Hauk Family Cottage

04/10/2026

How sad. Let’s all do our part to help.

3 billion.

North America has lost 3 BILLION birds since 1970.

→ Published in Science (2019) — Rosenberg et al.
→ 29% of all birds GONE in 50 years
→ NOT just rare species — COMMON birds
→ Sparrows: -800 million
→ Warblers: -617 million
→ Blackbirds: -440 million
→ Finches: -240 million
→ Swallows: massive declines (barn swallow -46%)
→ Grassland birds: -700 million (worst hit biome)

The losses are ACROSS habitats:
→ Forests: -1 billion birds
→ Grasslands: -700 million
→ Shores/wetlands: -250 million
→ Desert: declining
→ Only waterfowl and raptors have INCREASED (targeted conservation works)

Why:
→ Habitat loss (especially grasslands converted to agriculture)
→ Cats (1.3-4.0 billion bird kills per year)
→ Window collisions (600 million per year)
→ Pesticides (insect food base collapsing)
→ Light pollution (disrupts migration)
→ Climate change (timing mismatches between food and breeding)

The hopeful part:
→ Waterfowl INCREASED because of targeted conservation (Ducks Unlimited, wetland restoration)
→ Raptors recovered because of DDT ban + legal protection
→ THIS PROVES conservation works — when we actually do it

7 easy things that help:
→ Make windows bird-safe (decals)
→ Keep cats indoors
→ Turn off lights during migration
→ Plant native
→ Avoid pesticides
→ Drink shade-grown coffee
→ Reduce, reuse, recycle

3 billion birds.

That's not a statistic.

That's the sound of your backyard getting quieter.

Every year. 📉
HASHTAGS:

03/14/2026

03/11/2026

Also known as ephemeral pools or seasonal pools. These temporary habitats are crucial for our amphibian friends. ,

02/19/2026

Hello, I'm the American Robin, and I'm not a sign of spring 🐦

I know, I know. Everyone says "the robins are back!"
But I never left.

- I've been here all winter
- Hiding in forests, eating berries
- Traveling in flocks of hundreds
- You just didn't see me at your feeder

HERE'S WHAT ACTUALLY HAPPENS:
- Winter: I flock in woods, eat berries, stay quiet
- Late February: Flocks break apart
- March: I return to YOUR YARD looking for worms
- You: "The robins are back! Spring is here!"

I didn't migrate to you.
I migrated to visible.

THE REAL SIGN:
It's not my presence — it's my SONG.
When I start singing "cheerily cheer-up cheerio" at dawn,
THAT'S when breeding season has begun.
THAT'S the sign of spring.

Right now, I'm transitioning.
From berry-eater to worm-hunter.
From flocking to territorial.
From quiet to LOUD.

You'll hear me soon.
4am, outside your window, singing like my life depends on it.
(Because it does. No song = no mate = no babies.)

I'm not a sign of spring.
I'm the SOUND of spring.
And I'm about to turn the volume up.

02/18/2026

Hello, I'm the Red-winged Blackbird, and I'm coming back 🔴🖤

You'll hear me before you see me.
"Conk-la-REE!"

I'm one of the first migrants to return.
Some of us are already here. More are coming every day.

- I left for the south in October
- I spent winter in massive flocks — millions of us together
- I started flying north in late January
- I'm arriving NOW to claim the best territories

Why so early:
The males who arrive first get the best marshes.
The best marshes attract the most females.
Early bird gets the harem. Literally.

WHAT MY ARRIVAL MEANS:
I'm the advance scout. When you hear "conk-la-REE!"...
→ Spring is 4-6 weeks away
→ Other migrants are following
→ Winter is losing its grip
→ The season is turning

I know it doesn't feel like spring yet.
The snow hasn't melted. The trees are still bare.

But I'm here.
And I wouldn't be here if spring wasn't coming.

Listen for me.
I'm the promise that winter ends.

02/18/2026

How Animals Know Spring Is Coming (Before We Do) 🌡️

They're not guessing. They're measuring.

📏 PHOTOPERIOD (Day Length):
This is the BIG ONE. Animals measure daylight with incredible precision.

- Songbirds: Pineal gland detects light through their SKULL
- Mammals: Eyes → hypothalamus → hormone cascade
- Accuracy: Within 15 minutes of daylight change

What it triggers:
- G***d development (breeding readiness)
- Migration urge
- Coat color changes
- Territorial behavior

🌡️ TEMPERATURE (Secondary cue):
Temperature confirms what day length suggests.

- Insects: Degree-days accumulation (total warmth received)
- Reptiles: Soil temperature for emergence
- Plants: Required cold hours, then warming

⬇️ BAROMETRIC PRESSURE:
Animals feel weather changes before they happen.

- Birds: Air sacs detect pressure drops
- Mammals: Inner ear sensitivity
- Migration timing: Often follows pressure systems

🧭 MAGNETIC FIELDS:
Spring migration uses Earth's magnetic field.

- Birds have magnetite crystals in beaks/brains
- Some see magnetic fields overlaid on vision
- Combined with star patterns for navigation

They're not waiting for March 1st or March 20th.
They're reading signals we've forgotten how to notice.

02/12/2026

❄️ Wildlife Wednesday | February ❄️
The Canada Lynx is built for winter: big paws, thick fur, and stealthy moves through deep snow 🐾

You may never see one, but their tracks tell a story of balance, patience, and survival in Ontario’s winter landscapes. A reminder that even in the quietest months, wildlife is thriving all around us.

🌿 Respect wildlife. Observe from a distance.

02/09/2026

02/07/2026

Once again the animals outsmart the humans on how to create pristine habitat. Beavers restore rivers! 🦫

02/06/2026

02/04/2026

A 2025 monitoring report from Michoacán delivered rare good news for one of North America’s most iconic species. Researchers documented a significant rebound in Monarch butterfly populations, noting that numbers had doubled compared to the previous annual count. It represents one of the most meaningful positive shifts seen in recent years after decades of concern about steep declines.

Scientists attribute this recovery to a combination of sustained conservation efforts across the monarch’s migratory range. Habitat restoration projects, reduced pesticide use in critical regions, and coordinated international policies aimed at protecting migration corridors have all played a role. Because monarchs travel thousands of miles between breeding and overwintering grounds, disruptions at any point along the route can threaten the entire population.

Field surveys conducted at overwintering sites showed denser clustering within protected forest sanctuaries than in prior seasons. Favorable weather conditions, along with greater availability of milkweed and nectar plants, helped create more stable environments for both breeding and long-distance travel. These ecological improvements offered the butterflies a stronger foundation throughout their lifecycle.

The progress reflects years of collaboration among conservation groups in Mexico, the United States, and Canada. Cross-border initiatives have focused on community engagement, education, habitat protection, and long-term ecological monitoring to track population trends over time.

The 2025 report stands as a measurable sign that coordinated environmental action can work. While challenges remain, the resurgence of monarch butterflies shows that consistent, science-based conservation can lead to real recovery—and that shared responsibility across borders can help restore balance to fragile ecosystems.