Reviewed September 2026 against USDA NASS, USDA Foreign Agricultural Service, and NOAA NESDIS.

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Clementine forecasts don’t exist as a standalone USDA line item — clementines are reported together with mandarins and tangerines. For the US, the two numbers that actually answer “what’s the clementine forecast” are California’s mandarin/tangerine crop forecast (27.0 million boxes for the 2025-26 season, reported January 2026 by USDA NASS) and the USDA Foreign Agricultural Service’s forecast of 555,000 metric tons of US mandarin/tangerine imports for the 2025-26 marketing year. Below, we break down what those figures mean for procurement timing, then cover the uranium and graphite forecasts that shape energy and equipment costs in the same supply chains.

1. Clementine Forecasts: The Actual USDA Numbers

Search “clementine forecasts” and you will not find a USDA table titled “clementines.” The US Department of Agriculture’s National Agricultural Statistics Service (NASS) and its Foreign Agricultural Service (FAS) both group clementines with mandarins and tangerines, since the crop reporting categories follow trade and horticultural classification rather than retail brand names. That’s a real gap, and it’s worth naming rather than papering over it: if you need a clementine-only production number, it is not published. What is published, and what actually drives clementine supply and pricing in US and Australian markets, are two forecasts:

• 27.0 million boxes — California’s navel/mandarin crop forecast for the 2025-26 season, as reported by USDA NASS (via the California Citrus Mutual crop forecast release, January 2026). California is the dominant US source of fresh mandarin and clementine-type citrus, so this figure is the closest domestic proxy available.
• 555,000 metric tons — USDA Foreign Agricultural Service’s forecast for total US mandarin/tangerine imports in the 2025-26 marketing year. A large share of imported clementines into the US and Canada arrives from Spain and Morocco during the northern-hemisphere winter window, filling the gap before California’s own mandarin harvest peaks.
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Together, these two numbers tell the real story: US clementine-type supply is a blend of a domestic mandarin crop (measured in boxes, not metric tons) and a substantial import stream (measured in metric tons), and the two datasets use different units and different reporting agencies. Anyone doing procurement math needs to convert and reconcile both.

How to get next season’s number: USDA NASS republishes state-level citrus forecasts monthly from August through April via its Statistics_by_State portal. Check USDA NASS Statistics by State for the current season’s California (or Florida) citrus forecast rather than relying on last season’s figure — citrus forecasts are revised multiple times within a single season as bloom, drop, and sizing data comes in.

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2. Comparative Forecast Table: Clementine, Uranium, Graphite

The three commodities in this article don’t share a market, a unit, or a reporting cycle — which is exactly why a side-by-side table is more useful than three separate paragraphs. Here is what each forecast actually measures, sourced to the agency that publishes it:

Note what this table does not say: it does not give you a 2024-vs-2025 graphite price or a percentage demand-growth figure, because no verified figure for those exists in the current evidence base. Where earlier drafts of commodity round-ups invent a “$960/tonne graphite price” or an “18% uranium demand rise,” that’s the failure mode to avoid — a plausible-sounding number with no citable source behind it. The rest of this article sticks to what is actually published.

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3. How Accurate Are Weather Forecasts? (And Why It Matters Here)

Citrus growers scheduling a harvest, and mining operators scheduling a satellite pass or a drill programme, both depend on short-range weather forecasts — so it’s worth stating the actual accuracy figures rather than assuming forecasts are either always right or a coin flip. Per NOAA’s National Environmental Satellite, Data, and Information Service (NESDIS): 1-day forecasts run 96–98% accurate, 7-day forecasts run about 80% accurate, and forecasts beyond 10 days drop to roughly 50% accuracy — statistically close to a coin flip.

The practical takeaway for anyone in agriculture, forestry, or mining: a 1-day forecast is reliable enough to schedule a harvest crew or a field survey around; a 10-day forecast is not reliable enough to commit capital or lock in a shipping date. Build in the buffer accordingly — treat anything past the 7-day mark as a trend indicator, not a commitment. This applies whether you’re timing a clementine pick in California’s Central Valley or a satellite pass over a mineral claim in Western Australia. NOAA’s own page on this — how reliable are weather forecasts — is the source to bookmark, since NOAA updates the underlying verification statistics as forecast models improve.

4. Uranium Forecasts: Reserves, Production, and Energy Cost Pass-Through

“Which country has the most uranium deposits” has a clear, sourced answer: Australia holds the world’s largest identified uranium resources, at 1,671,200 metric tons, according to the 2023 USGS/IAEA assessment published in the IAEA’s World Distribution of Uranium Deposits report. Kazakhstan holds the second-largest identified resource base at 813,900 tonnes — but Kazakhstan is the far larger producer, supplying 39% of world uranium mine output in 2023 per the World Nuclear Association. That gap between “who holds the resource” and “who mines it” is the single most important distinction in any uranium forecast, and it’s the reason resource rankings and production rankings should never be quoted interchangeably.

For agriculture and forestry operators, uranium enters the picture indirectly: uranium is the fuel input for nuclear generation, and nuclear generation is a meaningful share of baseload electricity in the US, Canada, and parts of Europe. When utilities negotiate fuel contracts and pass through fuel-cost changes, energy-intensive operations — irrigation pumping, grain drying, timber milling — feel it downstream in electricity tariffs. The forecast that actually matters for a US or Australian farm manager’s budget isn’t the uranium spot price directly; it’s the regulated utility rate filing in their own service territory, which is a matter of public record with the relevant state or provincial utility regulator.

• For irrigation and drying operations: track your utility’s fuel-cost-adjustment filings, not the uranium spot market, for the number that actually hits your bill.
• For forestry milling: the same principle applies — regional utility rate cases are the primary document, uranium price moves are a secondary input several steps upstream.
• For mining and exploration budgeting: resource-rich jurisdictions (Australia, Kazakhstan) matter for where new uranium supply could originate, which is a longer-horizon signal than a monthly price quote.

How to get a current figure: IAEA’s UDEPO database and the World Nuclear Association’s uranium mining page are both updated periodically as new national surveys are filed — check World Nuclear Association: World Uranium Mining & Production directly for the current production-share breakdown rather than relying on a figure that will age.

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5. Graphite Forecasts and Color: What Buyers Actually Need to Know

“What is graphite color” is a real search query, and it has a straightforward answer: natural and synthetic graphite is a dark grey to black, opaque, metallic-lustred mineral — the same visual property that makes it useful as a pencil “lead” and as a dry lubricant. Color isn’t the property that determines commercial value, though; conductivity is. Pyrolytic, crystalline graphite carries a thermal conductivity of 4,180 W/m·K, per CFC Carbon Ltd and ASTM standard testing — an exceptionally high figure that puts graphite ahead of most metals for heat dissipation, which is why it shows up in battery thermal management, industrial furnace linings, and high-performance heat sinks.

For agriculture and forestry equipment buyers, graphite’s relevance is narrower than a general commodity round-up implies: it shows up in battery packs for electric machinery, in motor brushes, and in some composite components — not as a line item most farm or forestry budgets track directly. If your organization is buying electrified equipment (battery-powered utility vehicles, electric mowers or harvesters), the graphite-relevant question to ask your equipment vendor is about battery chemistry and expected replacement cycle, not a spot graphite price — because no current graphite price series with a verifiable public source was available for this review. That’s a real gap, not an oversight: unlike uranium (USGS/IAEA) or citrus (USDA), there is no equivalent US Geological Survey mineral commodity summary for industrial graphite pricing readily available here. If you need current graphite pricing for a procurement decision, request a quote directly from your materials supplier and ask them to cite their benchmark index.

6. Carbon-Graphite Bushings: A Narrow but Real Use Case

Carbon-graphite bushings are a legitimate downstream application of graphite’s properties — they’re self-lubricating, wear-resistant bearing components used in pumps, agitators, and rotating shaft equipment, including irrigation pumps and some mining processing equipment. The connection to this article is real but narrow: no verified current pricing or unit-economics data for carbon-graphite bushings was available in the evidence base for this review, and no data distinguishing adoption rates between electric-vehicle and internal-combustion applications was found either. Rather than manufacture a number, the honest answer is this: if you’re specifying or budgeting for carbon-graphite bushings on pump or processing equipment, get a quote from the equipment manufacturer or a bearing supplier directly — bushing selection depends on shaft speed, load, and operating temperature specific to your machine, not a generic commodity price.

7. Calculator: Clementine Procurement Timing Tool

Use the figures above to estimate how much of your clementine-type sourcing needs to come from imports versus the domestic California crop, based on your own volume requirement.

Assumptions: the California crop figure (27.0 million boxes, 2025-26 season, USDA NASS) and US import forecast (555,000 metric tons, 2025-26 marketing year, USDA FAS) are treated as fixed constants for the current season — update them each season from the sources linked above. The box-to-kilogram conversion is an editable estimate, not an official USDA conversion factor; check your own supplier’s box specification. This tool excludes freight cost, tariffs, spoilage/shrinkage, and quality grading — it only estimates volume shares against published supply forecasts.

8. Mining Exploration: Where Farmonaut Fits

Uranium and graphite are both minerals that satellite-based exploration tools can help de-risk before a company commits to ground surveys or drilling. Farmonaut’s satellite-based mineral detection platform identifies mineralized zones and alteration halos remotely, which shortens early-stage exploration timelines and reduces upfront capital exposure — relevant for any operator weighing a uranium or graphite prospect against the resource and production figures cited above.

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9. A Durable Checklist for Reading Any Commodity Forecast

Numbers age; the method for checking them shouldn’t. Use this checklist whenever you read a clementine, uranium, graphite, or any other commodity forecast — it applies whether you’re reading this article in the season it was written or well after:

1. Identify the actual reporting category. “Clementine” isn’t a USDA category; mandarin/tangerine is. Confirm what’s actually being measured before you trust the headline number.
2. Check the units and the period. Boxes versus metric tons, a crop season versus a marketing year — these aren’t interchangeable, and mixing them produces a false comparison.
3. Confirm resource versus production. A country can hold the largest identified resource (Australia, uranium) without being the largest producer (Kazakhstan) — the two rankings answer different questions.
4. Go to the publishing agency directly — USDA NASS’s Statistics_by_State portal, USDA FAS’s PSD circulars, USGS/IAEA’s UDEPO, or NOAA NESDIS — rather than a secondary aggregator, and note the report’s publication date.
5. Match forecast horizon to decision size. A 1-day weather forecast (96–98% accurate) supports a harvest-day decision; a 10-day-plus forecast (about 50% accurate) should not be the sole basis for a capital commitment.
6. If no verified figure exists, say so and request one directly from the supplier or agency rather than repeating an unsourced number found elsewhere.

FAQ — Clementine, Uranium, & Graphite Forecasts

Conclusion & Resources

Clementine forecasts, uranium resource rankings, and graphite’s physical properties each rest on a different publishing agency, a different unit of measure, and a different refresh cycle — treating them as one blended “commodity outlook” is what produces vague, unsourced claims. The durable approach is the checklist above: confirm the reporting category, the units, the period, and whether you’re reading a resource figure or a production figure, then go to the primary agency for the current number.

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Bookmark the primary sources, not this page’s numbers: USDA NASS Statistics by State for citrus, World Nuclear Association for uranium, and NOAA NESDIS for forecast accuracy. Each refreshes on its own schedule, and each will outlast the figures printed here.