Total Rents from Natural Resources: Framework and Preliminary Estimates for Switzerland (Schläpfer, 2026)

Summary

"Total rents from natural resources: Framework and preliminary estimates for Switzerland" is a peer-reviewed paper by Felix Schläpfer (Kalaidos University of Applied Sciences / FS Economic Research, Winterthur), published in Ecological Economics, volume 240, article 108821, with a first-view date of 8 October 2025 and a February 2026 print issue.[1] The paper is open access under a CC-BY license, though the wiki's automated fetch of the ScienceDirect page itself was blocked by a bot-detection challenge; the full abstract, author affiliation, journal metadata, and licensing terms were independently retrieved via the OpenAlex scholarly-metadata API (which mirrors the publisher's indexed abstract and confirms is_oa: true, license: cc-by). [VERIFY: the wiki has not read the paper's full body text — figures below come from the verified abstract plus a corroborating open-access companion paper, not from the complete methods/results sections.]

Switzerland is conventionally treated as "resource-poor" — it has no significant oil, gas, or mineral endowment — which is exactly why the paper is notable: it argues that a resource-poor country can still have enormous rents from natural resources once the definition is widened past extractive minerals to include urban land, one of the largest rent categories in any advanced economy.

The Framework

The paper proposes four concepts to organize the measurement of "total rents from natural resources," addressing what it describes as a persistent gap in national accounting (existing sources, including the World Bank's total-natural-resources-rents series, cover only a narrow slice of true resource rent):

1. Resource rent — the traditional concept: the surplus return to a resource above the cost of the capital and labor used to exploit it.
2. Resource gain — increases in the value of a resource (chiefly land) that occur independently of any change in who holds rights to it — e.g., appreciation driven by rezoning, infrastructure, or demand growth.
3. Resource transfer — value shifted between parties through regulatory changes in resource rights (for example, a zoning change that hands new development rights to one landowner).
4. Resource externality — the transfer represented by uncompensated damage to a resource (pollution, degradation) that its owner or user does not pay for.

This is a broader accounting lens than the "economic rent" concept as usually applied on this wiki (see Economic Rent): it explicitly separates capital gains from asset appreciation (category 2) from rights transfers via policy (category 3) and unpriced externalities (category 4), rather than lumping them into a single rent figure.

Preliminary Estimates for Switzerland

Using official statistics, private land-price data, and existing external-cost studies, Schläpfer estimates annual Swiss totals for 2016–2021 as:

• Resource rent: CHF 78 billion
• Resource gain: CHF 167 billion
• Resource transfer: CHF 23 billion
• Resource externality: CHF 31 billion
• Total: CHF 298 billion — 42% of Swiss GDP, which the paper states was more than the combined tax revenues of the federal, cantonal, and municipal governments in the same period.
• Rents from urban land accounted for 89% of the total.

The paper is explicit that "these estimates are subject to considerable uncertainty," framing the numbers as preliminary and a call for more attention from academic research and official statistics rather than a finished national accounting exercise.

Corroboration: The 2026 Companion Paper

A related, fully open-access paper by the same author with Michael Lobsiger — "Who benefits from natural capital in Switzerland? An analysis of resource rents by groups of beneficiaries" (Frontiers in Environmental Economics, 2026) — applies and extends this framework with a more granular dataset, explicitly building on the Ecological Economics paper.[2] It finds a somewhat different headline total: CHF 159 billion in annual "rental income" (2016–2021), about 20% of GDP, of which building/urban land is 82%. It further decomposes this by beneficiary: the private sector receives 65% (CHF 103bn, of which natural persons alone get CHF 76bn), the public sector 18% (CHF 28bn), and "polluters" of open-access resources effectively capture 17% (CHF 28bn) by not paying for externalities — while Swiss citizens collectively lose a net CHF 42 billion through these transfers. [VERIFY: the CHF 298bn/42%-of-GDP figure in the framework paper and the CHF 159bn/~20%-of-GDP figure in the companion paper are not directly comparable on their face — they likely reflect a narrower category set or refined data in the follow-up study (the companion paper does not appear to carry a distinct "resource externality" line item of the same size), but the wiki has not read either paper's full methods section closely enough to reconcile the two totals precisely.] Despite the numerical difference, both papers agree on the central finding: urban/building land rent dominates total Swiss resource rents (89% and 82% respectively), dwarfing rents from any other natural-resource category, and the aggregate is a very large share of Swiss GDP by either measure.

Bears On

• Problem: Land rent could fund a large share of government — a new country-level data point (Switzerland) for the wiki's cross-national land-rent-capacity evidence, in the tradition of the Australian, Canadian, and Vermont estimates already cited there
• Concept: Economic Rent — Schläpfer's four-part decomposition (rent / gain / transfer / externality) refines the single-concept treatment this wiki page uses

Limits and Honest Assessment

This page is built from the paper's verified abstract (via OpenAlex, matching the publisher's own indexed metadata) and a corroborating open-access companion study, not a read of the full text — the publisher page (ScienceDirect) returned a bot-detection challenge to this wiki's automated fetch, and no independent open-access mirror of the Ecological Economics article's complete body text was located. [VERIFY: full methods and data-source detail — particularly how "resource gain" is separated from ordinary land-price appreciation, and how the external-cost figures underlying "resource externality" were sourced — should be confirmed against the full paper text when accessible.] The estimates are also explicitly preliminary by the author's own description, and — as with the Australian and Canadian total-rent inventories already on this wiki — highly sensitive to land-valuation method and category boundaries; the author's own follow-up work revises the headline total by roughly half using the same broad framework, which is itself a caution about how much precision these figures can bear.

See Also

• Total Resource Rents of Australia (Fitzgerald / Prosper Australia) — the closest structural analog: a national total-rent inventory finding rents at 23.6% of GDP
• Natural Common Wealth and Economic Rent in Canada — a similar Canadian national rent inventory
• Valuing Common Assets for Public Finance in Vermont — a US state-level predecessor using a related method
• Economic Rent
• Land rent could fund a large share of government

Sources

1. Felix Schläpfer (2026), "Total rents from natural resources: Framework and preliminary estimates for Switzerland," Ecological Economics, 240, 108821 — used for the four-part framework and the CHF 78bn/167bn/23bn/31bn (CHF 298bn total, 42% of GDP, 89% urban land) estimates; abstract independently verified via the OpenAlex scholarly metadata API (which confirms open-access CC-BY status). DOI: 10.1016/j.ecolecon.2025.108821.
2. Felix Schläpfer & Michael Lobsiger (2026), "Who benefits from natural capital in Switzerland? An analysis of resource rents by groups of beneficiaries," Frontiers in Environmental Economics, 5, 1787849 — used for the corroborating and more granular CHF 159bn/beneficiary-group breakdown, and for confirming the framework paper's core finding that urban land dominates Swiss resource rents. Fully open access. frontiersin.org.