Crisis drivers beyond import volumes
Rising imports matter, but they are not the whole story. Italian almond supply is getting harder to rely on because several pressures are stacking up at the same time: higher labor and energy costs, tighter irrigation realities in key growing areas, fragmented farm structures, and a kernel market that can move faster than small operators can react.
Global context makes the squeeze feel sharper. The International Nut and Dried Fruit Council projects Italy’s crop at about 23.4k MT in-shell for 2025/26, up from about 21.0k MT in 2024/25, while the US remains above 1.2M MT. On paper, Italy looks “stable to slightly up.” In procurement terms, that can hide the real issue: stability in aggregate does not guarantee contractable lots, consistent specs, or timely delivery.
Farmgate pricing shows why growers feel cornered. ISMEA origin-market snapshots for Sicily (Siracusa) list in-shell almonds around €1.95/kg for quality categories such as Fascionello I in September 2026. When field costs rise faster than selling prices, growers defer pruning, irrigation maintenance, and harvest hygiene. That is how “stable production” turns into unstable quality and higher rejection rates.
Processor demand is also changing in ways that penalize small, heterogeneous supply. Many Italian and European lines for sorting, blanching, roasting, and packing are set up for standardized “California-type” kernels with predictable size distribution and defect tolerances. Snack mixes want uniform visual appearance, bakery inclusions want repeatable bite and color after bake, and almond meal or paste producers want stable fat and moisture behavior. Small-lot Italian supply can meet these needs, but only when it is aggregated and graded tightly.
Regulatory and phytosanitary pressure is a hidden multiplier. In Puglia, Xylella containment actions explicitly target abandoned or uncared almond trees near infected zones, with forced interventions executed through public bodies. For buyers, this is not only an agronomy story. It is a supply disruption risk, plus a reputational risk if a “local origin” program is linked to unmanaged orchards in a controlled area.
Finally, “imports” needs to be translated into buyer language. In-shell almonds (HS 080211) and shelled kernels (HS 080212) behave differently in substitution. Kernels compete directly with Italian shelled output because they drop into the same industrial specifications and packaging formats. If you want to quantify substitution risk, the practical next step is to pull Italy’s HS 080211 and 080212 import trends for 2024 to 2026 via Comtrade or WITS and compare them to domestic cracking and shelling capacity.
Cost gap vs California
California is not “cheap” at the farm level, and that is the important benchmark. A 2024 UC Davis estimate referenced in industry analysis puts total operating costs around $3,807 per acre. Even with that cost base, California remains competitive in export markets because its system is built for scale and repeatability.
Mechanized harvest is a core advantage. Large, relatively uniform orchards support efficient shaking, sweeping, and pickup, and the downstream logistics for hulling and shelling are centralized. That reduces handling steps, reduces variability, and lowers the cost per usable kilogram of kernel once defects and moisture issues are accounted for.
Yield consistency and commercial orientation also matter. Reporting notes that more than 75% of California almonds are exported, which shapes the whole chain around standardized grades and predictable execution. Buyers get clearer specs, clearer claims processes, and more consistent year-to-year availability.
Italy can close part of the gap in 2026 to 2027, but only in specific ways. Shared mechanization can reduce harvest cost and reduce quality loss from delayed pickup. Irrigation modernization, including drip and fertigation where feasible, can stabilize kernel fill and reduce stress-driven variability. Orchard redesign in suitable zones can improve pollinizer planning and field efficiency without chasing hectares that are hard to manage.
Italy cannot easily close other parts of the gap quickly. Fragmented land parcels keep fixed costs high. Steep or terraced orchards in parts of Sicily limit mechanization. Small-scale cracking and shelling capacity can become a bottleneck, and inconsistent post-harvest drying increases moisture and defect risk that shows up later as claims.
Procurement teams should frame the comparison in delivered-kernel terms, not farmgate terms. The real metric is €/kg delivered kernel by spec: caliber, moisture, foreign material, splits and doubles, and defect tolerances. Italy often carries extra cost adders from multi-step handling of small lots, meaning more cleaning and sorting hours than bulk systems. Italian wholesale listings that include “California shelled” as a benchmark are a useful reminder that buyers already compare on a like-for-like kernel basis.
Risks from abandoned orchards
Abandoned or under-managed orchards create quality risk that buyers can feel immediately at intake. Foreign material rises when floor management is neglected. Insect damage and mold risk increase when harvest timing slips and sanitation is weak. Moisture becomes inconsistent when drying is slow or improvised, which then drives higher sorting losses and more rejections.
The policy signal in Puglia makes this risk concrete. Regional orders require eradication or estirpation of marginal or abandoned almond trees within 400 meters of Xylella-infected perimeters in the Capurso and Noicattaro area, executed via ARIF. Even if a buyer is not sourcing from that exact zone, the message is clear: unmanaged hosts are no longer tolerated, and enforcement can remove supply from the map with little notice.
EPPO reporting underpins why the focus is on almonds as hosts. Italy recorded first detection of Xylella fastidiosa subsp. fastidiosa in January 2024 in almond trees in Triggiano (Bari). That context explains why “territory care” is becoming part of commercial viability, not just a public policy slogan.
Buyers often ask whether Italian origin will face more testing or segregation. The practical answer is that tighter field inspections and more plot-level traceability are likely in affected regions, and processors will respond with stricter intake QC. Moisture checks, defect counts, and risk-based screening for OTA and aflatoxin become more routine when orchard management is uneven.
This ties directly to contaminant limits buyers already manage. EU rules set maximum aflatoxin levels for almonds destined to sorting or physical treatment, including total aflatoxins at 15 µg/kg and aflatoxin B1 at 12 µg/kg in that category. Lots from poorly managed orchards increase compliance exposure because the probability of slow drying and poor storage rises.
Aggregation and scale
Aggregation is the survival lever for 2026 to 2027 because industrial buyers need consistent, contractable volumes with repeatable specs. “Romantic origin” does not run a roasting line. Cooperatives and producer organizations can pool small lots into processor-grade parcels, such as 20 to 25 tonne homogeneous batches, that meet typical EU buyer minimum order quantities.
Shared processing is where the return shows up fastest. Communal hulling, shelling, and drying reduce unit costs and reduce variability in moisture and foreign material. Better consistency improves blanching yield and roast color, and it reduces the probability of aflatoxin issues that lead to claims or rework.
Spec-first contract farming is the commercial bridge between growers and processors. Contracts can define variety, harvest window, maximum moisture at delivery, defect tolerances, and a residue plan, with premiums for compliance and clear deductions for defects. Buyers also want practical clauses: delivery schedule, lot traceability format, rejection and claim protocol, and insurance responsibilities.
Processors will keep asking one question: can you deliver year-round. Aggregation supports inventory programs through controlled storage and planned release, which helps maintain kernel color and sensory profile across the campaign. It also reduces the temptation to blend incompatible lots just to fill an order.
Aggregation also supports phytosanitary compliance. Coordinated orchard maintenance reduces unmanaged hosts and vector habitats, aligning with Puglia’s public messaging that containment depends on collective responsibility and territory care.
Quality levers Italy can win
Sensory differentiation is Italy’s most realistic premium path. Italian cultivars and origin reputations can be positioned around sweetness, aromatic intensity, and texture, instead of trying to match commodity kernel pricing. For buyers, that needs to be translated into specs: flavor intensity targets, bitterness limits, roast performance expectations, and blanching yield ranges.
Low-residue positioning is another lever, but only when documented. EU buyers check MRLs product-by-product in the EU Pesticides Database, and they increasingly expect evidence, not assurances. Spray logs, pre-harvest intervals, multi-residue testing, and segregated lots turn “low residue” into something a brand can defend.
Traceability can be a commercial tool, not paperwork. Plot-to-lot coding, harvest date capture, drying parameters, and chain-of-custody documents reduce friction in audits and improve recall readiness. They also make it easier for buyers to build origin-labelled programs without taking unmanaged risk.
Contaminant management can be a selling point when it is operational. Rapid drying, clear moisture targets, humidity-controlled storage, and incoming screening link directly to EU aflatoxin limits. The value is fewer claims and fewer emergency re-sorts, which buyers will pay for when the alternative is line downtime.
The segments most likely to pay are the ones that value sensory and traceability. Artisanal confectionery, premium bakery inclusions, gelato and paste producers, and origin-labelled private label can justify premiums when the product performs consistently and the documentation is clean.
What stakeholders should do now
Growers should treat orchard maintenance as a market access requirement over the next 6 to 18 months. Minimum protocols include pruning, floor management, harvest hygiene, and disciplined drying. Puglia’s eradication actions against abandoned trees make the cost of neglect very real.
Processors should invest in risk-reducing capacity that directly lowers claims. Fast drying, optical sorting, metal detection, moisture monitoring, and documented HACCP plans aligned to EU aflatoxin limits are practical priorities. Intake grading that prices defects transparently also changes behavior upstream by rewarding well-managed orchards.
Cooperatives and producer organizations should build aggregation programs that combine shared mechanization with shared processing. Contract templates should include measurable KPIs such as moisture at delivery, defect percentage, residue results, and traceability completeness, so performance can be improved season by season.
EU buyers should tighten their sourcing checklist to match the new risk profile:
- Variety and orchard location
- Harvest date and drying method
- Moisture spec and defect tolerances
- Aflatoxin test plan
- Pesticide residue plan aligned to EU MRLs
- Traceability format (lot and plot)
- Contingency sourcing plan if local eradication measures disrupt supply
Policy support in 2026 to 2027 should focus on what changes outcomes quickly. Cooperative processing CAPEX, incentives for orchard rehabilitation or structured removal and replanting, and regionally coordinated phytosanitary monitoring fit the direction of Puglia’s Xylella action framework and address the root causes of unreliable supply.