The Climate Consensus
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501(c)(3) nonprofit working to close the consensus gap between experts and the broader community | Empowering scientists to engage in climate outreach and communication https://theclimateconsensus.org/ https://linktr.ee/theclimateconsensus
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College students! Get ready for The Climate Consensus Video Contest!

From Sept 1st through Oct 31st, you can submit a video for a chance to win up to $100!

This year’s theme: Climate Feedback Loops.

Learn more by visiting theclimateconsensus.org/2025-video-c...
Significant progress has been made in assessing the overall cloud response to global warming in the last decade, particularly in the response of low clouds, and uncertainty has decreased by 50% (IPCC AR6, chapter 7).
The cloud feedback, while overall positive as the net effect, has the largest uncertainty, since any increase in high clouds and cloud tops acts to amplify warming by enhancing the high cloud greenhouse effect, whereas any increase in low clouds acts to increase albedo, counteracting any warming.
This is consequential, because more incoming sunlight gets absorbed by the darker water (that was previously ice), creating even more surface warming.
A climate feedback poster child is often the Ice-Albedo Feedback, as shown in the the diagram in the post. The initial forcing (increase in temperature) results in melting of snow and ice, revealing the darker ocean below, acting to reduce the planetary reflectivity (or, in jargon terms, albedo).
This may be counterintuitive: a negative feedback, in the context of climate change, can actually be beneficial for the system!
However, when a process acts to amplify an initial forcing, then a positive feedback loop occurs (not unlike a contagious movement).
When a process acts to counteract or diminish the initial forcing of other components of the system, this can be described as a negative feedback loop.
Well, it turns out that these many small movements can work as part of a loop to either lessen or add to the effects of a change in one part of a system (say, the climate system, for example).
You may be wondering why we are quoting this for today’s Fun Fact Friday and how this all relates to climate.
“In order to create one contagious movement, you often have to create many small movements first”. This is a quote form Malcolm Gladwell’s book “The Tipping Point: How Little Things Can Make a Big Difference”.
If you have experience or are looking to gain experience in digital engagement, follow this link for more information on how to join: theclimateconsensus.org/contact-us
Contact Us — The Climate Consensus
theclimateconsensus.org
The committee monitors digital analytics to track growth and engagement, adjusting strategies to maximize impact. By staying informed about digital trends, the committee aims to effectively connect with our audience and build a vibrant community around our mission.
Contact Us — The Climate Consensus
theclimateconsensus.org
Committee members create engaging content, including blog posts, graphics, and videos, and expand our digital footprint by exploring new platforms and launching innovative campaigns.
Contact Us — The Climate Consensus
theclimateconsensus.org
The Digital Engagement Committee oversees and maintains our social media channels (Bluesky, Facebook, Instagram) and the organization’s website, ensuring they are up-to-date with the latest news, activities, and status.
Contact Us — The Climate Consensus
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Are you passionate about social media engagement, web design, or climate communication? Whether you are a Canva wizard or an engagement strategist, there is a place for you here!
This study can also be used to inform future management strategies, optimizing efforts that save both time and money.

For more information, visit:
www.swcasc.arizona.edu/news/modelin...
predictive-tools-help-managers-combat-smallmouth-bass-colorado-river
News | Southwest Climate Adaptation Science Center | SW CASC
www.swcasc.arizona.edu
This venture required incorporating what is known about smallmouth bass biology and behavior with interannual climate variability. The research group was also able to test the impact of prior invasive species management techniques on the smallmouth bass.
News | Southwest Climate Adaptation Science Center | SW CASC
www.swcasc.arizona.edu
To help address this challenge, researchers at the USGS Southwest Biological Science Center used models to determine the future conditions in which smallmouth bass populations boom.
News | Southwest Climate Adaptation Science Center | SW CASC
www.swcasc.arizona.edu
This not only puts a strain on the local ecosystem but also introduces the need for costly invasive species management.
News | Southwest Climate Adaptation Science Center | SW CASC
www.swcasc.arizona.edu
Smallmouth bass like warm, near-surface waters. The Colorado River has seen a decrease in water levels as well as warming water temperatures, making it a perfect environment for this invasive species to thrive.
News | Southwest Climate Adaptation Science Center | SW CASC
www.swcasc.arizona.edu
The smallmouth bass population in the Colorado River has dramatically increased since 2022 and is causing problems for native and federally protected fish species.
News | Southwest Climate Adaptation Science Center | SW CASC
www.swcasc.arizona.edu
Invasive species negatively impact the native ecosystem by harming or outcompeting native species. This can also have negative impacts on human health and industries.
For October’s Speaker Series, we have Bernadette Woods Placky, @climatecentral.org Chief Meteorologist, speaking on “Climate Matters: translating science into stories.” This will take place on Zoom on Thursday, October 2nd at 2 pm ET / 1 pm CT / 12 pm MT.

Register here: osu.zoom.us/meeting/regi...