Weather Extremes and Energy Resilience in Michigan’s Upper Peninsula

(Illustrative Only)

Blizards coming.
Food stocked up.
Putting some extra
wood out just in case
the eletricity shuts
off again. 
Solar panels 
can help. 

In the Upper Peninsula of Michigan Upper Peninsula, we have recently experienced some unusually erratic winter weather. Storms and blizzards are certainly nothing new here, but the intensity of some recent storms feels different from what I remember growing up. At times the snowfall has reached two to four inches per hour, requiring snow blowing several times a day. In one recent storm, several feet of snow fell, paused for about six or seven hours, and then returned again with another heavy round. Strong winds and impassable roads only add to the difficulty—sometimes the best option is simply to stay home.

Experiences like this naturally raise questions about broader climate trends. Discussions about Global Warming often focus on rising temperatures linked to pollution and increasing greenhouse gases. That relationship is widely supported by research, but another aspect people notice locally is the possibility of more extreme or erratic weather patterns. Rising temperatures may be one part of the story, while stronger and less predictable storms may be another.

These conditions also highlight practical concerns about infrastructure and preparedness. Many communities rely heavily on centralized electricity systems that are aging and sometimes fail during severe weather. When heating systems depend entirely on electricity, outages during extreme cold can quickly become dangerous. Having multiple heating options can make homes more resilient during emergencies. Political debates often offer competing explanations for these issues, but regardless of the debate, nature ultimately sets the conditions we must live with.

In my own case, there are currently two backup heating options available: propane gas and a traditional fireplace that is more than 100 years old. I have considered converting the fireplace into a combined gas and wood system, similar to a wood stove and fireplace combination. This would provide an additional heating option during emergencies. Looking ahead, I am also considering installing solar panels when it is time to replace the roof shingles. That could increase the ability to generate electricity independently and reduce reliance on the grid.

Erratic weather pattern
or normal?

Because I spend a lot of time outdoors camping and fishing, another idea is to install a small solar panel on the garage connected to a battery and inverter. Even a relatively inexpensive system could charge larger batteries that might be useful during outages or emergencies. It could also provide limited power for some garage tools. Another possibility is connecting the furnace to a battery backup so it could operate temporarily if the electricity goes out.

Whether every claim about climate change proves fully accurate or not, one thing seems clear: our current energy systems lack diversity and resilience. Developing a wider mix of energy sources and backup systems may help communities better manage extreme weather and future environmental challenges. The same principle applies to broader geopolitical uncertainties as well. Rather than assuming the worst or dismissing concerns entirely, it may be wiser to think carefully about long-term energy planning and climate resilience. 🌎⚡❄️

How does pollution affect climate change?

Chewy thinks
snow pants
on the floor
are awesome!

• Pollution contributes to climate change primarily through the release of greenhouse gases such as carbon dioxide (CO₂), methane (CH₄), and nitrous oxide (N₂O), which trap heat in the atmosphere and increase global temperatures.

• Burning fossil fuels for energy, transportation, and industry is a major source of these pollutants, significantly intensifying the greenhouse effect and accelerating global warming.

• Industrial activities release chemicals and particulate matter that alter atmospheric composition, affecting cloud formation and how sunlight is absorbed or reflected by the Earth.

• Agricultural pollution, including methane from livestock and nitrous oxide from fertilizers, adds powerful greenhouse gases that further contribute to climate change.

• Deforestation increases atmospheric carbon because trees that normally absorb CO₂ are removed, reducing natural carbon sinks and releasing stored carbon back into the atmosphere.

• Aerosols and particulate matter influence climate by either reflecting sunlight (cooling effect) or absorbing heat (warming effect), making their overall impact complex.

• Pollution also damages ecosystems such as forests, wetlands, and oceans that naturally absorb carbon, weakening the planet’s ability to regulate climate.

• The combined effects of pollution-driven climate change include rising global temperatures, sea level rise, disrupted weather patterns, ocean acidification, and increased risks to human health.

The Environmental Literacy Council. (2024, November 25). How does pollution affect climate change? https://enviroliteracy.org/how-does-pollution-affect-climate-change/