The Great Antagonist: When The Weather is Your Story’s Main Character
To truly know your ancestors, you have to know the skies they lived under.
In February 1926, my family buried two people in five days. When I first drafted A Tragedy on Bainbridge Street, I wrote about grief. But I quickly realized I’d left out a main character—the weather.
The more I researched that period, the more I realized they weren’t just coping with a double death—they were enduring it during a brutally cold winter, preceded by a five-month coal strike and two feet of snow.
As a researcher and storyteller, I often find myself staring at a dry list of names, dates, and locations. I know where my ancestors were, but I don’t always know what it felt like to be there.
To make a story feel real, I look for ways to reconstruct what the past felt like—and weather is one of the most powerful tools I’ve found.
Here’s how I use historical weather data to turn records into lived experience.
Mother Nature is one of the last honest forces in our lives. She does not negotiate, and she does not care about calendars or carefully laid plans.
We like to imagine ourselves as evolved beyond such influences in our climate-controlled world, insulated from the elements. Yet weather still meets us exactly where it met our ancestors. We experience all of life’s milestones—weddings, funerals, births, departures—under skies that shape how those moments settle into memory.
Many times, the forecast does not merely describe the day. It defines it.
The Power of Sensory History
To make my writing more honest, I’ve been taking more care with how I use the weather, not as a backdrop but as a character.
Weather records allow you to reconstruct the exact atmospheric conditions of a moment. When you do, the sky stops being scenery and becomes part of the story. Knowing whether the sky was perpetually overcast or whether a specific winter storm blanketed the city allows you to “bring the archives to life.” It makes it easier to understand how the circumstances of the day would have impacted your ancestor’s behavior.
For example, when I looked up the weather for February 1926, the data didn’t just show ‘snow.’ It painted a portrait of a city under siege, 24.7 inches of accumulation layered over a metropolis already paralyzed by the 1925–1926 Anthracite Coal Strike.
The 1925-1926 Anthracite Coal Strike lasted 170 days, meaning that for months preceding that terrible week in February, my family had already endured a freezing, soot-stained winter of misery.
Suddenly, I understood: my family wasn’t just mourning.
They were freezing. Coal bins were empty. Soot clung to everything.
That changed how I told the story—and how I understood their grief.
Headline from The Brooklyn Daily Times, February 5, 1926, describing the snow as “worst since the 1888 Blizzard,” one of the most notorious storms New York has ever experienced.
How Weather Adds to Your Story
Consider how differently these two statements read:
“My fourth-great-grandfather fought in the Battle of Gettysburg.”
It’s a factual statement, but it’s flat and misses an opportunity to transport your reader, versus:
My fourth-great-grandfather fought in the Battle of Gettysburg in the oppressive humidity of a 90°F July day, his sweat-soaked wool uniform a prison of heat, chafing skin already worn raw by days of marching. As he pushed through gun smoke and the stench of death, he baked beneath a sky that felled men with heatstroke as surely as cannon fire—a reminder that the sun could be as lethal as artillery.
Union soldiers in their wool uniforms at the Battle of Gettysburg. According to National Weather Service reconstructions, temperatures during the battle reached 90°F or higher, with a real-feel temperature of 105°F.
In the Gettysburg example, adding in the weather turns a simple historical fact into a real experience, which I find especially helpful when writing about events that feel far removed from our time.
From Moon Landings to the “Trampoline Tornado”
Weather details are just as powerful for modern milestones, too.
Consider the Moon Landing on July 20, 1969. Imagine your family lived in rural Scott City, Kansas, on that day. Historical weather data shows the temperature reached a scorching 100°F.
When you imagine your family experiencing that moment, you can see the windows in their house thrown wide open, everyone quietly wiping their brows and fanning themselves, desperately trying to catch any fleeting breeze. The air in their Kansas kitchen is stagnant, and a thick weight hangs over everything, making the flickering black-and-white images of the frozen Moon seem even more astonishing.
As they watch Neil Armstrong take that “one small step,” it is the oppressive heat that shapes the scene's atmosphere, confining the family to a shared languid stillness while, on the television just a few feet away, humanity achieves the unprecedented feat of a man walking on the Moon.
It’s the dichotomy that’s so striking: we can send men to the Moon, but back on Earth, we are still at the mercy of Nature herself.
Family watches the Moon landing on July 20, 1969 in rural Kansas, where the temperature was 100°F, and there was no breeze.
The Trampoline Tornado
Historical weather data doesn’t just provide a backdrop — sometimes it becomes the story, as when Long Island experienced its first-ever November tornadoes.
On November 13, 2021, the air was unseasonably heavy and thick, sweating with humidity that belonged to the swampiest August day. We had a friend coming to stay with us for the weekend, and I was due to pick him up from the train station. I glanced outside to see whether I needed a raincoat and watched, in stunned disbelief, as the sky melted from blue to a bruised yellow to black, and every window in my house began shaking.
I grabbed my children and threw myself over them as we huddled underneath a doorway; in the confusion of the moment, I thought we were having an earthquake.
When the shaking finally stopped, we surveyed the damage from an upstairs window overlooking our backyard. My daughter asked me a question that brought the surreal reality of the moment into focus.
She exclaimed, “Mommy, where is our trampoline?”
I was so stunned I hadn’t even noticed it was gone.
The storm, which was not an earthquake but a microburst-tornado, carved a perpendicular path of destruction through several blocks of our neighborhood, uprooting centuries-old oak trees, demolishing fences, and shattering sidewalks.
Newsday confirming “twisters” hitting Long Island in November 2021.
Despite the misleading “micro” label, the tornado was so powerful that it hurled our 300-pound trampoline right over an 8-foot fence, where it landed unceremoniously in a crumpled heap in our neighbor’s yard.
To this day, it’s a wonder to me that no one was seriously hurt.
When my daughter tells her grandchildren about that November day, her memory will be of how her Mama was so bewildered she didn’t notice our trampoline had been hurled into a neighbor’s yard.
My memory will be of the sky melting.
The Historian’s Toolkit: Using Weather as a Character
1. Establish Your Anchor
Find an exact street address and date, since the weather is local and precision matters. A blizzard in Manhattan does not feel the same as a blizzard in rural Maine.
2. Start with a Quick Look Up Tool
Use an accessible aggregator to orient yourself:
Extreme Weather Watch (EWW) – A reliable “time machine” for city-level data. It simplifies NOAA-derived datasets into readable tables, ideal for spotting record highs, lows, snowfall totals, and anomalies.
Weather Underground (History) – A calendar-style view of daily station observations going back decades.
TimeandDate (Past Weather) – Useful for snapshot summaries and astronomical details (Was the night lit by a full moon? What time did the sun set?).
These tools help you answer whether this day was ordinary or historic.
3. Verify the Archives
When in doubt, check the primary sources:
NOAA / National Centers for Environmental Information (NCEI) – The official U.S. climate archive.
Climate Data Online (CDO) – The public portal for accessing station-level records.
Local Climatological Data (LCD) – Monthly station reports that include the invaluable “Remarks” column, which is where you find the human detail, like: “Dense fog.” “Smoke haze.” “Rivers frozen.” “Heavy gale.” These notes were often recorded by observers standing in the wind themselves.
You can also consult National Weather Service (NWS) local offices, which maintain summaries of major regional events—blizzards, tornadoes, heat waves—that shaped communities.
4. Add Texture
To understand lived experience, layer in details from:
Historical Newspapers – How weather disrupted schools, transit, industry, and burial practices.
The Old Weather Project (Zooniverse) – Digitized ship logs and maritime records, invaluable for immigrant voyages.
Farmer’s Almanac archives – Cultural interpretation of seasons: how a “long winter” or “killing frost” was perceived at the time.
5. Apply Human Judgment
Ask yourself what role the weather played:
Did frozen ground delay burial?
Did 100°F heat make a tenement unbearable?
Did heavy rain wash out the only road to town?
Did the weather amplify grief?
The Final Result: Transforming the Narrative
The “Before” (Facts Only):
“It was a cold, snowy week in February 1926 when the two family members died.”
The “After” (with Weather as a Character):
“As they carried the second casket in five days, the wind-whipped snow of the February blizzard stung their faces—a cold made more bitter by the empty coal bins of a city five months into a strike. Grief wasn’t just in their hearts; it was in their shivering limbs and the soot-stained slush that forever stained their Sunday best.”
Why Weather Matters for Your Writing
Weather is one of the few forces we experience almost exactly as our ancestors did.
When you reconstruct it carefully, you are not adding decoration. By grounding your work in real-world data, you bridge the gap between documentation and storytelling, providing your readers — and yourself — with a more authentic connection to the past.
You are restoring the atmosphere.
And atmosphere shapes memory.
If we ignore it in our histories, we leave out one of the loudest voices in the room.
Sources: The Science Behind the Scenes
Here is a list of tools I’ve found extremely helpful; they are built on a layered foundation of federal climate science, historical datasets, and digitized primary records:
Primary Federal Data Infrastructure
National Oceanic and Atmospheric Administration (NOAA)
The federal agency responsible for collecting and maintaining U.S. weather and climate records.
National Centers for Environmental Information (NCEI)
NOAA’s official archive. This is where long-term daily, monthly, and storm-event data are stored.
Climate Data Online (CDO)
The public-facing portal for accessing archived station data, including daily summaries and downloadable records.
National Weather Service (NWS)
Provides operational data and maintains local historical summaries of significant regional weather events.
NOAA’s Local Climatological Data (LCD) Summaries
Monthly station reports that include the invaluable “Remarks” column—observer notes documenting unusual phenomena like “smoke from nearby fires” or “intense soot accumulation.”
Underlying Scientific Datasets
GHCN (Global Historical Climatology Network)
A consolidated dataset of daily climate records from more than 80,000 stations worldwide. Many aggregators draw directly from this archive.
ThreadEx (Threaded Extremes)
A NOAA project that “threads” together the records of multiple weather stations in a single city to provide a continuous long-term history (essential for cities like New York, where the “official” station moved from buildings in Manhattan to Central Park over the decades).
The First Order Summary of the Day (SOD)
These are the digital transcriptions of the original handwritten logs kept by weather observers in the 19th and early 20th centuries.
Aggregators & Access Tools
Extreme Weather Watch (EWW)
An interface that simplifies NOAA-derived datasets into readable tables for city-level exploration.
Weather Underground (History)
Provides station-based historical daily observations in a calendar format.
TimeandDate (Past Weather)
Offers snapshot summaries and astronomical context, including sunrise, sunset, and moon phase data.
Contextual & Narrative Sources
Historical Newspapers: Provide the “texture” to the weather data’s “bones.” Contemporary reporting on a heat wave, blizzard, or drought can be invaluable.
The Old Weather Project (Zooniverse): A crowdsourced project that digitizes ship logs, among other things. If your ancestors were immigrants crossing the Atlantic, this tool lets you see the exact wave heights and gale forces their ship encountered during the voyage.
The Farmer’s Almanac Archives: Although less scientific than NOAA, the Almanac offers valuable cultural context, illustrating how people of the time interpreted winter and bridging the gap between quantitative data and human experience.
Fantastic reminder of how something we rarely think about could have greatly impacted the story of our ancestor's life. When I wrote my grandfather's story, I started with the the fact that the St. Paul, MN skies were awash with "dancing Northern Lights" on the eve of his birth. This set the tone for the whole story. Thanks for including all the sources!
Yes, Lauren! The weather, of course. It seems to constantly enter into family narratives. I have found that to be true and love that you tackled it in this way.