Interpreting Permanent Cropland Performance

Permanent crops — including tree nuts such as almonds and pistachios, as well as citrus, apples, and wine grapes — differ fundamentally from annual row crops such as corn, soybeans, and wheat. Their biological timelines, capital intensity, and production cycles create structural supply and market dynamics that may produce multi-year pricing cycles and uneven output patterns over shorter horizons.

In our [2025 Farmland Year-End Results] analysis, permanent cropland posted negative total returns for a second consecutive year, reflecting valuation adjustments and crop-level dispersion across the asset class. Interpreting those results requires a deeper understanding of how permanent cropland functions structurally. This article examines the biological and market dynamics that shape permanent crop performance across full cycles rather than isolated annual outcomes.

Key Takeaways

• Permanent cropland operates on multi-year biological and supply cycles, not single growing seasons.
• Short-term results can reflect valuation shifts and dispersion, but long-term index data show durable performance relative to annual cropland.
• Evaluating permanent crops requires a full-cycle perspective that accounts for maturation timelines, supply dynamics, and demand trends.

The Biological Structure of Permanent Crops

Permanent crops require multiple years to reach full productivity, depending on crop type and management practices. For example, many tree nut and citrus orchards do not produce meaningful yields immediately after planting and take several seasons to reach mature production levels. Yield typically increases gradually during early years before stabilizing at full output. Because orchard infrastructure is long-lived, capital is deployed upfront in planting and irrigation, while peak economic returns are realized later in the life of the orchard.

Unlike row crops, which allow operators to adjust acreage each season, permanent crop plantings represent long-duration biological commitments. Orchards are planted once and may remain productive for 20 to 30 years or more. Removal or replanting requires multi-season planning, and supply cannot be adjusted quickly in response to short-term pricing shifts.
These structural characteristics contribute directly to the multi-year production and pricing cycles observed in permanent crop markets.

The Role of Permanent Crops in Portfolio Construction

Permanent crops differ from annual row cropland not only in biological structure but also in economic profile. Because they are planted once and produce over many years, their production cycles and cash flow patterns contrast with annually replanted systems, resulting in distinct return dynamics.

In certain categories, permanent crops can generate higher per-acre revenue due to specialty market positioning and differentiated end-demand. Unlike broadly traded row crop commodities, many permanent crop markets are influenced by export channels, branded consumer products, and evolving dietary trends, creating demand drivers that may not move in lockstep with traditional grain markets.

When allocated across different crop types and regions, permanent cropland exposure can introduce diversification across:

• Commodity exposure
• End-market demand drivers
• Geographic water regimes
• Production cycles

Beyond diversification effects, the biological structure of permanent crops also influences land value behavior over time.

Over full farmland cycles, orchard planting and the multi-year ramp to mature production can contribute to land value changes in ways that differ from annually planted systems. While this structure can introduce greater valuation sensitivity during periods of supply expansion or interest rate adjustment, it also creates return pathways distinct from row cropland.

Permanent Crops Within Real Asset Allocation

Like other forms of farmland, permanent crops are production-based real assets whose value is tied to biological output and land productivity rather than corporate earnings or fixed-income yield spreads. However, because orchards require multiple years to reach maturity and represent long-duration capital commitments that cannot be adjusted seasonally, permanent cropland exhibits distinct supply and valuation dynamics relative to annually planted systems.

Unlike equities and bonds, which are driven primarily by capital market conditions, permanent crops derive income from agricultural production and lease structures, while land values reflect productivity and structural supply constraints. For many investors, farmland is also considered within a capital preservation framework, with land value viewed as a store of real wealth across market regimes.

Within a diversified real asset allocation, permanent crops therefore represent a specialized subset of farmland exposure shaped by biological cycles and specialty commodity demand.

The Permanent Crop Cycle

New orchards require several years to reach full production. As a result, planting decisions made during periods of strong crop pricing can affect supply conditions years later. When prices are high, growers may plant additional acreage. As those orchards mature and begin producing at full capacity, total market supply increases. If supply grows faster than demand, prices typically decline. Sustained lower prices can then lead to orchard removals or crop conversions, gradually reducing supply over time and contributing to price stabilization.

Supply adjustments unfold gradually, allowing these cycles to extend over several years. Performance is therefore best evaluated across full agricultural cycles rather than single pricing environments.
This dynamic does not remove risk. Rather, it underscores the importance of aligning the time horizon with the biological and market structure of the asset.

Dispersion and Management Matter

Performance within permanent crops can vary meaningfully by crop type, region, water access, export exposure, and planting vintage. As demonstrated in recent year-end results, dispersion across categories can be significant.

Because outcomes are influenced by crop selection, regional positioning, capital structure, and operator capability, underwriting discipline and experienced management play a disproportionate role in long-duration farmland systems.

In permanent cropland, differences in biological timelines, regional growing conditions, and specialty market exposure can lead to wider performance variation across properties and crop categories. As a result, disciplined capital allocation and operational execution become especially important.

Global Farmland Context

Global farmland values have reflected long-term land value appreciation over the past two decades. For example, the Savills Global Farmland Index reports compound annual growth of approximately 11% since 2002. In the United States, the NCREIF Farmland Index^[1] similarly reflects long-term land value appreciation across institutionally held farmland assets. Farmland performance historically reflects a combination of operating income and land value changes.

In 2024, the Savills Global Farmland Index recorded an average annual increase of 18% globally, with South America reporting a 47% increase in USD-denominated farmland values. Savills notes that exchange rate movements can influence USD-based index results. Regional outcomes reflect macroeconomic conditions, political stability, currency dynamics, and agricultural fundamentals — alongside crop-specific factors.

Structural Demand Trends

Global consumption trends influence permanent crop markets. Savills’ analysis of FAOSTAT Food Balance Sheets data indicates significant increases in global per capita consumption between 2000 and 2021, including:

• Blueberries: +412%
• Almonds: +128%
• Avocados: +146%^[2]

This growth has coincided with increased global demand for nutrient-dense foods such as nuts, olive oil, and certain fruits. While permanent crops require greater upfront capital and take multiple years to reach full production, unlike many annual crops, their market dynamics are also shaped by evolving consumer demand patterns. Demand growth does not eliminate supply cycles, but it forms part of the structural backdrop influencing long-term market dynamics.

Risk Considerations

Permanent crops are subject to a range of agricultural and market-related factors, including:

• Water availability: Many perform best in irrigated regions with limited rainfall.
• Climate variability: Temperature shifts can affect dormancy and yields.
• Market fluctuations: Multi-year supply cycles may create price volatility.
• Policy and currency conditions: National-level stability influences cross-border capital flows.

These risks are inherent to farmland production and vary by region, crop type, and management structure. Common mitigation strategies typically include crop diversification, geographic diversification, water management planning, disciplined underwriting, experienced operator selection, and aligning capital structure with the biological life cycle of the asset.

Understanding Duration in Permanent Cropland

Permanent crops occupy a distinct position within farmland due to their biological production structure and extended investment horizon. Because orchards require multi-year maturation cycles and remain productive for decades, performance is shaped by cycles that unfold over extended periods rather than single growing seasons.

While broader farmland values are influenced by land market conditions, permanent crop performance reflects additional crop-specific supply dynamics, demand trends, and regional factors. As a result, year-to-year outcomes may not fully capture the structural characteristics that define long-duration agriculture.

Evaluating permanent crops through a single annual performance lens can obscure the biological and market cycles that drive results. Assessing performance across full agricultural cycles — including periods of expansion, adjustment, and stabilization — provides a more complete understanding of their role within diversified farmland portfolios.