suppression categories. |
Coverage, side by side
| Eurostat — Gross nutrient balance | USDA NASS Agricultural Chemical Use Program | |
|---|---|---|
| Geographic | 32 geographies at NUTS level 0: EU27_2020 aggregate, EU member states, Norway, Switzerland, United Kingdom, Turkey | United States total plus the top-producing states surveyed for each crop; partnerships include California, Minnesota, North Dakota, Washington and Wisconsin |
| Temporal | 1985–2023 (39 annual reference years) | 1990–present; field crops yearly, fruit biennially in odd years (2009–2025), vegetables biennially in even years (2010–2024); post-harvest and livestock chemical records through 2010 |
What each contains
They tie on 2 attributes. Pick by fit, not by loyalty.
| Eurostat — Gross nutrient balance | USDA NASS Agricultural Chemical Use Program | |
|---|---|---|
| Publisher | Eurostat (European Commission) | USDA National Agricultural Statistics Service (NASS) |
| Subject | Gross nutrient balance of agricultural soil: nitrogen (N) and phosphorus (P) inputs minus outputs, decomposed into 40 balance components including mineral and organic fertiliser, manure, fixation, deposition and harvest removal | On-farm chemical use and pest management practice: percent of acres treated, application rates, totals applied and number of applications for fertilizer nutrients and pesticide active ingredients |
| Geographic coverage | 32 geographies at NUTS level 0: EU27_2020 aggregate, EU member states, Norway, Switzerland, United Kingdom, Turkey | United States total plus the top-producing states surveyed for each crop; partnerships include California, Minnesota, North Dakota, Washington and Wisconsin |
| Temporal coverage | 1985–2023 (39 annual reference years) | 1990–present; field crops yearly, fruit biennially in odd years (2009–2025), vegetables biennially in even years (2010–2024); post-harvest and livestock chemical records through 2010 |
| Detail level | Country x nutrient x balance component x year | Crop year x state x fertilizer nutrient or pesticide active ingredient |
| Delivery cadence | Daily, weekly, or hourly — your call | Daily, weekly, or hourly — your call |
| Documented fields | 6 | 8 |
| Best for | Cross-country nutrient-surplus monitoring and four-decade agri-environment trend analysis | Ingredient-level US application-rate benchmarks by crop and state, pesticides included |
What each does better
the Eurostat gross nutrient balance
Four decades of continuous history. Coverage runs 1985 to 2023 — 39 reference years per geography, the deepest archive in this industry's catalog slice and eleven years older than NASS's 1990 start. Only three other primary datasets here reach back before 1992.
Whole-system accounting, not application alone. The 40-component breakdown nets inputs against harvest removal, so a rising BAL_UAA figure means nutrient surplus accumulating per hectare even when application tonnage looks stable. That makes it the direct instrument for the EU Farm to Fork target of cutting nutrient losses 50% by 2030. NASS measures what was applied but never what left the field.
Cross-country breadth at one grain. 32 geographies publish the same 40 codes on the same definitions — EU27_2020 aggregate, every member state, Norway, Switzerland, the United Kingdom and Turkey. NASS covers one country, and within it only the top-producing states surveyed for each crop.
Two nutrients, fully decomposed. Phosphorus gets equal billing with nitrogen across all components. US fertilizer surveys carry phosphate among four fertilizer nutrients, but no US series here builds a phosphorus balance.
USDA NASS Agricultural Chemical Use Program
Ingredient-level resolution Eurostat never publishes. Estimates resolve per fertilizer nutrient or pesticide active ingredient — herbicides, fungicides, insecticides and other classes, with rates in acid or metallic equivalent where applicable — across hundreds of active ingredients. Eurostat's dictionary names no individual product or ingredient beyond N and P.
Sub-national geography. Every estimate lands at state level, with multi-state aggregates alongside — California, Minnesota, North Dakota, Washington and Wisconsin among the surveyed partnerships. Eurostat stops at NUTS level 0; there is no region, province or farm code in the table.
Pesticides, full stop. This is the only record of the pair that touches crop protection at all. If your question involves glyphosate rates on soybeans or fungicide counts on potatoes, the nutrient balance cannot answer it.
Practice metrics beside quantities. Percent-of-area-treated separates adoption from intensity — 96% of acres treated at 1.35 lb per application reads differently from 20% treated at 2 lb — and a dedicated pest-management field tracks practices that reduce chemical dependence. Eurostat publishes no adoption or practice dimension.
Where they're equivalent
Both are official national statistics programs, not vendors or aggregators. Eurostat compiles the EU's agri-environmental indicator set; NASS runs USDA's official source of statistics about on-farm chemical use and pest management practices, with named downstream users including EPA for product reviews and USGS for water quality.
Both are annual-cycle records built from national reporting and voluntary surveys respectively, and both sit in the slow half of the catalog: 526 of the 1,744 datasets Datadory tracks sit in annual-or-static buckets, and neither of these is daily data.
Both carry verified field dictionaries and the same 8/10 rubric score — above the 7.81 catalog-wide average, below the 9-point siblings in this slice (Defra's British Survey of Fertiliser Practice, Eurostat's own aei_fm_usefert, FAOSTAT, Statistics Canada, USDA ERS and the World Bank indicator).
Neither reaches farm level. Eurostat aggregates to countries; NASS suppresses any value identifying a single operation via its disclosure codes. Individual-farm behavior is out of scope for both.
The verdict
Verdict: sample both, pick by fit — tied on score, divided by question.
Take Eurostat — Gross nutrient balance (aei_pr_gnb) if your unit of analysis is a country and a stock. Nutrient-surplus monitoring against Farm to Fork targets, cross-country agri-environment benchmarking back to 1985, nitrogen-versus-phosphorus decomposition for policy chapters, long-run environmental modeling where harvest removal must net against inputs. Accept country-level grain, no pesticides, and Eurostat's own caveat that differing national coefficients limit cross-country comparison of levels. That shape suits the journalists academics use cases and data scientists use cases.
Take USDA NASS Agricultural Chemical Use Program if your unit of analysis is a crop in a state and an ingredient. Application-rate benchmarks by crop-year-state-ingredient, pesticide exposure panels across hundreds of active ingredients since 1990, adoption-versus-intensity splits from percent-treated fields, crop-protection market sizing for specific states. Accept US-only coverage, top-producing states rather than all fifty, and biennial gaps for fruit and vegetable crops. That shape fits the market researchers use cases and investors quants use cases.
Rule of thumb: if the question begins "which countries run the biggest nutrient surplus", take Eurostat; if it begins "how much nitrogen went on Iowa corn", take NASS. Both live in the fertilizers agricultural chemicals data hub. See fertilizer statistics for how this family of sources fits together.
Sample both, pick by fit. See Eurostat — Gross nutrient balance · See USDA NASS Agricultural Chemical Use Program
Or take both in one feed
Yes — their axes barely intersect, which is why they stack. A defensible loop: read each jurisdiction's nutrient-pressure position from the balance components (I_FRT_MIN inputs netted against O_CRP_CER removal — see gross nutrient balance), then ground the application side in NASS's rate-per-acre and percent-treated estimates by crop and state (nutrient application rate). Together they cover the two halves of the story — how much nutrient a farming system retains and how much growers actually apply — that neither supplies alone.
Two cautions straight from the records. First, there is no join key: Eurostat keys rows to geo-nutrient-indic_ag-time combinations, NASS to crop-year-state-ingredient combinations, so the bridge is a mapping you own. Second, keep units apart before merging — tonnes of nutrient and kg per hectare of utilised agricultural area on one side, pounds, lb/acre/year and percent of area planted on the other.
Datadory ships either record alone or both merged onto one calendar, delivered daily, weekly, or hourly — your call. Or take both in one feed.
API, files, or your warehouse. Daily, weekly, or hourly.
Fair questions
Is Eurostat — Gross nutrient balance (aei_pr_gnb) better than USDA NASS Agricultural Chemical Use Program?
Better at different jobs, tied at 8/10. Eurostat wins when the question names a country and a stock: 63,729 observations decomposing nitrogen and phosphorus surplus into 40 components across 32 geographies back to 1985. NASS wins when the question names a crop, a state or an ingredient: percent of acres treated, rates per acre and totals for hundreds of active ingredients since 1990, pesticides included.
Do the two datasets cover the same ground anywhere?
Only conceptually. Both reduce to a substance identity, a measured value with units and an annual time stamp, and both count nitrogen going onto farmland. Beyond that they diverge: Eurostat balances inputs against harvest removal at country level for 32 geographies, while NASS reports what was applied by crop, state and ingredient in the United States. There is no shared entity and no native join key.
Which dataset covers more geography?
Different geographies, not more of them. Eurostat spans 32 European geographies including the EU27_2020 aggregate plus Norway, Switzerland, the United Kingdom and Turkey; NASS covers one country, the United States, but splits it to state level for the top-producing states surveyed per crop. Only Eurostat supports cross-country comparisons; only NASS supports sub-national US analysis.
Which dataset reaches further back in time?
Eurostat. Its series starts in 1985 and runs 39 reference years to 2023, eleven years ahead of the NASS program's 1990 start. NASS compensates with finer recent rhythm — field crops surveyed annually with results typically released mid-May, fruit in odd years, vegetables in even years — while the balance gains reference years on an annual-to-biennial collection cycle.
Can one dataset substitute for the other?
No. Eurostat has no pesticide concept and nothing below country level; NASS has no balance, no harvest-removal term and no phosphorus accounting. Using application rates as a proxy for nutrient surplus ignores manure, fixation, deposition and what the harvest removed — and using the balance to ask about a specific pesticide is impossible. They overlap only on the generic idea of nutrients applied.
Can Datadory deliver both datasets together?
Yes. Either record arrives alone or merged onto one delivery calendar, normalized so units stop colliding — tonnes of nutrient and kg per hectare of utilised agricultural area against pounds, lb/acre/year and percent of area planted — delivered daily, weekly, or hourly, your call. Name the geographies, nutrients, crops and windows when you request the sample and it lands pre-cut, with field definitions attached.