The Mary Christopher Podcast

Great Question !!!

We Care about Creation because all our Fresh Air, Water, and Food, including our fruits and vegetables, come from Creation!  Fortunately for us, Creation is always doing its best to provide Fresh Air, Water, and Food!  Everyday, Green Leaves and Green Grasses are continually absorbing CO2 (carbon dioxide) and generating clean, fresh Oxygen for US!  We could call that the Daily Miracle of Photosynthesis!

There is a continual weather cycle that can produce the rain and moisture we need for humans, animals, our forests, and our crops.  At the same time, every day we are spending millions and millions of dollars purifying the water we have already used.  I have a good friend who worked in a city water treatment plant for more than 20 years!  He told me it took time to adjust to the “toxicity” in the plant, especially when they were scrubbing down the tanks with strong chemicals.  He said some guys got sick and had to transfer to a desk position!

For years, especially since the Industrial Revolution, human beings have been adding more and more toxins to our environment.  We use toxic herbicides and pesticides everywhere all the time without much thought about the impact of those toxic chemicals.  People used to wash their fruit and vegetables to remove dust or dirt particles that came from their garden.  Now we wash our fruits and vegetables with other “special chemicals” to remove toxins from the outside before we cook.  Of course, this does not remove any toxins that have been absorbed by the fruit or vegetable.  Now, we look for “organic” fruits and vegetables and hope for the best.

My son, who lives in Georgia, is a Gardener.  He grows vegetables, only from Heirloom seeds.  And, he saves the seed from the vegetables that did well.  During spring and early summer, we discuss pollinators, soil quality, compost, how and when to plant, as well as last year’s crops.  We also talk about bugs and birds, which are common topics for gardeners.  And, we often trade photos of our favorite Bugs, Butterflies, Lizards, and Frogs!  You may not be a “Frog Fan”, but we can probably agree that the beauty, variety, and complexity of Nature is Amazing!

I am always fascinated by the seemingly endless shades of Green that we see in Spring.  And, I love to look for the first blooms of plants with all their shapes and shades of color.  Creation has amazing variety and, at the same time, it has tremendous stability and resilience.  We can learn about stability, being grounded, and understanding resilience just by gardening or spending quality time in the woods.  And, we can always benefit by breathing that soft, freshly minted air from Trees.  We are Blessed in so many ways by the amazing Beauty, and Variety, and Radiance that surrounds us in Nature!

During this season of Gratitude, take some time to be with Creation, to feel the fresh air, listen to birds calling to each other, or watch squirrels playing in the trees.  Being a Human Being, living on Planet Earth is a rare opportunity to experience beauty, resilience, amazing patterns like the Fibonacci Series, and the magic sounds of rain on the porch.  If we slow down, just a bit, we will be refreshed and renewed by Nature, a Blessing in Time and Space, directly from our Creator! 

Most of us remember seeing Dragonflies when we were growing up.  I grew up in SW Oklahoma, and I don’t recall seeing very many of them along the creek or by the stock tanks.  However, whenever we visited my aunt and uncle, who lived on a farm in the middle of Virginia, I saw plenty of them!  And, I was fascinated!  

There was a lovely creek that ran through the property, about a mile from the house.  I spent hours at that creek, playing in the water, looking for small fish (it was a small creek) frogs, and turtles.  The creek was a clear-running stream with a sandy bottom and assorted rounded rocks.  It was lined with trees, so it was the perfect place to hang out on hot days in the summer.

I remember watching the Dragonflies zooming along the creek, sometimes just inches above the water.  There weren’t many mosquitoes, flies or small biting insects there.  The main entertainment was the gently flowing creek and the darting Dragonflies.  At the time, I didn’t know the Dragonflies were the main reason there weren’t many flies or mosquitoes, or midges.  The voracious Dragonflies were keeping the creek free of tiny stinging or biting insects.

Because their 4 wings are engineered to move independently, and their multi-faceted eyes, covering more than half their face, Dragonflies are amazingly accurate hunters.  They easily detect small flying insects, even against complicated natural backgrounds.  And, they have the speed and agility to catch them in mid-air.  Truly amazing engineering … !!!

In addition to their hunting skills, the presence of Dragonflies tells us that any nearby water sources are healthy and not contaminated with pesticides, all of which kill insects!!!  When we see Dragonflies, we know any water source in the immediate area is not poisoned!

The following is research on Dragonflies done during the past 3 years, along with the sources.  I hope all this research inspires all of us to give up pesticides and allow Nature to rebuild the natural balance that can make us all healthier!

Dragonflies are among the most efficient predators ever studied. Field and lab work summarized by UC Davis biologists in 2023 reports that dragonflies often capture up to 95% of the prey they pursue—an astonishing success rate achieved with predictive “intercept” flight and panoramic vision. Those feats aren’t just athletic showpieces; they translate into real, daily removal of flying insects from the surrounding air. biology.ucdavis.edu

Crucially for public health and comfort, a 2023 meta-analysis in Journal of Animal Ecology pooled experiments across species and habitats and found strong evidence that dragonflies and damselflies reduce mosquito abundance, validating their role as biological control agents under the right habitat conditions. Effects were strongest where aquatic nurseries (for nymphs) and foraging corridors (for adults) were conserved or restored. besjournals.onlinelibrary.wiley.com+1

Dragonfly life cycles amplify their impact on pest insects. For months (sometimes years), aquatic nymphs hunt mosquito larvae, midges, and other invertebrates among pond plants and leaf litter; after emergence, adults take over the aerial hunt. Studies in working landscapes show this matters beyond backyard comfort. For example, 2025 research from the University of Maryland reports that well-designed farm ponds can support robust dragonfly communities that exhibit behaviors consistent with conservation biological control—useful for reducing biting flies around cattle without more chemicals. Department of Entomology

Urban ecology is catching up, too. A 2024 open-access study tracking odonates across stormwater pond networks found that connectivity among ponds boosts dragonfly occupancy, suggesting that thoughtful placement of small water bodies in cities can strengthen natural pest control at a neighborhood level. PMC

Because dragonflies split their lives between water and air, they integrate signals from aquatic and riparian habitats. New studies reaffirm their value as bioindicators:

In plain terms: when dragonflies thrive, your creek or pond is likely oxygen-rich, structurally diverse, and less polluted; when they vanish, something is off in the water—or on the banks.

As we move through Fall to Winter and the temperatures continue to drop in north central Georgia, our backyard and woodland feathered neighbors will have a difficult time finding enough to eat.  We know part of the reason is the continued loss of habitat, along with fewer reliable seed sources.  Birds are hgh energy and need access to reliable sources of healthy seeds, possibly fall or winter berries, fresh water, and, if possible, suet.  

We can easily improve the odds of survival for all our feathered friends with just a few additions to our yards.  Even one or two hanging bird feeders with nutritious seeds, a source of clean water, and a suet hanger will go a long way to improving their odds of survival.  And, we will have hours of entertainment by just looking out our window to see who dropped by for a healthy meal. 

A scientific look at what’s happening in the U.S.   And, why it matters for farms, beekeepers, and all of us who Care about Creation.

Across the United States, we’ve been losing birds—quietly, steadily, and in very large numbers. The best nationwide studies show that North America has lost about 3 billion birds since 1970. That big number comes from radar, long-running bird counts, and other careful science. It’s sobering, but it also gives us a clear signal: when birds disappear, it usually means the whole web of life—the insects, wildflowers, soils, and streams that support them—is coming apart. That’s what scientists mean by declining biodiversity. Science+1

In the past 12 years, newer “state of the birds” checkups and federal science updates have confirmed that the slide is still happening. Grassland and arid-land birds—think of meadowlarks, bobolinks, and other open-country species—are among the hardest hit, with losses above 40% since 1970 and continuing declines reported in 2025. Audubon+2NABCI+2

Below is a simple walk-through of what’s driving the drop, why it signals a wider loss of life, and how it connects to farming, beekeeping, and pollinators.

Birds are messengers. When they vanish, it tells us that the whole living community is under stress: native plants are fewer; insect life is thinner; soils are less healthy; water is more polluted; and the timing of seasons is off-kilter. Global biodiversity reviews over the past decade warn that nature’s “everyday services”—pollination, pest control, clean water—are being eroded. Birds sit right in the middle of those services, and their decline is a red flag that the system is fraying. IPBES+1

Think of a meadow in June. If the wildflowers are sparse and the insect chorus is quiet, swallows and bluebirds won’t find enough to eat. Fewer birds means more crop pests survive, which can push farms toward still more pesticides—creating a loop that hurts the wider community of life. That’s biodiversity loss in everyday terms: fewer kinds of plants and animals, fewer helpful relationships, and a weaker, more brittle system.

Birds are natural pest control.

When Birds decline, pesticide use spirals upward.

When I try to imagine a greener and healthier world, I usually think of Roots & Shoots ~ Jane Goodall’s inspired youth movement, growing hope from local to global.  In the early 1990s, Jane Goodall quietly planted this idea.  Today it is growing in dozens of countries, with thousands of groups and tens of thousands of young people working in small groups with heart, courage, and creativity.  They are dedicated to making this Amazing Earth a better place for all Creatures Great and Small, including Human Beings!

Roots & Shoots began in 1991, on Dr. Goodall’s porch in Dar es Salaam, Tanzania. She had been speaking at local schools, and a group of 12 teenagers, selected by their classmates, came to her with their concerns. Their primary concerns were deforestation, water quality, and wildlife decline in their neighborhood.  Instead of offering solutions herself, Jane asked them: What do you think you can do? 

Together they developed a simple three-part mission: help people, help animals, help the environment. That small gathering became the first Roots & Shoots group.Roots & Shoots ~ The Jane Goodall Institute USA and Global

From that first meeting, the Jane Goodall Institute nurtured the idea, sharing stories, studies, and encouragement,  the movement grew and spread.  Since 1991, local youth groups, school chapters, and community clubs in many countries adopted this model.  Young people obseerved their surroundings, identified a problem, took action, and celebrated their accomplishments together!   Children, Nature and Responsibility

Roots & Shoots is not centralized in the usual way of authority.  Instead it offers a flexible, but resilient form and support so that youth-led groups can bloom locally, while connecting with each other around the world.

Because groups are relatively autonomous, the program’s strength lies in its flexibility and adaptability.  Young People choose issues that matter to them locally,  and at the same time remain connected to a global network of encouragement, shared stories, and occasional collaborative campaigns (such as ForeverWild, tackling wildlife trafficking).                         Collaborative Campaigns

Because Roots & Shoots does not actively publish up-to-date, verified membership counts in its public materials, it is difficult to find reliable regional numbers.  The numbers listed below are estimates.

One of the most beautiful things about Roots & Shoots is seeing the concrete, imaginative ways youth take action in their own contexts. Here are three examples, each one drawn from Europe, Africa, and North America:

Africa

For instance, in 2022, the U.S. Roots & Shoots program highlighted projects ranging from native pollinator oases to hydroponic garden initiatives as part of its youth portfolio.

These Young People and their Programs are building a Better World, all around the World!  This is the Future!  The more we find ways to support Young People, their efforts, and aspirations, we are helping to create a better world, step by step.  Every effort counts and makes a difference in ways we can only imagine.

by Mary Christopher, Caring for Creation Series

Jane Goodall was born, April 3, 1934, in London, England, and grew up by the seaside in Bournemouth with her parents and younger sister, Judy.  Jane loved animals.  She spent hours watching birds and insects in the countryside with the family’s dog, Rusty.  At an early age, Jane had the ability and patience to sit quietly and watch insects, birds, and other small creatures for long periods.  She already had an amazing ability to focus and concentrate, which was unusual for such a young person. 

One of her favorite toys was a stuffed chimpanzee named Jubilee, a gift from her father when she was one year old.  According to her friends, Jubilee lived in her bedroom in her house in England after it was too tattered to travel with Jane.  By all reports, Jubilee was still there, with Jane all her life! 

Jane’s mother, Vanne, played a huge role in helping her follow her dreams.  When other adults laughed at Jane’s ideas about traveling and studying animals, her mother encouraged her.  She told her to stay curious and never give up.  She also encouraged Jane to read about far-off places.  She helped Jane keep exploring the world around her.  

One time, when she was very young, Jane had found worms in the garden, brought them inside, and wanted to sleep with them in her bed.  Fortunately, Jane's mother was very patient and understanding.  She explained to Jane that "her worms" would not do well living inside.  They needed their home in the garden.  Then Jane's very patient mother helped Jane take the dirt, with the worms, back to the garden.  She didn't scold Jane or fuss about the dirt.  She must have been a very patient mother!  

Jane also loved books like Tarzan of the Apes and Dr. Dolittle.  These stories filled Jane’s imagination with dreams of living in Africa and studying animals up close, in their native habitat.

When Jane finished school, she worked as a secretary and film assistant to save enough money for a trip to Africa.  In 1957, when she was 23, she took a big step, traveling by ship on the Kenya Castle to visit a friend in Nairobi, Kenya.  While she was in Kenya, she met Dr. Louis Leakey, a famous scientist who studied ancient human fossils.

Louis was a Kenyan-British palaeoanthropologist and archaeologist whose work was to show that humans evolved in Africa.  He and his wife were able to show this, particularly through discoveries made at Olduvai Gorge by his wife, fellow palaeoanthropologist Mary Leakey. 

They saw something special in Jane - her patience, her sharp eye, and love for animals - and Louis invited her to help with his research.  After working with the Leakey's for several years, he sent Jane to study chimpanzees at Gombe Stream Reserve in what was then Tanganyika (now Tanzania).  In July 1960, it wasn’t considered proper for a young woman to go alone into the jungle, so her mother, Vanne, came with her for the first few months.  Together, they set up a small camp near Lake Tanganyika, and Jane began her career!

Jane’s first days in the jungle were full of wonder and often challenges. The forest was alive with the sounds of birds and insects, but the chimpanzees were shy and often ran away when she came near.  So, Jane would sit quietly for hours, watching from a distance.  Her patience paid off when one chimp, named David Greybeard, began to trust her.  One day, Jane watched as he picked up a twig, stripped off the bark, and poked it down a Termite mound to catch termites for a snack.  

This behaviour had never been seen before by scientists!  Using a twig as a tool to catch termites was a revelation to the scientific community and began to change scientists' ideas about the intelligence and creativity of chimpanzees.  This behavior had never been seen before in wild animals!

That moment changed the world’s understanding of animals and made Jane Goodall a pioneer in wildlife research.  And, it all began with a little girl who loved animals, a mother who believed in her, and a dream that carried her all the way from England to the heart of Africa.

Jane Goodall continued her work, observing Nature, writing, speaking on behalf of many places and many species.  She and the young people who worked with her in Kenya, founded Roots and Shoots, an International Youth Program dedicated to "caring for creation"!  The Mission of Roots and Shoots is to empower young people to effect positive change in their communities.  Young People can help build a better tomorrow!  It starts right here, right now! 

Despite their strength and beauty, hummingbirds face enormous challenges. They live close to the edge of survival every day. Their small size means they need constant food, water, and safe shelter. Even a short shortage of nectar or insects can be devastating.

When it’s time to migrate, many species undertake journeys of thousands of miles. The Ruby-throated Hummingbird, common in the eastern United States, flies across the Gulf of Mexico in a single nonstop flight—500 miles over open water! Black-chinned and Rufous Hummingbirds travel through the western states and down into Mexico. These incredible journeys demand immense energy and luck.

Hummingbird mothers face predation, storms, habitat loss, and the daily stress of finding enough food while caring for helpless chicks. A nest shaken by wind or destroyed by human activity may end an entire brood.

Climate change disrupts blooming cycles, so nectar may not be available when hummingbirds need it most. Pesticides reduce insect populations, which are vital for protein-rich food. Urban sprawl and deforestation remove the trees and shrubs they rely on for nesting.

The good news is that every one of us can make a difference for hummingbirds. Here are some ways to help them thrive this fall and winter:

Plant native flowers that bloom at different times of year, ensuring a steady nectar supply.

Avoid pesticides and herbicides, which kill insects and poison the food web.

Put out clean feeders filled with simple sugar water (1 part sugar to 4 parts water, no dye). Change it every few days.

Provide water sources, such as shallow fountains or misters, for bathing and drinking.

Protect habitat, leaving small shrubs, trees, and native growth for nesting.

When we help hummingbirds, we also help bees, butterflies, and countless other species. And in turn, we help ourselves—ensuring that pollination continues, gardens flourish, and ecosystems remain strong.

These remarkable birds remind us that even in the smallest wings beats the heartbeat of Creation. Our care, our gardens, and our choices this fall and winter can give hummingbirds the chance not just to survive, but to flourish for generations to come.

Mary Christopher shares the gifts of mindfulness and simple spiritual practices, guiding others through one-on-one coaching and heart-centered awareness.

She is the host of Caring for Creation podcast. Each episode opens a window into the Wonder of Earth and the deepening of our own spiritual awareness.

Hummingbirds are among the most unique and fascinating creatures in the natural world. Weighing less than a nickel, they are built for aerial mastery. Unlike most birds, hummingbirds can fly forward, backward, sideways, and even upside down for short moments. But perhaps their most extraordinary talent is hovering. Their wings beat an astonishing 50–80 times per second, allowing them to remain suspended in midair while sipping nectar from flowers. No other birds in the world can hover with such precision.

While we admire their beauty and dazzling colors, hummingbirds play a role far greater than their size suggests. As they visit flower after flower, their heads and beaks collect pollen and transfer it to other blossoms. This makes them vital pollinators—right alongside bees and butterflies. Their work ensures that countless plants can reproduce, which in turn provides food and shelter for other wildlife.

Without pollinators like hummingbirds, biodiversity would quickly collapse. Many of the fruits and flowers we enjoy depend on them. That means our survival as humans is closely tied to these little birds, even if we don’t always realize it.

To power their nonstop energy, hummingbirds need to eat almost constantly. A single bird may visit hundreds of flowers a day, drinking nectar and catching tiny insects. Their hearts can beat over 1,200 times per minute when in flight! This high metabolism links them directly to the health of their ecosystems. If native plants disappear, hummingbirds lose their food, and the whole web of life begins to unravel.

When hummingbirds thrive, so do the plants, insects, and landscapes they help sustain. A patch of native flowers in your backyard becomes part of a vast network supporting biodiversity. It means more beauty, more food security, and more resilience against climate change. In their shimmering wings, hummingbirds carry a message: every creature has a purpose, and even the smallest beings keep Creation flourishing.

Ruby-throated Hummingbirds are the primary species moving through Georgia in late summer and fall. Adult males are first to leave—most by late August—followed by females and juveniles; by October, the vast majority have moved on toward Mexico and Central America.

Georgia also enjoys a “second hummingbird season” as western species (especially Rufous) show up between roughly November–February. Leaving at least one feeder up all winter greatly improves your chances of hosting these visitors.

Late July–mid-August: First southbound adult males appear; feeder traffic builds.

Late August–mid-September: Peak movement; birds tank up before long flights.

Late September–early October: Numbers taper; stragglers pass through.

Mid-November–February: “Second season”—sporadic western winter hummingbirds (most often Rufous). Keep one feeder up.

Tropical systems & strong fronts in Aug–Oct can blow migrants off course or halt feeding.

Habitat gaps where flowers are scarce late in the season.

Pesticides that reduce insects (protein) and contaminate nectar sources.

Window collisions & nighttime lighting around homes and buildings.

Feeder competition from bees/wasps and dominant birds.

Keep at least one feeder up year-round; you won’t delay migration (it’s day-length driven). Use 1 part white sugar to 4 parts water; no dyes; clean weekly.

Plant late-season native flowers with tubular blooms (e.g., salvias, cardinal flower, trumpet honeysuckle, jewelweed).

Make windows safer (exterior dots/film ~2 inches apart) and dim outdoor lighting during peak migration.

Avoid pesticides; offer a shallow water feature with moving water.

Space multiple feeders apart to reduce aggression; use feeders with bee/wasp guards.

In Oklahoma, Ruby-throated Hummingbirds are common migrants statewide (especially east), Black-chinned are regular in parts of the west/central, and Rufous pass through in smaller numbers. In fall, adult males usually depart first and may be gone by September; females and young mostly clear out by mid-October (with a few stragglers). The state wildlife agency recommends leaving feeders out until about Nov 1 (or three weeks after your last sighting).

Late July–August: Early southbound birds; some Rufous appear.

Late August–mid-September: Peak passage; adult males thin out first.

Late September–mid-October: Mostly females/juveniles; numbers taper.

Late October–early November: Final stragglers; keep feeders available through ~Nov 1.

Late-summer heat and drought reducing nectar availability.

Windy fronts & storms during peak migration.

Habitat loss/fragmentation limiting stopover flowers.

Window collisions & bright night lighting near towns.

Feeder crowding/competition in dry years.

Feeders: Keep them up into late fall; 1:4 sugar:water, no dye; clean and refill weekly. Space several small feeders apart to reduce aggression; consider models with bee/wasp guards.

Plant drought-tough natives that bloom August–October (tubular salvias, agastaches, trumpet vine, cardinal flower along creeks).

Make windows safer with exterior patterns/tape; reduce outdoor lighting during migration.

Skip pesticides; provide clean water (misters/drippers are great).

Ruby-throated Hummingbird – Winters mainly from southern Mexico through Central America to Panama; some individuals linger along the Gulf Coast and southern Atlantic coast/Florida. Help: Keep clean feeders available in Gulf/SE coastal areas; offer sheltered flowering shrubs and safe windows/lights.

Black-chinned Hummingbird – Mostly winters in western Mexico; more birds than once thought pass through the Southeast and some winter along the Gulf Coast. Help: Winter feeders and late-blooming natives in TX/LA Gulf region; window-safe homes.

Rufous Hummingbird – Winters chiefly in Mexico (western highlands), with increasing numbers wintering on the Gulf Coast; shows up in the Southeast in winter more than any other western hummer. Help: Maintain at least one feeder Nov–Feb in GA/AL/FL Panhandle and Gulf Coast gardens; protect from cold snaps (swap feeders before dawn if nectar could freeze).

Anna’s Hummingbird – Largely resident year-round along the Pacific Coast (some overwinter as far north as British Columbia). Help: Reliable winter feeders and winter-blooming shrubs in West-Coast yards; make windows bird-safe.

Calliope Hummingbird – Winters in pine-oak forests of Mexico. Help: Winter gardens in Mexico/SW with flowering shrubs; in the U.S., provide clean feeders for rare winterers.

Broad-tailed Hummingbird – Winters throughout highlands of Mexico. Help: Preserve/plant nectar plants in Mexican highlands and SW U.S. stopovers; avoid pesticides.

Buff-bellied Hummingbird – Resident in NE Mexico and South Texas; some move north to winter along the central Gulf Coast (especially Louisiana). Help: Keep winter feeders in South TX/LA; native evergreens and wind-breaks for shelter.

Allen’s Hummingbird – West-coast breeder; the migratory population winters mostly in central Mexico (some coastal CA populations are resident). Help: West-coast winter gardens with nectar plants; maintain clean feeders.

Mix 1 cup white sugar + 4 cups water, no dyes. Clean and refill at least weekly (every 2–3 days in hot weather). Place feeders near cover but out of strong sun; keep several small feeders spaced apart to reduce territorial fights.

Fall migration of birds and butterflies begins as monarchs, warblers, hummingbirds, and many other species journey southward from Canada and the northern states through Georgia, heading toward Florida, Mexico, and beyond.

Monarch butterflies begin their southward migration starting in September and October, with many arriving in coastal Georgia by November National Park Service+1.

Bird migration in Georgia typically spans from early September through October dashboard.birdcast.info+3dashboard.birdcast.info+3BWD Magazine+3.

Ruby-throated hummingbirds and others start migrating in late summer (August–September) and may continue into late October Instagram+15Real Simple+15BWD Magazine+15.

Monarch butterflies

Ruby-throated hummingbirds

Warblers (e.g., Blackpoll, Cape May, Tennessee, Bay-breasted)

Hawks and falcons (e.g., broad-winged hawks, kestrel, merlin, peregrine)

Shorebirds and songbirds, including swallows and sparrows National Park Service+1BWD Magazine.

Habitat loss and deforestation reduce vital stopover and refueling sites, increasing mortality Facebook+10Wikipedia+10Wikipedia+10.

Weather events, such as storms, can lead to bird fallout, where exhausted birds are forced to land en masse, often ill-prepared Wikipedia+1.

Light pollution, especially at night, can disorient birds, causing collisions or delayed migration.

Plant native nectar and milkweed species to support monarch butterflies and other pollinators.

Maintain hummingbird feeders, especially during August to October Audubon+6Real Simple+6Georgia Wildlife+6.

Illuminate whether it's safe to turn off or dim outdoor lights during peak migration nights to reduce disorienting birds.

Support habitat conservation groups and join initiatives like Georgia's Fall Flyway Festival promoting native plant landscaping Birds Georgia+1.

Every autumn, billions of birds and monarch butterflies migrate south from Canada and northern U.S. through Oklahoma, continuing toward Gulf Coast wintering habitats and Mexico.

Bird migration in Oklahoma is active from early September through October, aligning with continental patterns tulsaaudubon.org+1dashboard.birdcast.info+1.

The BirdCast dashboard recorded over 24 million birds in flight through Oklahoma on August 31, 2025, with peak activity around 9:20 pm CDT dashboard.birdcast.info+2dashboard.birdcast.info+2.

Monarch butterflies, migrating southward through Oklahoma en route to Mexico Wikipediamonarchwatch.org.

Waterfowl (dabbling ducks, snow geese), wading birds, and shorebirds passing through refuges and wetlands Audubon+1.

Raptors and other land birds using the Central Flyway.

Road mortality and collisions are a significant threat; monarchs and birds may collide with vehicles Birds Georgia+3Oklahoma Wildlife Department+3Travel Oklahoma+3.

Habitat loss and fragmentation in the southern Great Plains affect stopover quality Wikipedia.

Climate change may shift timing and resource availability, stressing migrants.

Plant milkweed and native nectar plants along migration routes to support monarchs Birds Georgia.

Support wildlife refuges and stopover sites by participating in citizen science or donating.

Reduce vehicle speeds in rural and refuge areas during peak migration times.

Report sightings to platforms like Hummingbird Central or contribute data to the BirdCast dashboard.