May is Stop the Bleed® Month – How you can save a life

Bleeding is the number one cause of preventable death after injury. With three quick actions, you can be trained and empowered to save a life.  Someone who is severely bleeding can bleed to death in as little as 5 minutes. That’s why bleeding control—keeping the blood inside the body—is the purpose of STOP THE BLEED® training.

The American College of Surgeons STOP THE BLEED® program has prepared nearly 4 million people worldwide on how to stop bleeding in a severely injured person.

Nearly 4 Million People Have Learned to STOP THE BLEED You can, too! Learn about free online and in-person classes in your area: https://www.stopthebleed.org/

Minnesota is a leader in zero-carbon power generation

Zero-carbon power accounts for 54% of all Minnesota electricity generated in 2023. This is the fourth consecutive year that zero-carbon power has made up the majority of Minnesota’s electricity. The national average is 41%

Clean Energy Economy Minnesota and the Business Council for Sustainable Energy released a report on April 30, 2024, showing the growth in sustainable power. You can read it here: NEW REPORT: Minnesota demonstrates significant clean energy progress and leadership (cleanenergyeconomymn.org)

Highlights from the report:

  • Carbon emissions reductions: Minnesota’s power sector carbon emissions are down 54% below 2005 levels, outpacing the national reduction of 42%. The state achieved a 10% reduction in power sector emissions over the last year alone.
  • Renewable energy milestones: Renewable sources contributed to one-third of the state’s electricity generation in 2023, showcasing a significant move toward cleaner energy alternatives.
  • Electric vehicle adoption: A surge in electric vehicle registrations, with a 55% increase from 2022, underscores Minnesotans’ growing preference for sustainable transportation options.
  • Advancements in hydrogen energy: Electrolyzer shipments, including from Minnesota-based Cummins, saw a dramatic rise in 2023, bolstered by incentives from the federal Inflation Reduction Act (IRA).
  • Growth in renewable energy capacity: Over the past five years, Minnesota added 2.2 GW of renewable energy capacity while reducing coal dependency by 1.2 GW.
  • Increased energy productivity: Minnesota has enhanced its energy productivity by 33% since 2001, emphasizing efficiency and innovation in its energy use.
  • Zero-carbon electricity already powers Minnesota: For the fourth consecutive year, zero-carbon sources provided the majority of Minnesota’s electricity, with 54% coming from zero-carbon sources in 2023.

For more information:

2024-Minnesota-Energy-Factsheet.pdf (cleanenergyeconomymn.org)

MN-Factsheet-Infographic-2024.pdf (cleanenergyeconomymn.org)

Creating your climate-ready woodlands

As Minnesota’s climate changes, forests will face pressures from tree diseases and pests, heavier and more frequent rainfalls, warmer temperatures, and prolonged drought. You can foster a healthy, resilient woodland by adding species that are predicted to adapt well to these changes.

To ensure a healthy and productive forest, we’ll need to use strategies for climate adaptation. These will likely include a combination of management actions to help forests stay resilient to climate stress, such as: 

  • Adding species that are new to the forest to increase diversity.
  • Prioritizing native trees and plants that are predicted to do well.
  • Nurturing targeted areas to persist much as they are today.
  • Removing invasive plants and thinning forests to reduce competition.

Would you like to know more? Watch Anna Stockstand explain how to make your woodlands climate-ready and visit the climate-ready woodlands website to see what to plant in your Minnesota woods.

The Science is Clear and the Stakes are High

A clear message from science

“There is a rapidly closing window of opportunity to secure a livable and sustainable future for all (very high confidence).”
This is the most striking sentence in a 37-page summary, issued today, of the latest report by the Intergovernmental Panel on Climate Change. It tells us what’s possible. It tells us the stakes.

The report has been compiled by hundreds of scholars and approved by the representatives of 195 countries. The italicized phrase represents the authors’ degree of certainty. The italics are theirs, not mine.
The report is sobering, gut-wrenching and above all, practical. Its clearest takeaway: The continued use of fossil fuels is harming all of us, and harming some of us a lot more.

It lays out the present impacts and imminent risks of climate change and it offers a number of options to both adapt to an inevitably hotter planet and prevent Earth from getting unmanageably hotter still. It calls for a swift, sharp reduction in fossil fuel use if the world is to stay within a relatively safe planetary boundary. That is, to limit the global average temperature to within 1.5 degrees Celsius, or 2.7 degrees Fahrenheit, above preindustrial levels.
It plainly warns that the world is on track to exceed that threshold, at least temporarily, in the first half of the 2030s.

The actions taken during this decade will “largely determine” what happens for centuries to come.
The Secretary General of the United Nations, António Guterres, called it a “how to guide to defuse the climate time bomb.”

Where are we now?
The average global temperature is 1.1 degrees Celsius higher than it was at the start of the industrial age. It’s risen faster since 1970 than during any 50 year period.

That much warming has already threatened food and water security, the report concludes, brought on “trauma” after extreme weather events and the “loss of livelihoods and culture.”
We are not the only species at risk, as “impacts on some ecosystems are approaching irreversibility.”

The summary is striking for how many references it includes to losses and damages already suffered by communities around the world.
We are not all the same.

Among the world’s 8 billion people, 10 percent of households are responsible for 34 to 45 percent of greenhouse gas emissions. (We told you about the climate footprints of the richest 10 percent in an earlier newsletter.)

“Vulnerable communities who have historically contributed least to current climate change are disproportionately affected,” the report said. (Read more in our series, published in 2020, called Inequity at the Boiling Point.)

Where are we headed?
There’s a high chance of exceeding the 1.5 degree mark, as my colleague Brad Plumer writes in his article on the report.

But it’s possible to shift course. That would require reducing greenhouse gases by half by 2030 and, after that, adding no more carbon dioxide to the atmosphere by the early 2050s.
Even if the global average rises above 1.5 degrees Celsius, every degree after that matters, Joeri Rogelj, director of research at the Grantham Institute for Climate Change and the Environment at Imperial College London, told Brad. “There’s clear evidence that 1.5 is better than 1.6, which is better than 1.7, and so on,” Rogelj said. “The point is we need to do everything we can to keep warming as low as possible.”

What can be done?
Perhaps its most infuriating observation is also its most encouraging. The report lays out many known remedies and shows what would make the biggest difference to keep warming as low as possible, and also adapt to the climate hazards that are now inevitable. Expand solar and wind power. Improve energy efficiency. Make cities more friendly for walkers and cyclists. Reduce nitrogen pollution from agriculture. Eat better. Reduce food waste.

The report defines climate remedies broadly. It also urges strengthening social safety nets for those most vulnerable, including health insurance.
It struck me that many of these changes don’t mean giving up good things. It could mean having more good things, like exercise, cleaner air and better public health.

It does mean giving up one big thing that is the main driver of warming: Fossil fuels. The emissions produced by existing oil and gas installations, coal-fired power plants, gas and diesel guzzling trucks, and factories that burn fossil fuels would blow past the critical warming threshold.


Why does the report matter?

For starters, it distills the latest science on a profound global challenge.
More important, it poses a challenge to countries that are still actively building fossil fuel projects. The United States approved a giant oil drilling project on federal land in Alaska last week. China issued permits for dozens of coal-fired power plants last year. The host of the next round of climate negotiations, the United Arab Emirates, is a major oil producing nation. The official who is leading the preparations for the summit, scheduled to be held in November and December, is the head of the state oil company, Sultan Al Jaber.

The report by the I.P.C.C. will serve as a basis for those negotiations, which are held under the auspices of the United Nations. Not only will it add ballast to those pressing for a rapid phase out of fossil fuels, it could also well strengthen the calls for greater financial support from historic polluters.
The report makes the case that to see practical progress, much more money is needed to help countries adapt to the hazards of warming and pivot away from fossil fuels. “If climate goals are to be achieved both adaptation and mitigation financing would need to increase manyfold,” it states.

See Global Warming by Latitude

Global warming isn’t uniform around the planet. This visualization shows global temperature changes per latitude zone from 1880 to 2021. Watch how the Arctic is warming much faster than other regions on Earth.

Minnesota winters are warming faster than nearly every other U.S. state

University of Minnesota researchers found Minnesota’s climate will likely be “significantly different” from what it was like near the end of the 20th century. Among the key points researchers found:

  • Winter temperatures could rise by 11 degrees by the end of the 21st century.
    Snow depth could decrease by more than 5 inches, especially in east-central Minnesota
  • The number of days per year with snow cover may decrease by up to 55 days, especially in central Minnesota
  • Precipitation in the spring could increase by more than a half-inch per day over northern Minnesota.
  • Summers, which haven’t warmed significantly up to now, could see temperatures rise by 7 degrees by the end of the century.


From Dr. Stefan Liess, lead researcher: “Early awareness and mitigation have the potential to preserve valuable ecosystems for future generations. Mitigation and adaptation strategies need to be put in place to address these future changes. These projections would impact multiple important state sectors including agriculture, pest management, water and energy management, forestry, health care (adaptation to heat-related health issues) and tourism.”

Climate experts have said warmer temperatures have already and will continue to impact Minnesota’s native plants and trees, damage crops, and can harm Minnesota’s lakes and rivers. Less snow and ice coverage in the winter can impact the health of the lakes, while also offering fewer days to ice fish and snowmobile, impacting the tourism industry. More precipitation can lead to flooding that damages crops, homes and businesses, as well as leading to more stormwater runoff that, combined with hotter temperatures, can cause harmful algal blooms in Minnesota’s lakes.

Article Abstract

Minnesota is the state with the strongest winter warming in the contiguous United States. We performed regional climate projections at 10 km horizontal resolution using the WRF model forced with eight CMIP5 GCMs. The selected GCMs have previously been found to be in relatively good agreement with observations over Minnesota compared to other members of the CMIP5 model ensemble. Our projections suggest ongoing warming in all seasons, especially in winter, as well as shallower snow depth and fewer days with snow cover. We expect significant increases in spring and early summer heavy precipitation events. Our comparisons between different time slices and two different emission scenarios indicate a climate for the state of Minnesota near the end of the 21st century that is significantly different from what has been observed by the end of the 20th century. Winters and summers are expected to be up to 6oC and 4oC warmer, respectively, over northern and central Minnesota and spring precipitation may increase by more than 1 mm d-1 over northern Minnesota. Especially over the central part of the state, winter snow depth is projected to decrease by more than 12 cm and the number of days per year with snow depth of more than 2.54 cm (one inch) is expected to decrease by up to 55.

Read the full article here: https://agupubs.onlinelibrary.wiley.com/doi/epdf/10.1029/2021EA001893

Who Owns America’s Forests?

Overwhelmingly, Private owners and families do.

Family forest owners own the largest portion of U.S. forests

Just like Sleeping Bear Tree Farm. All of us are working to maintain and improve the health of our forests. A much-needed tool is the Family Forest Carbon Program, developed in partnership with the American Forest Foundation and the Nature Conservancy, which is empowering family forest owners to help address climate change while working towards the goals they have for their land.