Every May, the same handful of voices publish their Atlantic hurricane season outlooks: Colorado State University's Klotzbach group, NOAA's Climate Prediction Center, AccuWeather, and a handful of private forecasting firms. These outlooks get covered by every major weather outlet. They're compared to the actual season results in December.
Independent meteorologists can stake that same kind of seasonal call. Most don't, because there's been no structured place to put it — no format that makes a seasonal forecast look like a real forecast, no archive that lets you build a track record across multiple years.
ForecasterHQ changes that. Here's how to publish your own 2026 hurricane season outlook before June 1.
What a hurricane season outlook actually contains
Before you open ForecasterHQ's create wizard, it helps to understand what you're trying to produce. A proper hurricane season outlook isn't just a storm count prediction — it's a structured set of probabilistic calls across multiple dimensions.
Named storm count range. The headline number. CSU's 2026 outlook calls for 23 named storms (ranging 19–29). Your call might be more conservative or more aggressive depending on how you weight SST anomalies, wind shear patterns, and the ENSO state going into the peak months.
ACE index range. Accumulated Cyclone Energy is the integrated measure of storm intensity and duration across the full season. It's a more meaningful measure than raw storm count because it captures whether you're forecasting a season of short-lived tropical storms or one dominated by major hurricanes. CSU expresses this as a range with a most-likely value. You should too.
Landfall probability by basin region. This is where the forecast gets useful for people who live in hurricane country. Basin-wide storm totals are interesting; your probability call for Gulf of Mexico major hurricane landfalls is actionable. The key regions to address:
- Atlantic Main Development Region (MDR) — the primary tropical breeding ground from the African coast through the Lesser Antilles
- Gulf of Mexico — separate dynamics, often the most consequential region for US landfall risk
- Caribbean — often underweighted relative to its actual seasonal role
- US Gulf Coast and East Coast — the landfall risk regions your audience actually cares about
Peak month timing. Is this a front-loaded season with early formation activity, or a back-loaded season that peaks later in August–October? Historical climatology peaks around September 10, but analog years sometimes show bimodal activity patterns or late-season anomalies. Your timing call shapes how readers should weight their preparation timeline.
How to publish your outlook on ForecasterHQ
ForecasterHQ's General Forecast type is built for exactly this kind of multi-region, multi-variable seasonal outlook. Here's the workflow:
Step 1: Choose General Forecast
When you create a new forecast, select "General" rather than "Storm." Storm forecasts are for tracking individual systems through their lifecycle; General forecasts are for rolling multi-day or seasonal outlooks where you're projecting conditions across multiple regions over time.
Set your forecast period to span the full active season — June 1 through November 30 is the official Atlantic hurricane season, though you can extend it if you're tracking early-season or late-season development risk.
Step 2: Draw your basin regions
This is the part that makes a ForecasterHQ outlook more useful than a text-only seasonal prediction. Using the map builder, draw polygons for your primary forecast regions:
- Atlantic Main Development Region — roughly 10°N–20°N, 20°W–60°W. This is where easterly wave activity seeds most major storms.
- Gulf of Mexico — the enclosed basin that matters most for US Gulf Coast risk.
- Caribbean — draw this separately from the MDR. Caribbean systems often behave differently from open-Atlantic storms.
- US Gulf Coast and East Coast — the impact zones. You can break these into subregions (Texas coast, Florida panhandle, Florida peninsula, Southeast coast, Mid-Atlantic) if you want to make landfall probability calls at that resolution.
If you've already been mapping out storm tracks this season, you can import regions from a prior forecast or use the region template system to reuse your standard basin boundaries. The import from Google My Maps workflow also works if you've been drawing regions in a separate tool.
Step 3: Enter your values
For each region, ForecasterHQ lets you set a value range — this is where your ACE index range, storm count range, or probability values go. You can also add a narrative label for each region: "High landfall risk," "Below-average activity expected," "Watch MDR for early-season development."
The daily forecast structure lets you enter conditions at multiple time horizons. For a seasonal outlook, think of each "day" as a month: June conditions, July conditions, August-October peak, November late-season. This gives readers a sense of how you're thinking about seasonal progression, not just the aggregate call.
Step 4: Publish with your methodology
The description field is where your methodology goes. This isn't the place for a 2,000-word research paper — it's a clear explanation of your primary drivers: SST anomalies, ENSO state, steering pattern, any analog years you're weighting. The forecasters who build real credibility over time are the ones who explain why they're making the call, not just what the call is.
Keep it honest about uncertainty. A forecast that says "15–22 named storms, with our highest confidence in 17–20" is more credible than one that picks a single number and defends it.
Why putting this on the public record matters
Colorado State's Klotzbach group has been publishing seasonal hurricane outlooks since 1984. The reason people trust their forecasts isn't just their methodology — it's that their methodology is visible, their forecasts are archived, and every December someone publishes a comparison of what they called versus what happened.
That accountability structure is what independent forecasters currently lack. Screenshots posted to X in May are effectively ephemeral — by December, nobody can find them, and they can't be systematically compared against observed activity.
A ForecasterHQ seasonal outlook creates a timestamped, structured record of your call. Your basin probability estimates are preserved with their publish date. Your ACE range is recorded. Your methodology is documented. When the season ends, ForecasterHQ's verification archive holds the record — and you can add your own post-season analysis as a follow-up weather post on your profile.
This is how you build the kind of track record that makes independent hurricane forecasters worth following. Not through follower counts or engagement metrics, but through years of documented forecasts with outcomes anyone can check.
Getting your outlook indexed before June 1
There's a practical timing argument here beyond the forecasting calendar: Google needs time to index new content. A seasonal outlook published after June 1 competes in an already-crowded search environment (NHC, CSU, AccuWeather, and every local TV station in hurricane country are all publishing then).
An outlook published by May 16 has 15+ days to index before the season opens — and it positions you as a voice that got ahead of the story, not one reacting to it. The tools available to you for making the forecast have never been better. The workflow for publishing it is straightforward. The only thing left is making the call.
Before the season starts
The community of independent meteorologists tracking the Atlantic basin is publishing now. The forecasters who establish themselves as consistent seasonal voices — who publish a May outlook and then update their storm-level analysis through November — are the ones who build audiences that carry across multiple years.
You don't need institutional affiliation to publish a credible hurricane season outlook. You need a methodology, a public record, and a place to put it that looks like what it is: a real forecast.