> For the complete documentation index, see [llms.txt](https://docs.basednut.com/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.basednut.com/ecosystem/rwas/peanuts-vs.-the-dollar.md). # Peanuts vs. the Dollar ## 1913–2024: a literal purchasing-power comparison > **If Peanutoshi had perfectly preserved peanuts from 1913 to 2024 instead of holding dollars, the peanuts would have retained nearly six times as much purchasing power.**
This sounds like a joke. It is also what the historical data says. Using U.S. Department of Agriculture farm prices, peanuts averaged about **4.5¢ per pound in 1913**. USDA's current estimate for 2024 is **26.1¢ per pound**. That is a **5.8× increase in the nominal dollar price of peanuts**. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) Over the same period, the Bureau of Labor Statistics CPI-U rose from an annual average of **9.9 in 1913** to **313.689 in 2024**—a roughly **31.69× increase in the general price level**. ([Bureau of Labor Statistics](https://www.bls.gov/cpi/tables/supplemental-files/historical-cpi-u-202312.pdf?ftag=MSFd61514f\&utm_source=chatgpt.com)) The result is absurd: > ## **Literal peanuts preserved about 5.8× as much purchasing power as idle dollars.**
*** ### 🥜 Peanutoshi Holds the Bag Imagine Peanutoshi has exactly **$1 in 1913**. He has two options. #### 💵 Option A — Keep the Dollar ``` 1913 $1 cash │ │ do absolutely nothing ▼ 2024 $1 cash ``` The number survives perfectly. It is still: ``` $1 ``` But the purchasing power does not. According to the BLS CPI series: ``` 1913 CPI = 9.9 2024 CPI = 313.689 ``` So the general price level increased by: ``` 313.689 / 9.9 ≈ 31.69× ``` A basket costing **$1 in 1913** would therefore require roughly: ``` $31.69 in 2024 ``` to purchase at the same broad consumer-price level. ([Bureau of Labor Statistics](https://www.bls.gov/cpi/tables/supplemental-files/historical-cpi-u-202312.pdf?ftag=MSFd61514f\&utm_source=chatgpt.com)) The purchasing power retained by the untouched dollar is: ``` $1 / $31.69 ≈ 3.16% ``` So: > **The nominal dollar survived. About 96.8% of its 1913 purchasing power did not.** *** ### 🥜 Option B — Buy Literally a BAG OF PEANUTS In 1913, USDA data puts the U.S. peanut price at approximately: ``` $0.045 / lb ``` or: ``` 4.5¢ / lb ``` USDA's historical crop records report a 1913 yield of **824 pounds per acre** and a peanut price of **$0.045 per pound**. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) Peanutoshi's dollar therefore buys: ``` $1 / $0.045 = 22.222... lb of peanuts ``` Now suppose he does something biologically ridiculous: > **He perfectly preserves all 22.22 pounds for 111 years.** No mold. No insects. No oxidation. No storage expense. No loss. No consumption. Just an immortal bag of 1913 peanuts. *** ### ⏩ 111 Years Later USDA's current 2024 U.S. peanut price is approximately: ``` $0.261 / lb ``` or: ``` 26.1¢ / lb ``` The same 22.22 pounds would therefore have a nominal 2024 farm value of: ``` 22.222... × $0.261 = $5.80 ``` USDA's 2026 historical record lists the sequence through 2025 and gives the 2024 U.S. peanut price as **$0.261/lb**. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) So our two 1913 choices become: | 1913 choice | 2024 nominal value | | ------------------------------------- | -----------------: | | 💵 Hold $1 | **$1.00** | | 🥜 Buy and perfectly preserve peanuts | **$5.80** | The peanuts did not merely outperform the dollar. They ended with **5.8 times its nominal value** from the same starting dollar. *** ## 📉 But What About Purchasing Power? This is where the comparison becomes stranger. The $5.80 worth of peanuts is still nowhere near the approximately **$31.69** required in 2024 to equal the general purchasing power of $1 in 1913. So peanuts were **not** a perfect inflation hedge. They lost substantial real purchasing power too. Their retained purchasing power was: ``` $5.80 / $31.69 ≈ 18.30% ``` BUT compare that with cash: ``` cash: $1.00 / $31.69 ≈ 3.16% peanuts: $5.80 / $31.69 ≈ 18.30% ``` Now compare the two: ``` 18.30% / 3.16% ≈ 5.80× ``` That is the claim. > ## **The perfectly preserved peanuts retained approximately 5.8× as much purchasing power as the idle dollar** :skull:**.** Not because peanuts preserved their purchasing power particularly well. They didn't. The peanut position lost roughly **81.7%** of its original CPI-adjusted purchasing power. The idle cash position lost roughly **96.8%**. The peanut simply decayed economically **far less** than the dollar. *** ### 📊 The Entire Comparison | Measure | 1913 | 2024 | Change | | ----------------------------------- | --------: | ---------: | ----------------: | | 🥜 USDA peanut price | $0.045/lb | $0.261/lb | **5.80×** | | 📈 CPI-U annual average | 9.9 | 313.689 | **31.69×** | | 💵 $1 held as cash | $1 | $1 | **1× nominal** | | 🥜 $1 converted to peanuts | $1 | $5.80 | **5.80× nominal** | | 💵 Real purchasing power retained | 100% | **3.16%** | −96.84% | | 🥜 Peanut purchasing power retained | 100% | **18.30%** | −81.70% | | 🥜 vs. 💵 relative retention | — | — | **5.80×** | The USDA and BLS series are independent datasets. USDA supplies the historical agricultural price; BLS supplies the change in the broad consumer price level. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) *** ## 🤯 That Is the Absurd Part Peanuts were not some exotic monetary asset engineered to resist inflation. They were peanuts. A common agricultural crop. No monetary premium. No cryptographic scarcity. No central-bank policy. No fixed supply. No sophisticated financial engineering. And they were not even becoming harder to produce. Quite the opposite. *** ## 🌱 Peanuts Became Much More Productive USDA estimates U.S. peanut yield at: ``` 1913: 824 lb / acre ``` By 2024: ``` 3,723 lb / acre ``` That is approximately: ``` 3,723 / 824 ≈ 4.52× ``` the yield per harvested acre. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) So over the period in question, U.S. land productivity for peanuts increased dramatically. ``` 1913 824 lb/acre │ │ 4.5× ▼ 2024 3,723 lb/acre ``` The peanut was not outperforming cash because humanity had somehow forgotten how to grow peanuts. Agricultural production became vastly more productive per acre. Yet the nominal price of the crop still rose from roughly **4.5¢ to 26.1¢ per pound**. *** ## 🧠 The Peanut Is Not the Extraordinary Thing That is the point. > **Peanuts were not extraordinary.** They were an ordinary agricultural commodity produced by an increasingly productive agricultural system. The extraordinary comparison is the currency. A dollar held untouched for 111 years remains numerically impeccable: ``` $1 = $1 ``` Nothing appears to have happened. But measured against the general consumer price level: ``` economic substance 1913 ████████████████████████████████ 100% 2024 █ 3.16% ``` The accounting unit survives. The purchasing power does not. > **The number remains. The economic substance erodes.** *** ## 🏦 Positive Inflation Is Not an Accident of the Current Framework This does not mean every historical increase in prices since 1913 was deliberately engineered. Wars, supply shocks, productivity changes, fiscal policy, commodity markets, demographics, monetary regimes, and many other forces affected the century. But modern Federal Reserve policy explicitly defines **2% inflation over the longer run** as consistent with its price-stability mandate. The FOMC first formally published that numerical longer-run goal in 2012 and continues to reaffirm it. ([Federal Reserve](https://www.federalreserve.gov/monetarypolicy/monetary-policy-strategy-tools-and-communications-statement-on-longer-run-goals-monetary-policy-strategy-2025.htm?mod=article_inline\&utm_source=chatgpt.com)) The Federal Reserve's own current statement says that the longer-run inflation rate is primarily determined by monetary policy and reaffirms a **2% longer-run inflation objective**. ([Federal Reserve](https://www.federalreserve.gov/monetarypolicy/monetary-policy-strategy-tools-and-communications-statement-on-longer-run-goals-monetary-policy-strategy-2025.htm?mod=article_inline\&utm_source=chatgpt.com)) That has a simple mathematical consequence for idle nominal currency: ``` persistent positive inflation ↓ higher general price level ↓ lower purchasing power of an unchanged nominal unit ``` “Stable” does not mean the currency unit retains constant purchasing power forever. *** ## 🌰 The Contradiction This is where BASED NUT begins. Money is normally discussed in nominal units: ``` I had $1. I still have $1. Therefore I still have my money. ``` But economically: ``` nominal amount ≠ purchasing power ``` A unit can remain completely intact while the quantity of real goods and services represented by that unit continually changes. That distinction matters. > **Nominal permanence is not the same thing as economic permanence.** *** ## 🌳 What BASED NUT Takes From This The conclusion is **not**: > Replace the U.S. dollar with peanuts. The peanut is useful precisely because it makes that conclusion ridiculous. The more interesting question is: > **What would a monetary and economic system look like if scarcity, dilution, productive assets, ownership, and state were made explicit rather than hidden behind nominal continuity?** BASED NUT begins with an unusually scarce monetary primitive: ``` total NUT supply = 1 ``` and builds outward into: ``` 🌰 scarce root asset ↓ 💧 liquidity ↓ 🐝 markets and arbitrage ↓ 🌳 productive agriculture ↓ 🗺️ land and physical assets ↓ 🌎 environmental accounting ↓ 📜 attestations ↓ 🤖 autonomous economic infrastructure ``` The system does not assume that a static nominal number is sufficient evidence of preserved economic value. Instead, it experiments with economic structures where: > **scarcity is explicit, dilution is constrained and legible, capital can move into productive assets and real economic activity, ownership and provenance can be recorded, economic state can be independently inspected, and markets can continuously expose changing relationships between assets.** *** ## 🥜 The Peanut Standard Is Not a Proposal The thought experiment needs an obvious qualification. Nobody should have bought 22 pounds of peanuts in 1913 and stored them for 111 years. Real peanuts: ``` spoil oxidize attract pests require storage vary in grade and quality have transaction costs are expensive to preserve ``` This page deliberately assumes **perfect preservation at zero cost** to isolate one question: > **How did the market value of the same physical quantity change relative to an unchanged nominal dollar?** This is a counterfactual comparison, not an investable historical strategy. *** ### ⚖️ Farm Price, Not Grocery-Store Peanuts The peanut series used here is also not the retail price of a branded jar of roasted peanuts. It is the USDA national agricultural **price received for peanuts**, making this a comparison using the underlying agricultural commodity rather than processing, packaging, retail margins, marketing, or brand value. USDA describes its historical crop records as national estimates of acreage, yield, production, price, and value. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) That distinction is important. We are comparing: ``` underlying peanut commodity vs. underlying dollar unit ``` —not a retail food product against cash. *** ## 🧪 Reproduce the Calculation Nothing in the headline requires a proprietary model. #### Step 1 — Peanut appreciation ``` 1913 peanut price = $0.045/lb 2024 peanut price = $0.261/lb $0.261 / $0.045 = 5.80 ``` #### Step 2 — General price inflation ``` 1913 CPI-U = 9.9 2024 CPI-U = 313.689 313.689 / 9.9 ≈ 31.6858 ``` #### Step 3 — Cash purchasing-power retention ``` 1 / 31.6858 ≈ 0.03156 ≈ 3.16% ``` #### Step 4 — Peanut purchasing-power retention ``` 5.80 / 31.6858 ≈ 0.18305 ≈ 18.30% ``` #### Step 5 — Compare them ``` 18.30 / 3.16 ≈ 5.80× ``` Or more simply: Both positions are being divided by the same CPI increase. Therefore their **relative real-value retention** is simply the ratio of their nominal terminal values: ``` $5.80 / $1 = 5.80× ``` *** ## 🔍 Data Notes The comparison uses: **1913 peanut price:** approximately **$0.045/lb**, USDA/NASS historical U.S. crop data. The same historical series reports 1913 yield of 824 lb/acre. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) **2024 peanut price:** approximately **$0.261/lb**, USDA/NASS current U.S. historical crop estimate. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) **1913 CPI-U:** **9.9**, annual average, U.S. city average, all items. ([Bureau of Labor Statistics](https://www.bls.gov/cpi/tables/supplemental-files/historical-cpi-u-202312.pdf?ftag=MSFd61514f\&utm_source=chatgpt.com)) **2024 CPI-U:** **313.689**, annual average, U.S. city average, all items. ([Bureau of Labor Statistics](https://www.bls.gov/regions/mid-atlantic/data/ConsumerPriceIndexAnnualandSemiAnnual_Table.htm?utm_source=chatgpt.com)) USDA notes that recent commodity estimates can still be revised as later agricultural statistics are finalized, so the exact final decimal may move slightly in future historical releases. The underlying comparison should therefore be described as using the **current USDA historical estimate**. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) *** ## 📚 Primary Sources #### 🌾 USDA National Agricultural Statistics Service **Crop Production Historical Track Records — April 2026** The primary agricultural source. It contains the national peanut series beginning in 1909, including acreage, yield, production, price, and value. ([Esmis](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf)) [Open the USDA Historical Track Records publication page](https://esmis.nal.usda.gov/publication/historical-track-record-crop-production?utm_source=chatgpt.com) [Open the April 2026 USDA report PDF](https://esmis.nal.usda.gov/sites/default/release-files/795853/croptr26.pdf?utm_source=chatgpt.com) #### 📈 U.S. Bureau of Labor Statistics **Consumer Price Index — CPI-U** BLS provides the historical U.S. CPI series used to compare general purchasing power across time. ([Bureau of Labor Statistics](https://www.bls.gov/cpi/data.htm?utm_source=chatgpt.com)) [Explore the BLS CPI databases](https://www.bls.gov/cpi/data.htm?utm_source=chatgpt.com) #### 🏦 Federal Reserve **Statement on Longer-Run Goals and Monetary Policy Strategy** Primary source for the Federal Reserve's longer-run **2% inflation objective** and its monetary-policy framework. ([Federal Reserve](https://www.federalreserve.gov/monetarypolicy/monetary-policy-strategy-tools-and-communications-statement-on-longer-run-goals-monetary-policy-strategy-2025.htm?mod=article_inline\&utm_source=chatgpt.com)) [Read the Federal Reserve's current longer-run strategy statement](https://www.federalreserve.gov/monetarypolicy/monetary-policy-strategy-tools-and-communications-statement-on-longer-run-goals-monetary-policy-strategy-2025.htm?utm_source=chatgpt.com) *** ## 🌰 The Absurd Point! > If Peanutoshi had perfectly preserved peanuts from 1913 to 2024 instead of holding dollars, the peanuts would have retained nearly **six times as much purchasing power**. That says less about peanuts than it does about the monetary comparison. Peanuts were not extraordinary. They were an ordinary agricultural commodity whose U.S. yield per acre increased by more than fourfold over the period. Yet the commodity still preserved substantially more economic value than idle cash. > **The extraordinary thing is the currency.** In a monetary environment with persistent positive inflation, nominal money can survive indefinitely while its economic substance erodes. The number remains. The purchasing power disappears. BASED NUT starts from that contradiction. Money should not be considered economically unchanged merely because its nominal units remain intact. Scarcity should be explicit. Dilution should be constrained and legible. Capital should be capable of flowing into productive assets and real economic activity. Ownership, provenance, and economic state should be verifiable. Markets should expose value rather than obscure its erosion. BASED NUT builds outward from an unusually scarce monetary primitive—**one NUT**—into liquidity, markets, productive agriculture, land, real-world assets, attestations, and autonomous economic infrastructure. It is not simply an argument for replacing dollars with peanuts. It is an experiment in asking what a monetary system looks like when you begin with **scarcity, production, verifiability, and economic substance** instead of assuming nominal continuity means preserved value. > ## **The peanut is the joke.** > > ## **The century of purchasing-power destruction is not.**