Irrigation
One driving force for agricultural land prices is whether the property is irrigated. Consequently, irrigated agricultural land typically commands a higher price than non-irrigated agricultural land for multiple reasons. In the immediate area, center-pivot irrigation systems water agricultural land. These systems irrigate large farmland areas in circular or semi-circular patterns. Furthermore, towers or wheeled structures with evenly spaced sprinklers support the pipes.
At the center of the field, the irrigation system extends from a fixed pivot point. In addition, long pipes extend radially from the pivot point, supported by towers or wheeled structures. These pipes carry water to sprinklers mounted at regular intervals, which spray water over crops in a circular pattern as the system rotates. Meanwhile, electric motors power the entire system as it rotates around the pivot point. Typically, water is drawn from a well, reservoir, or canal.
Irrigation systems deliver water directly to crops in a controlled manner, ensuring consistent moisture levels, leading to increased crop yield and quality, which enhances the productivity and profitability of the land. Modern irrigation systems minimize water waste by delivering water directly to the root zone of crops. This reduces runoff and evaporation. Furthermore, this efficient water use is particularly valuable in areas with limited water resources or regions prone to drought. Therefore, it enhances the sustainability and long-term viability of agricultural operations.
The sytems offer farmers greater flexibility and control over irrigation schedules and water application rates. Tailoring irrigation practices to specific crop needs optimizes growing conditions and ultimately improves yields. Over time, consistent irrigation leads to improved soil health and fertility. Consequently, enhanced soil quality increases long-term productivity, making it a more valuable asset.
To demonstrate the economic impact, we examine the Sensitivity Analysis for Irrigated versus Non-Irrigated Corn developed by the University of Georgia. According to the study, a farmer with non-irrigated land may produce a postive cash flow of $23.59 per acre. However, on irrigated land, a net return of $220.16 per acre is feasible.
Profitability and Commodity Prices
Agricultural land values are closely linked to farming profitability, which commodity prices significantly influence. When commodity prices fall, farmers earn less revenue while fixed costs remain high, squeezing profit margins and reducing land income potential.
Lower profitability forces farmers to cut investments in land improvements like irrigation systems and soil enhancement. Reduced farming profits diminish demand for agricultural land as buyers hesitate or offer lower prices due to anticipated poor returns.
Historical data shows a clear correlation: commodity prices increased until the Great Recession, then rebounded quickly due to foreign demand and tight supply. Commodities began declining in 2012, with cropland values flattening in 2014. From 2014-2020, both prices and values remained relatively flat. COVID-19 drove both commodity prices and land values higher, but prices declined again from 2022-2023 and are projected to remain depressed.
This two-decade data pattern suggests cropland values will likely flatten in 2025 or dip slightly. The Agricultural Price Index represents prices farmers receive for all US agricultural products, with corn, wheat, and soybeans operating as close substitutes in animal feed markets. When crop prices rise, feed costs increase, which drives up meat prices and creates generalized inflation throughout the agricultural sector.
Supply
According to Artem Milinchuk’s CAIA Association article, arable farmland is steadily decreasing globally. Between 1992 and 2012, almost 31 million acres of agricultural land were irreversibly lost to development. Furthermore, in 2021 alone, the United States lost 1.3 million acres. Consequently, the decreasing supply created long-term pressure that preserved farmland’s value over time.
Simultaneously, farmers worldwide face increased pressure to produce more food. In addition to that, forecasts project the global population will reach nearly 11 billion by 2100. As more people rise from poverty to the middle class, demand for high-quality crops increases. Therefore, food production must increase by 70% by 2050 to meet future demands. This growing demand, coupled with decreasing farmland supply, creates positive, long-term tailwinds for farmland values.
Agricultural land supply in the Southeast has a direct impact on land values. Moreover, supply and demand principles drive real estate markets. When agricultural land supply increases, particularly in concentrated regions, it creates downward pressure on prices. Conversely, when supply is limited while demand remains stable or increases, values tend to rise.
Supply affects value because agricultural land is finite. Unlike manufactured assets, land is inherently limited. In the Southeast, agriculture plays a significant economic role, and an oversupply of land listings may signal market saturation or a downturn in agricultural profitability. Consequently, buyers and investors become more selective, often negotiating more aggressively or holding out for lower prices.
However, if few parcels are on the market and demand persists, prices escalate as competition intensifies. Factors like high commodity prices, favorable tax treatment, or strong institutional interest drive this demand.
Regional characteristics must be considered. In the Southeast, land values vary based on proximity to urban centers, utilities access, water availability, zoning regulations, and crop suitability. Therefore, appraisers, brokers, and investors must monitor supply trends closely, assess market conditions, and anticipate value changes.
Large Institutional Buyers
Large institutional buyers influence agricultural land values by altering demand, competition, and pricing expectations. Traditionally, local farmers, families, and small-scale investors dominate agricultural landownership. However, institutional investors now participate more actively in the market. These include pension funds, REITs, private equity firms, and hedge funds. They introduce capital-intensive purchasing behavior that often exceeds local buyers’ financial capacity. This influx of well-capitalized entities results in higher land prices. They are willing and able to pay premium rates for strategic, large-acreage acquisitions.
Long-term investment objectives and portfolio diversification motivate institutional buyers. They seek relatively stable, inflation-hedging assets. Agricultural land emerges as an attractive asset class with rental income potential and appreciation opportunities. Furthermore, it aligns with sustainable investment trends. These investors employ sophisticated valuation models to view farmland not only for lease production but also for future conversion potential. They consider carbon credit opportunities and conservation easements. Institutions can be more aggressive in bidding on properties that align with their strategic goals, which creates upward pressure on land prices beyond what traditional end-users typically offer.
The competitive advantage of institutional buyers exacerbates pricing disparities, eliminating local farmers’ or smaller investors’ abilities to compete in the market, especially with when multiple offers and/or large tracts of land. This market composition shift contributes to recalibrating baseline land values. Recent sales involving institutional buyers set new benchmarks for comparable properties in the area.
Institutional buyers also contribute to land ownership consolidation as they acquire large, contiguous tracts of farmland. Institutions achieve operational efficiencies that increase economic productivity and perceived land value. Such consolidation leads to reduced inventory in certain market, tightens supply further, and supports higher prices.
Working Capital/Interest Rates
The Federal Reserve maintains interest rates at elevated levels. Even if rates remain steady rather than increasing, borrowing costs are a significant factor. Farmers rely heavily on credit to fund land acquisitions, operational expenses, and equipment purchases; and high interest rates increase financing costs.
When debt costs are high, the pool of qualified buyers shrinks and purchasing power is reduced. This softens demand and creates downward pressure on land values. Marginal or non-irrigated tracts are particularly affected since they do not generate high returns relative to capital costs.
Agricultural commodity prices show a modest decline across several key sectors. Commodities such as corn, soybeans, cotton, and wheat are central to row-crop agriculture profitability in the Southeast. When prices for these goods weaken, it directly affects farm income. As net operating income falls, producers’ capacity to compete for land diminishes.
This reduces demand for farmland, especially among local producers who rely on cash flow and existing credit lines. When declining revenues coincide with elevated borrowing costs, market activity typically slows. Sellers may be forced to accept lower prices to complete transactions.
