Skip to content
Buy Me a Matcha
Medium Linkedin Threads
  • MENUExpand
    • Home
    • Blog
    • Newsletter
    • Medium Publications
    • Contact
    • About
    • Privacy Policy
Climate Ages
  • My accountExpand
    • My Courses
    • Login
Climate Ages
  • Menu
    • Home
    • Blog
    • Newsletter
    • About
    • Medium Publications
    • Contact
    • Privacy Policy
Shopping Cart 0
This image illustrates the powerful ecological role of ants using a striking visual metaphor: a colony of leafcutter ants carrying vegetation beneath a toppling line of dominoes. The dominoes symbolize the cascading effects ants can trigger within ecosystems — from soil health to plant diversity. It hints at how small creatures can have disproportionately large impacts, much like a single domino can start a chain reaction.
Biodiversity Conservation | Ecology

What Ants Can Teach Us About Ecosystem Collapse

Why Planting Baby Corals Isn’t Enough to Save Reefs
Biodiversity Conservation | Ecology

Why Planting Baby Corals Isn’t Enough to Save Reefs

This image shows a vintage-style illustration of a fish, likely a cod or similar bottom-dwelling species, swimming over a sandy seafloor. The background suggests a shallow marine environment. The composition likely represents the ecological concept of bioturbation—the process by which organisms like fish or invertebrates stir up and rework sediments, influencing nutrient cycling and ocean health
Biodiversity Conservation | Science Outreach

Cod, Eels, and the Quiet Power Beneath Our Feet

This visually striking image shows a waxwing bird perched on a snowy branch, tossing a berry into its beak. Overlaid on the right is a stylized globe, likely symbolizing global migratory patterns or species range shifts. The composition suggests a connection between bird behavior and broader environmental themes like climate change, habitat shifts, or biodiversity on a global scale.
Biodiversity Conservation | Climate Change | Science Outreach

When Smart Birds Struggle: What Arctic Birds Taught Me About Climate Risk

This image shows a bee approaching a white flower, with a superimposed warning sign featuring a skull and crossbones. The visual suggests the danger of toxic chemicals or pesticides present in flowering plants—an issue that poses serious threats to pollinators like bees. It’s a powerful representation of the hidden dangers bees face in agricultural and urban landscapes.
Biodiversity Conservation | Pollution | Science Outreach

When Good Intentions Go Toxic: What Urban Wildflowers Are Hiding from Bees

A digitally composed image shows a prehistoric reptile—resembling an early crocodilian or basal archosaur—walking across a volcanic landscape. In the background, a volcano erupts dramatically, spewing lava and ash into the sky. The scene illustrates a time when ancient reptiles thrived amid extreme geological activity, hinting at the resilience and evolutionary success of early crocodile relatives.
Climate Change | Evolution | Paleontology

How Crocodiles Escaped Mass Extinction — Twice

This creative image overlays complex molecular structures onto a lush tropical rainforest, symbolizing the biochemical richness of jungle ecosystems. The chemical diagrams highlight the potential of rainforest plants in drug discovery, natural product chemistry, and ecological research. It’s a striking visual metaphor for the hidden scientific treasures encoded in biodiversity.
Biodiversity Conservation | Climate Change | Evolution | Science Outreach

How Tropical Trees Became Chemists in a Battle for Survival

Image created with CANVA
Biodiversity Conservation | Evolution | Paleontology | Science Outreach

Bonobos Talk Like Us? A New Study Says It’s Not That Far Off

A digitally edited satellite map of North and Central America shows a fiery asteroid hurtling toward the Yucatán Peninsula, representing the Chicxulub impact event that led to the mass extinction of the dinosaurs. A cartoon T. rex roars near the impact site, and a trail of dinosaur footprints across the western U.S. hints at prehistoric migration or panic. The image creatively illustrates the dramatic moment that changed Earth’s history foreve
Biodiversity Conservation | Climate Change | Evolution | Paleontology

The Dinosaur-Killing Asteroid Didn’t Just End Life, It May Have Kickstarted It, Too

What 22 Years in the Amazon Revealed About a Quiet Climate Crisis
Biodiversity Conservation | Climate Change | Science Outreach

What 22 Years in the Amazon Revealed About a Quiet Climate Crisis

Page navigation

Previous PagePrevious 1 2 3 4 … 18 Next PageNext

I don’t do adds or sponsors, but if you want to support me, you can now buy me a coffee!

Buy Me a Matcha

White Ice Formation

Welcome to Climate Ages

Where Conservation, Fossils, and Climate meet

Blog Post Categories

  • Biodiversity Conservation
  • Climate Change
  • Ecology
  • Economy & Society
  • Evolution
  • Medium Writing
  • Paleontology
  • Policy
  • Pollution
  • Purpose Lab
  • Science Outreach
  • STEM Careers
  • STEM Parenting
  • The Boosted Blog Method
  • Uncategorized

Missed Something?

Recent Posts

Illustration of Earth’s global temperature over the past 485 million years, based on Judd et al. (2024). A black line shows temperature changes with shaded uncertainty bands. A cartoon trilobite appears over the Paleozoic, a T. rex over the Mesozoic, and a girl pointing at the present day in the Cenozoic. Colored bars across the top indicate shifting climate states from cooler (blue tones) to warmer (red tones). The background shows a volcanic landscape, symbolizing geologic forces that influenced ancient climates
Climate Change · Ecology · Evolution · Paleontology
Why the Planet’s Past 485 Million Years Are a Climate Warning
Illustrated giant ground sloths and a tree sloth are superimposed over a scenic alpine lake surrounded by pine forests and rocky mountains under a blue sky. The image includes five sloth figures: one hanging from a tree branch and four on the ground in various poses. A ‘Climate Ages’ logo appears in the top left corner
Biodiversity Conservation · Climate Change · Evolution · Paleontology
35 Million Years of Sloths & How Giants Rose and Fell
Illustration of a cartoon boy kneeling with cupped hands under a dripping faucet, superimposed over a satellite image of South America, with the boy positioned over the Amazon region to symbolize reduced rainfall due to deforestation
Biodiversity Conservation · Climate Change · Policy
Why a 3.2% Tree Loss Caused a 5.4% Rainfall Collapse in the Amazon?
Photo of a glacier with jagged blue-white ice and dark rock in the background. Overlaid is an illustration of a thermometer reading “-1.5°C” in orange, with a question mark icon beside it—suggesting uncertainty about the safety of the 1.5°C climate target
Climate Change · Policy
1.5°C = Too Much? Why Scientists Are Now Eyeing a Cooler Target

climate_ages

Where Paleontology, Conservation, and Climate Meet
Founder of Climate Ages
& the Medium Publications Fossils et al. and STEM Parenting
I still remember watching the Deep Time exhibit co I still remember watching the Deep Time exhibit come to life at the Smithsonian. This story brought that same awe and urgency back. 🌍 Earth has been hot before. But never this fast. A new study reconstructs 485 million years of global temperatures and shows just how tightly CO₂ has always controlled the climate. It’s not just about the past. It’s a warning about our future. Read the full story in the link in bio
Your science is brilliant. But can a funder unders Your science is brilliant. But can a funder understand it? A murky grant proposal could cost you $1.2 million. A few years ago, I sat on a grant panel. Not as an applicant but as a reviewer. I was excited to see work in my field. But one proposal? I couldn’t get past the third sentence. It was technically solid. But the writing? Dense. Cold. Impersonal. No story. No purpose. No connection. Guess what happened? Another project, equally solid, got the funding. Why? Because it was clear. Compelling. Human. It made us CARE. That’s when it hit me: Explaining your research clearly is part of the research. Especially if you want it funded. Here’s what I’ve seen the best communicators do: - Stop translating. Start relating. - Lead with the why. - Tell stories, not stats. - Respect your audience’s smarts. - Speak to their world, not just yours. You don’t have to become a marketer. You just have to become understandable. So if you want your future to include more funding, more recognition, and more career impact... Start with how you tell your story. What’s been the hardest part of making your science clearer to others? I’d love to hear your experience below. Join 11,000+ others learning how to make science visible and fundable (link in bio)
If your research changes the world, but no one kno If your research changes the world, but no one knows… Don’t expect the funding to follow. I’ve reviewed grant proposals. I’ve helped teams design them. And I’ve watched funders go straight to Google to see who the lead is. No public presence? No clear story? No why behind the work? That proposal usually sinks. Even the best science can get overlooked if no one knows the person behind it, or why it matters. The truth is, I didn’t start social media to win grants. I started it to stay connected to science while figuring out my next step. But something shifted. The more I posted, the more people reached out: • Policy folks looking for accessible science • Grad students asking for guidance • Researchers wanting help communicating their work And more than once, someone said: “You’re exactly the kind of person we like to fund.” I wasn’t even applying. Here’s why communicating your science attracts funding: • Funders invest in people, not just projects • Visibility builds trust and authority • Stories create connection, and connection gets remembered • Impact isn’t just output, it’s outreach So ask yourself: 📢 If someone Googled you before funding your work, what would they find? If you’re ready to start showing up with purpose, I’d love for you to join 11,000+ others in the link in bio
I used to trick museum visitors with giant sloth p I used to trick museum visitors with giant sloth poop. Well, fossilized giant sloth poop. Did you know that some Giant Sloths looked like grizzlies? But 5x bigger. Here are 5 wild truths sloth fossils just revealed: - Sloths once roamed deserts, not just forests - Some dug caves and swam like manatees - The biggest weighed 4 tons (yes, like a car) - Climate shaped their size. Humans ended their reign - The only survivors? Small, slow tree dwellers—too hidden to hunt Their story is also ours: how climate and human change have shaped the past and will continue to shape the future. What do you think we’ve already lost… without noticing? Read the full story in the link in bio!
Follow on Instagram

Subscribe

Medium Linkedin Threads
  • Home
  • Blog
  • About
  • Newsletter
  • Privacy Policy

© 2025 Climate Ages

×

Join my Mail List!

Search