Estonian arable land averaged 6,294 euros per hectare in 2025 and fell 2.1%, according to the Land Board's arable price statistics. That is the first decline after roughly fifteen straight years of increases. A second official series puts the same year at 6,122 euros per hectare and the fall at 9.7%. Both numbers are correct. They simply do not measure the same land, and the difference decides whether you buy well or badly.
The two official series have to be reconciled first, so you know which one you are quoting. Then the price has to be converted into a yield, because only then can you see whether an asking price is supported by what the land actually earns. The numbers are public and the arithmetic is simple, but almost nobody puts them together. Both steps are worked through below, from the position of a buyer or lessee weighing a specific parcel.
What does arable land cost in Estonia?
Estonian arable land cost between 6,122 and 6,294 euros per hectare in 2025, depending on which official series you read. The Land Board's arable statistics show 6,294 euros per hectare and a 2.1% decline; Statistics Estonia's broader agricultural-land series shows 6,122 euros per hectare and a 9.7% decline. County spreads are wide.
By county in 2025, the highest average was Põlva at 7,672 euros per hectare, third year running, and the lowest was Hiiu at 3,785 euros. Lääne-Viru was the most active market with 15% of all transactions, and the highest single transaction reached 10,004 euros per hectare. The gap between Põlva and Hiiu is a factor of two, which means a national average tells you close to nothing about a specific parcel.
The longer trend is steep. On the Statistics Estonia series, agricultural land cost 998 euros per hectare in 2010 and 3,630 euros in 2020. More than tripling in a decade and then nearly doubling again in five years is the backdrop against which the 2025 turn has to be read.
Why do the two official numbers disagree?
The series disagree because they cover different land. The Land Board figure covers arable land. The Statistics Estonia figure covers all agricultural land including grassland, which stood at 4,861 euros per hectare in 2025. Grassland is cheaper, so including it pulls the average down and widens the apparent fall.
For the same year that produces 2.1% versus 9.7%. If one report tells you prices fell nearly a tenth and another says they barely moved, neither is lying. The difference is in the definition. Within the Statistics Estonia series, the pure arable component was 6,377 euros per hectare in 2025, much closer to the Land Board number than the blended average is.
The practical rule for a buyer: before using any price statistic against a parcel, check that the series covers the same land-use type you are buying. An arable average is not a grassland benchmark. That sounds obvious until you see two official numbers whose decline rates differ by a factor of nearly five.
What does a hectare actually earn per year?
Estonian arable land typically nets between 60 and 220 euros per hectare per year, depending on soil quality. EMPI's methodology uses these anchors: weak ground 60 euros per hectare per year, medium 115, good 160 and premium 220. Grassland runs from 25 to roughly 100 euros per hectare per year.
The anchors are calibrated to the Land and Spatial Board's valuation methodology and Statistics Estonia 2024 lease data. They are not a forecast or a promise; they are a starting point against which a specific parcel's actual leases and yields can be compared. If your land earns more, you should know why. If it earns less, likewise.
This is the part price statistics never tell you. The price is what someone paid. The income is what the land brings you. Together they give a yield, and only the yield says whether the price is supported.
How much does the subsidy add?
Direct support currently adds more than 200 euros per hectare per year to Estonian arable land. Under the EU Common Agricultural Policy strategic plan, basic income support rises from 200 euros per hectare in 2023 to 215 euros by 2027, with the Estonian plan totalling roughly one billion euros.
That is as large as, or larger than, the net farming income of medium-quality ground, which means that on many Estonian parcels the subsidy is the bigger half of the yield. It is worth being conscious of, because subsidy is a political quantity, not an agronomic one.
External convergence lifts below-average per-hectare support toward about 90% of the EU mean. That has been a structural tailwind under Estonian arable values, and it is also structurally running out. Treating the subsidy as permanent income is the most common way arable valuation goes wrong over a long hold.
How do you check whether a price is supported?
The coverage check is a division: annual income over price. At the 2025 level of 6,294 euros per hectare, medium ground earning 115 euros per hectare per year yields roughly 1.8% gross. Good ground at 160 euros yields 2.5%. Premium ground at 220 euros yields 3.5%. With the subsidy included, the medium-ground figure rises to about 5.2%.
These are gross figures before costs, taxes and vacancy. They are not a return promise and they cannot be transferred to a specific parcel without its own lease, soil and access. But they set the order of magnitude, and the order of magnitude is what most market conversations are missing.
Gross yield at the 2025 price level of 6,294 EUR/ha.
| Land quality | Net income EUR/ha/yr | Without subsidy | With 215 EUR/ha subsidy |
|---|---|---|---|
| Weak | 60 | 1.0% | 4.4% |
| Medium | 115 | 1.8% | 5.2% |
| Good | 160 | 2.5% | 6.0% |
| Premium | 220 | 3.5% | 6.9% |
Now run it backwards. If your target return is 5%, medium ground earning 115 euros per hectare per year justifies 2,300 euros per hectare, not 6,294. With the subsidy counted it justifies 6,600. Same land, same year, almost three times the difference in fair value, depending on whether you treat the subsidy as permanent. EMPI always computes fair value at several target returns at once, 3, 5, 8 and 12 percent, precisely because a single number hides that choice.
Why did prices fall when demand did not?
Bigbank analyst Raul Eamets explains the 2025 decline as a change in market composition rather than a loss of demand. In his reading this is a buyers' market, and when buyers willing to pay a price premium happen to be absent, the average price paradoxically falls.
The distinction matters. If the average falls because large premium-paying buyers stayed away for a year, the fall says nothing about what the land produces. If it fell because rents or yields collapsed, that would be something else entirely. The first is a composition effect, the second would be a change in fundamentals. Eamets reads it as the first, and he does not cite interest rates, grain prices or subsidies as causes.
EMPI does not turn this into a forecast. Our methodology separately warns that the boom decade's growth rate cannot be extrapolated, and that warning cuts both ways: one down year is not a trend either.
Does the earning side support that reading?
The composition argument is testable, because Statistics Estonia publishes both halves of a farm's terms of trade: an output price index for what agricultural production sells for, and an input price index for what it costs to produce. Both are percentage changes on the previous year, on the same scale, so the gap between them is a direct read on margin pressure.
Data table
| Period | Output prices | Input prices |
|---|---|---|
| 2021 | 15.9% | 7.8% |
| 2022 | 38.8% | 26.6% |
| 2023 | -12.4% | 0.1% |
| 2024 | -2.8% | -3.5% |
| 2025 | 6.4% | 0.8% |
The two series moved together through the 2021-2022 spike, when output prices ran 12.2 percentage points ahead of costs in 2022. Then they inverted. In 2023 output prices fell 12.4% while input costs held roughly flat, a squeeze of 12.5 percentage points in a single year. By 2025 the gap is positive again at 5.6 points, with output prices up 6.4% against inputs up 0.8%.
That timing does not fit a fundamentals story for the 2025 price fall. The severe margin compression happened in 2023, and by the year in which land prices declined the earning side had already turned back up. If what a hectare earns had been driving the price, the fall should have arrived earlier and should not have coincided with recovering terms of trade.
This strengthens the composition reading without proving it. Terms of trade are a national aggregate and say nothing about which parcels changed hands, and land prices can lag farm profitability by more than a year. What the evidence does rule out is the simplest competing explanation: the 2025 decline was not accompanied by a deterioration in what the land earns.
What breaks this calculation
Five mistakes recur. The first is using a national average as a local benchmark when the gap between Põlva and Hiiu is a factor of two. The second is picking the wrong series, using the arable figure for grassland or the reverse.
The third is treating the subsidy as permanent income. As shown above, that moves fair value by roughly a factor of three, and external convergence is running out. The fourth is ignoring the land's physical characteristics: the state of the drainage, the access road and the shape of the field block decide whether the anchor income is achievable at all.
The fifth, and the most expensive for a buyer, is ignoring a thin comparable set. The Estonian arable market is thin in many municipalities. If three transactions have happened near your parcel in the last twelve months, that is not a benchmark. In that situation EMPI reports the comparable set as insufficient and leans on the productive thesis instead of valuing off thin data.
Frequently asked questions
What is the price of arable land in Estonia?
Estonian arable land cost between 6,122 and 6,294 euros per hectare in 2025, depending on the official series used. The Land Board's arable statistics show 6,294 euros per hectare; Statistics Estonia's broader agricultural-land series shows 6,122. County averages range from 3,785 euros in Hiiu to 7,672 in Põlva.
Are Estonian land prices falling?
Arable land fell 2.1% in 2025, the first decline in roughly fifteen years. One year is not a trend. EMPI does not forecast prices; it computes fair value at several target returns so you can see which price level is supported under your own assumptions rather than under someone else's prediction.
How much does a hectare of arable land earn per year?
Estonian arable land nets roughly 60 to 220 euros per hectare per year depending on soil quality, and grassland 25 to about 100 euros. Direct support currently adds more than 200 euros per hectare, which on many parcels is the larger half. A specific parcel depends on its lease, soil, drainage and access.
What is an NOI anchor?
An NOI anchor is a calibrated starting point for what land of a given quality nets per year. EMPI's anchors are calibrated to the Land and Spatial Board's valuation methodology and Statistics Estonia lease data. An anchor does not replace a parcel's own lease or yield data; it gives an order of magnitude to check them against.
How much does the CAP subsidy add per hectare?
EU Common Agricultural Policy basic income support rises from 200 euros per hectare in 2023 to 215 euros by 2027, with the Estonian strategic plan totalling roughly one billion euros. External convergence, which drove that increase, is structurally running out, so the subsidy should not be treated as permanent income over a long hold.
How do you calculate whether a land price is justified?
Divide the annual net income by the asking price and compare the result with your target return. Medium ground earning 115 euros per hectare per year yields 1.8% gross at 6,294 euros, or about 5.2% with the subsidy. If your target return exceeds that figure, the asking price is not supported under your assumptions.
In short
Estonian arable prices turned down in 2025 for the first time in fifteen years, but how far they fell depends on which official series you read. The price alone does not tell you whether a purchase is good. The yield does: what the hectare earns per year, how much of that is subsidy, and whether it covers your target return.
The same logic applies to forest, except that the cashflows are longer and the restrictions harsher. Valuing forest land walks the same road from growth-and-yield model to discounted cashflow, and protected forest in Estonia shows what restrictions do to that calculation.
EMPI computes these numbers parcel by parcel, with a verification status and a provenance envelope, so every output shows which datasets it came from. See the methodology if you want to follow how the anchors, target returns and decision labels fit together.