Taxing land and rents increases productivity

The Claim

Shifting taxation off labour and capital and onto land and economic rents raises output and productivity: rent-based taxes carry little or no deadweight loss, so replacing distortionary taxes with them removes drag on work, investment, and the intensity of land use.

The three strongest citations:

1. Arnold et al. (2011), Economic Journal — in a 21-country OECD panel, revenue-neutral shifts toward recurrent property taxation are associated with higher long-run GDP per capita.
2. Johansson et al. (2008), OECD Working Paper 620 — the OECD's "tax and growth ranking": "recurrent taxes on immovable property being the least distortive tax instrument in terms of reducing long-run GDP per capita, followed by consumption taxes (and other property taxes), personal income taxes and corporate income taxes."
3. Arnott & Stiglitz (1979), Quarterly Journal of Economics — the formal welfare-economics result that in an optimally sized city "aggregate land rents equal expenditure on the pure public good," so land rent can finance public goods without distortionary taxation.

Honest limits: the well-evidenced version of this claim is that land/property taxes are the least harmful way to raise revenue; the stronger version — that shifting to them would raise productivity by measurable amounts — rests on cross-country associations with "larger than what would be reasonably expected" magnitudes (the OECD's own caution), on models, and on a ranking whose robustness has been directly challenged.

Two Claims, Two Grades

This page's headline actually bundles two claims of very different evidential standing, and honest use requires keeping them apart:

• Claim A — "taxing land is the least harmful way to raise revenue" (well-supported). Standard public-finance theory holds that a tax on a base in fixed supply changes no production decision and so carries no excess burden — the point on which economists from Henry George to Milton Friedman (who called LVT the "least bad tax") converge — see deadweight loss. The cross-country evidence agrees at the top of the ranking: even Xing's re-estimation, which dismantles most of the OECD's ordering, finds that "shifts in tax revenue towards property taxes are associated with a higher level of income per capita in the long run" is "[t]he only robust result." Claim A is also the substance of the neighbouring outcome LVT can replace capital taxes without efficiency loss.
• Claim B — "shifting to land/rent taxation raises productivity and output" (weaker). This is a positive prediction about growth and total factor productivity. Its supports are: cross-country panel associations whose magnitudes the OECD authors themselves flag as implausibly large; micro evidence that land-heavy taxation increases construction and capital intensity (a mechanism, not a measured aggregate productivity gain); a macro model in which taxing land improves allocation (Fiorentino & Moogan 2025); and Georgist theoretical claims (ATCOR, EBCOR) that remain attributed hypotheses. No country has implemented a large rent-for-income tax swap and had its productivity effects measured directly.

The gap between A and B is not pedantry: A says a land tax wastes less than the taxes it replaces; B says the swap would add output. A reader should quote A with confidence and B with attribution.

The Evidence

Cross-country growth evidence (Claim A, edging toward B). Johansson, Heady, Arnold, Brys & Vartia (2008), from a panel regression of GDP per capita covering 21 OECD countries over 1970–2005, conclude in the paper's own words: "Corporate taxes are found to be most harmful for growth, followed by personal income taxes, and then consumption taxes. Recurrent taxes on immovable property appear to have the least impact." Its Box 11 estimates that "a shift of 1% of tax revenues from income taxes to consumption and property taxes would increase GDP per capita by between a quarter of a percentage point and one percentage point in the long run" — immediately adding that "[t]he magnitude of the estimated effect is larger than what would be reasonably expected" and "should be interpreted with caution." Arnold et al. (2011) is the peer-reviewed Economic Journal version of the same programme. Two caveats travel with this evidence wherever it is used: the OECD category is ordinary property tax (land plus buildings), not a land-only base; and the ranking's robustness is contested (see Counter-Evidence).

Mechanism evidence: land-heavy taxation intensifies land use. Brueckner (1986) supplies the formal result that shifting tax from improvements onto land raises the capital-to-land ratio — more building per acre of valuable land. Plassmann & Tideman (2000) confirm the prediction empirically in Pennsylvania's split-rate municipalities (1972–1994), where higher land-relative-to-building tax rates significantly increased construction activity; Oates & Schwab's Pittsburgh study and the broader split-rate construction evidence point the same way. This is real evidence for the mechanism by which land taxation would raise output per unit of land — but building activity is not itself an economy-wide productivity measurement.

Macro-allocation modelling. Fiorentino & Moogan (2025) model the agglomeration side and find a land value tax can improve both efficiency and equity in city formation. Both are model-based: they establish stakes and direction, not observed post-reform productivity gains.

The excess-burden calculation. Tideman & Plassmann's chapter in The Losses of Nations (Harrison ed., 1998) is the movement's headline quantification of what conventional taxes cost the G7 in forgone output, and hence of the gain available from shifting to rent-based revenue. It is serious work by academic economists, published in an advocacy-edited volume — cite it as the Georgist calculation, not as a consensus estimate.

The Theoretical Case

The oldest support is theoretical and remains the strongest part of Claim A. A tax on a factor in fixed supply cannot reduce its quantity, so it creates no deadweight loss; every tax it replaces does. Arnott & Stiglitz (1979) push further with the Henry George Theorem: in an economy of optimally sized cities, "aggregate land rents equal expenditure on the pure public good," making land rent capture "not only efficient" but "the 'single tax' necessary to finance the pure public good" — while noting the result "is still far from completely general."

Beyond the mainstream results sit two Georgist claims that, if true, would make the productivity case much stronger — and which this wiki carries as attributed theory, not established findings. ATCOR ("all taxes come out of rent," associated with Mason Gaffney) holds that taxes on labour and capital ultimately depress land rents, so a full shift to rent taxation would be self-financing; EBCOR adds that the deadweight losses of those taxes also come out of rent, so removing them would expand the rent base and output together. Gaffney presents these as effects within his framework under strong open-economy premises; proponents such as Fred Harrison and Lars Doucet argue versions of them, and Doucet himself cautions that ATCOR "remains a hypothesis requiring empirical testing." Neither has been established in the peer-reviewed empirical literature, and neither should be quoted as evidence that a tax shift raises productivity — they are the theoretical upper bound on the claim.

Counter-Evidence

• The OECD ranking is not robust to relaxing its econometric assumptions. Jing Xing re-estimated the model behind the tax-and-growth ranking and reported: "In contrast to previous studies, we do not find a robust ranking of different types of taxes in terms of their 'growth effects'." The property result survives in aggregate — "The only robust result appears to be that shifts in tax revenue towards property taxes are associated with a higher level of income per capita in the long run" — but when property taxes are disaggregated, "there is no evidence that recurrent taxes on immovable property are the most 'growth friendly'": the coefficient on other property taxes is significantly larger than on the recurrent-immovable category closest to a land tax.
• A later replication finds no robust tax-composition effect at all. Baiardi, Profeta, Puglisi & Scabrosetti (2019), extending the sample and period, report "no robust relationships between revenue-neutral tax shifts and economic growth" and conclude their results "cast doubts on the potential growth enhancing effects" of shifting between tax bases. On this reading, the cross-country evidence for Claim B largely dissolves, leaving the theoretical case and the micro mechanism evidence.
• A quasi-natural experiment finds little development response to the tax base. Gemmell, Grimes & Skidmore (2019), using Auckland's 2010 council amalgamation, find little evidence that moving local rates between land-value and capital-value bases affected new building development (effects appeared mainly in alterations) — a caution against assuming the intensity mechanism operates strongly everywhere.
• The measured base is property, not land. Every cross-country data point behind the ranking is OECD category 4100 — land and improvements. Evidence for "property tax is growth-friendliest" transfers to a land-only base by theoretical argument, not by measurement; see the objection page on this conflation.
• Cross-country growth regressions identify associations, not causal effects. Reverse causality and omitted country factors are standard concerns for this whole literature, on both sides.

Strength of Evidence

Moderate — and split. Graded per component: the least-harmful-tax claim is Strong (first-principles theory plus the one cross-country result that survives every re-estimation); the intensifies-land-use mechanism is Moderate (peer-reviewed split-rate evidence, with one quasi-experimental null); the raises aggregate productivity claim is Emerging-to-Theoretical (model-based estimates, contested panel magnitudes, and attributed Georgist theory). The page-level grade is Moderate because the headline claim as stated goes beyond what the strong component alone establishes.

See Also

• LVT can replace capital taxes without efficiency loss — the well-supported core of this claim
• High land rents suppress productivity — the mirror-image problem claim
• Split-rate taxation increases construction — the micro mechanism
• Deadweight Loss · Henry George Theorem · ATCOR · EBCOR
• The Benefits — index of benefit claims

Sources

1. Åsa Johansson, Christopher Heady, Jens Arnold, Bert Brys & Laura Vartia (2008), "Tax and Economic Growth," OECD Economics Department Working Paper No. 620 (ECO/WKP(2008)28). OECD · free full-text PDF — full primary PDF fetched (via the Internet Archive copy) and read for this page; used for the abstract ranking, the para-9 "tax and growth ranking" wording, and the Box 11 magnitude estimate and its "interpreted with caution" self-caveat. See wiki page for the full treatment including the Xing caveat.
2. Richard Arnott & Joseph Stiglitz (1979), "Aggregate Land Rents, Expenditure on Public Goods, and Optimal City Size," Quarterly Journal of Economics 93(4): 471–500. PDF — full primary PDF fetched and read for this page; used for the Henry George Theorem statement ("aggregate land rents equal expenditure on the pure public good"), the "single tax" characterisation, and the "far from completely general" qualification. See wiki page.
3. Jens Arnold, Bert Brys, Christopher Heady, Åsa Johansson, Cyrille Schwellnus & Laura Vartia (2011), "Tax Policy for Economic Recovery and Growth," The Economic Journal 121(550): F59–F80. — the peer-reviewed version of the OECD programme; findings summarised via its wiki page, which carries the full citation and verified quotations.
4. Jing Xing (2011), "Does tax structure affect economic growth? Empirical evidence from OECD countries," Oxford University Centre for Business Taxation Working Paper 11/20. PDF — full text fetched and read for this page; used for the Counter-Evidence quotations on the non-robust ranking, the surviving aggregate property result, and the Column 11/21 disaggregation caveat. (Published in condensed form as Xing 2012, Economics Letters 117(1): 379–382.)
5. Donatella Baiardi, Paola Profeta, Riccardo Puglisi & Simona Scabrosetti (2019), "Tax policy and economic growth: does it really matter?", International Tax and Public Finance 26(2): 282–316. Published abstract via IDEAS/RePEc — abstract fetched and quoted verbatim; used for the no-robust-tax-shift-effect replication in Counter-Evidence.
6. Florenz Plassmann & T. Nicolaus Tideman (2000), Pennsylvania split-rate construction study — used for the empirical construction response to land-heavy taxation; full citation on its wiki page.
7. Jan Brueckner (1986), "A Modern Analysis of the Effects of Site Value Taxation" — used for the capital-intensity mechanism; full citation on its wiki page.
8. Bas Bakker (2023, IMF), urban land rents and TFP — cited only as a measurement caveat (land rents misbooked as capital income understate true TFP); it is not misallocation evidence for Claim B. Its wiki page.
9. Fiorentino & Moogan (2025), LVT and agglomeration — used for the efficiency-and-equity modelling result; full citation on its wiki page.
10. Nicolaus Tideman & Florenz Plassmann (1998), chapter in Fred Harrison (ed.), The Losses of Nations (Othila Press, 1998) — used, with attribution, for the Georgist excess-burden quantification; full citation on its wiki page.
11. Norman Gemmell, Arthur Grimes & Mark Skidmore (2019), Auckland land-vs-capital-value rating study — used in Counter-Evidence for the null development response; full citation on its wiki page.
12. Mason Gaffney (2009), "The Hidden Taxable Capacity of Land: Enough and to Spare," International Journal of Social Economics 36(4): 328–411 — the primary statement of ATCOR/EBCOR carried as attributed theory here; full citation and verified quotations on the ATCOR and EBCOR pages.