Because you could probably do with a break from news scrolling right about now, we’re offering you and your little ones a free e-book—a hopeful tale with a guaranteed happy ending.
Wherever you are in the world, whatever your preferred gadget, on Tuesday, October 27 (starting at 12am PST), log in to Amazon.com to download The Smile Machine on us.
All treat—no tricks.
Have a boo-tiful Halloween!
XO – FWP
From October, by Robert Walser:
…you walk across
a meadow and then enter the forest,
which is so bright and sunny,
it makes you happy, and quiet
and louder and clearer thoughts
pass through your soul.
Isn’t something spirited, soulful
walking around in this peaceful realm?
I’ve always been calm in autumn,
believed in it, like a symbol of luck,
and looked up at the sky with extreme
joy and all around at life
that then seemed almost exalted…
2-minute read
These are tough times for sea turtles. For over 100 million years, the armored reptiles (Chelonians) have peacefully paddled the Earth’s oceans, but due to overharvesting, loss of nesting habitat, and chronic egg collecting and trafficking, six out of seven species are currently listed as threatened or endangered.
In addition to being valued for their obvious sea creature charisma, turtles play a vital role in the health of undersea ecosystems, helping to bolster coastal economies around the world. Because demand for turtle products is at an all-time high, the marine megafauna is at extreme risk of becoming extinct in the wild, and conservationists are racing to develop advanced tracking systems to help keep closer tabs on eggs, turtles—and traffickers.
Satellite monitoring of sea turtles in aid of conservation began 25 years ago. With advancements in the miniaturization of tracking tags and improvements in bandwidth, transmission, and data analysis, GPS technology has come of age, and scientists can monitor all seven species in oceans globally. A small tracking device, easily attached to a turtle’s shell, can capture information about the animal and its environment, including how it navigates the oceans, where it feeds and nests, how many clutches of eggs it lays, down to the granular level of describing flipper beats and daily dives. Changes in signal speed or movement can also indicate that a turtle has been fished or captured and taken ashore.
Pinpointing the location of adult turtles and nesting sites is a fundamental aspect of conservation. Protecting sea turtle eggs from the devastating impacts of poachers is also essential to the species’ long term survival. To help ensure the tiny reptiles get the chance to crack out of their shells and trundle to the sea, the ingenious scientists at Paso Pacifico have taken egg monitoring to the next level with the creation of InvestEGGator. Designed to document the movement of illegally harvested sea turtle eggs, the 3-D printed wildlife tracker employs web-based smart-phone applications to covertly trace poachers. The plastic devices replicate olive ridley turtle eggs in size, shape, texture, and weight and can be hidden in turtle nests and remotely monitored in real-time to deter poachers and reduce illegal trade. Turtley egg-citing!
Whether olive ridley, Kemp’s ridley, leatherback, or hawksbill, sea turtles need safe operating space to survive on land and in our oceans. By mapping and monitoring adults, eggs, and nesting sites, working with local communities to promote conservation, and strengthening enforcement of anti-poaching laws, conservationists aim to keep sea turtles right where they belong—paddling around the big deep blue. If you’d like to learn more about mission-critical efforts to save sea turtles from extinction, check out what’s happening at the World Wildlife Fund.
1-minute read
For the small remaining population of New Guinea singing dogs (Canis hallstromi), the recent news that their clan is no longer classified as extinct in the wild was surely music to their petal-shaped ears. At one time, the melancholy howls of the extraordinarily shy canines could be heard at dusk and dawn throughout the mountain ranges of New Guinea. Unfortunately, for the past 50 years, their haunting vocalizations have only been heard in captivity. Declared extinct in the 1970s as a result of habitat loss, it was believed that only 200-300 descendants of eight captured wild dogs were left on the planet.
Now the rare animals may get a new lease on life in the wilderness thanks in part to the distinctive sound of their howling. According to researchers, New Guinea singing dogs (NGSDs) are the only wild dogs adept at bird-like trilling—a rapid change in pitch from high to low and back again emitted at five to eight different frequencies that is unmistakably different from the vocalizations of wolves, coyotes, and dingoes. Typically, a lead dog starts the chorus, and other canine songsters quickly chime in with well-synchronized howls that stop simultaneously. It was this unique capability for harmonic vocalizing along with genome analysis that helped an expedition from the University of Papua to identify an isolated group of wild dogs in the highlands of New Guinea as ancestors of the NGSD family of highly skilled howlers.
With more than 32,000 species currently at risk of extinction, the discovery that the NGSDs living in captivity are not the end of their line is encouraging news—dogs not gone after all. That’s truly something to howl about!
Conservationists hope that by diversifying the animal’s genetic pool, they will be able to increase the population of NGSDs freely roaming the mountains of Papua singing their ancient and beautiful song of the wild.
You can learn more about the history and hopeful future of the singing dogs of New Guinea from the New Guinea Highland Wild Dog Foundation.
2-minute read
Humans are innately skilled at choosing the right object for the task at hand. We’re able to comprehend that using a banana to hammer a nail or a colander to serve coffee won’t end in a good result. Primates are also capable of using objects as tools, but how do they decide which object will help to achieve their goal? What do they understand about how the world works?
Harvard scientists researching the evolution of knowledge in New World primates studied cotton-top tamarins (Saguinus oedipus) in captivity to determine how they perceive what makes an object useful as a tool to acquire food. Presented with the challenge of obtaining a food pellet using one of two hooks, the tamarins consistently chose the one that would provide the easiest access with as little modification as possible. The primates perceived that a change in a hook’s color and texture was irrelevant to the task, but a change in size or shape could mean the difference between snack versus no snack. The tamarins seemed to understand which object worked best as a tool and which design features affected functionality. Clever cotton-tops!
Scientists believe that tool use is more likely to emerge in primate species like tamarins that rely on embedded food sources to survive. While the Harvard study provided new insight into tamarin tool use for snack acquisition in captivity, understanding how the animals obtain food in their natural habitat is critical to their conservation in a world undergoing rapid environmental change.
In July 2020, researchers observing primates in São Paulo, Brazil published the first record of spontaneous tool use in the wild by a member of one of the most endangered primate species on the planet—the black lion tamarin (Leontopithecus chrysopygus). The squirrel-sized, luxuriously maned tamarins live in Morro do Diabo State Park in the coastal Atlantic Forest and depend on a diet of tree gum, fruit, and protein-rich insects. According to the new research, like its captive cotton-top cousins, the black lion tamarin seemed to instinctively know which object worked best to extract food, using a small sharp stick to harvest bugs from hard-to-reach places under tree bark. That’s pretty impressive, given that the mini-monkeys don’t have opposable thumbs!
Despite their penchant for problem-solving, tamarins can’t prevent the ongoing loss of their rainforest habitat. Threatened by the double-whammy of deforestation and climate change, the black lion tamarin was believed to be extinct until 1972. There are now only about 1000 of the rare animals left. The Atlantic Forest, where black lion tamarins make their home alongside 21 other primate species, 260 amphibians, 138 mammals, and 6000 plant species, is one of the most biodiverse ecosystems on our planet, but only 7% remains. Although the Atlantic Forest has been designated as one of the critical regions on Earth by the World Wildlife Fund and is listed as a World Heritage Site, it is still under threat.
You can learn about efforts to save the Atlantic Forest and all of its inhabitants from WWF. And if you’re especially interested in primates, you can get more info about the masterful monkey ways of cotton-top and black lion tamarins, as well as other highly intelligent species from the New England Primate Conservancy.
Oh, and don’t forget to participate in the annual celebration of successful food acquisition in the wild—Fat Bear Week. You can cast your vote for the best representative of brown bear plumpitude through October 6.
1.5-minute read
When it comes to achieving a serious level of avian chill, according to research from the University of New Mexico, South American hummingbirds are in a league of their own. These mini masters of hovering flight can significantly lower their overnight body temperature and rate of metabolism to ensure they live to fly another day. This short, inactive state, referred to as torpor in biology lingo, is similar to a very compressed period of hibernation. For hummingbirds that live in cold, high-elevation habitats, having the ability to enter a state of deep torpor is essential to their survival.
Researchers studying torpor as an adaptation to extreme environments in six species of tropical hummingbirds native to the Andes recently recorded the lowest body temperature to date amongst birds—3.26 °C in the black metaltail, aka Mettalura phoebe. By comparison, the body temperature of animals that hibernate for many days or weeks, like bears, groundhogs, and hedgehogs, drops to about 5 °C.
So why have these zippy, little nectar sippers developed such an exceptional chill skill? For an animal that weighs between 2 and 4 grams and has the highest mass-specific metabolic rate of any vertebrate, surviving in a cold, wet, low-oxygen environment is no small feat. To maintain its body mass, a hummingbird’s daily intake of nectar can exceed its total weight. According to the National Park Service, an average man would have to eat 285 pounds of meat daily to maintain his weight if he had the tiny bird’s metabolism. That’s one Whopper patty a minute for 19 hours! Plus, sustaining hovering flight of up to 4,000 wing beats per minute at 4,000 metres above sea level takes an incredible amount of energy.
To help maximize their fat reserves, Andean hummingbirds boost their caloric intake before bedtime and roost in thermally insulated caves, but torpor is their survival superpower. The more time hummingbirds spend torpid overnight, the lower their energy loss. Apparently, hummingbirds that deeply chill while they snooze don’t lose, and that energy conservation is one of the primary reasons why these mesmerizing creatures can persevere in harsh mountain environments. Isn’t evolutionary adaptation remarkable!
Speaking of hummingbirds, if you’d like to give your back-to-school brain a rest why not take a crack at the Audubon Hummingbird Wing Beat Challenge! Gather the kids or your favorite avian-loving adult(s) and see if you can flap your arms as fast as a hummingbird beats its wings. Start slow and try to match the American crow’s 20 wing beats per 10 seconds and then see how close you can get to the 500 wing beats of the broad-tailed hummingbird. Full disclosure, we only made it to 50 before we strained muscles that we didn’t know we had, but we bet you can top that. Happy flapping!
1.5-minute read
Conservation quiz: Which plant-eating members of the animal kingdom have been directing their big, buck-toothed energy towards the task of healing the planet? According to a study in south-central Sweden, beavers going about their day-to-day dam building business are helping to increase biodiversity that is essential to the functioning of freshwater ecosystems.
By constructing mud and stick barriers that increase water levels, the paddle-tailed environmental change agents are engineering pond habitats that support a 50% greater variety of plants and animals than similar beaver-free wetlands. While you might think a pond is a pond is a pond, according to environmental researchers, there are subtle differences in beaver ponds that make them hospitable to more species of fish, birds, insects, amphibians, and plant life. What’s good for beavers is good for biodiversity. And what’s good for biodiversity is good for people and the planet.
Beavers can be found throughout North America, and small populations exist in Scandinavia, Germany, France, Poland, and central Russia. Following their extinction in Sweden in the 1890s, beavers were reintroduced from neighboring Norway between 1922 and 1939. Dams built by the imported animals helped to expand wildlife habitats and increase resilience to both droughts and floods. Over the past half century, more countries have jumped on the bring-back-the-beavers bandwagon, including England, which recently reintroduced the industrious creatures to the wild after 400 years.
While beavers can’t stop freshwater biodiversity loss on their own, at a time when flora and fauna are decreasing at an alarming rate, wider implementation of beaver-based wetland-engineering is a holistic way to protect and restore ecosystems for a healthier biosphere.
By the way, if you’ve ever wondered why beavers have tangerine-colored teeth, it’s not because they’re tree stained. The keystone species’ incisors are handily reinforced with iron to help them gnaw through even the toughest tree trunks with ease. Beaver on, aquatic architects!
1-minute read
Good news alert!
In the midst of converging global challenges-COVID-19, climate change, biodiversity loss, and economic upheaval, there is a light at the end of the tunnel—and it’s green!
Our planting partners at American Forests have teamed up with the World Economic Forum to launch the U.S. Chapter of 1t.org. The goal of the collaboration is to conserve, restore and grow one trillion trees by 2030, creating millions of jobs to help ensure equitable environmental progress towards a green recovery.
This hopeful news for people and the planet also means cleaner air and water, more action on climate change, greater tree equity for our cities, and expanded habitat for the wild ones. What’s not to like?
American Forests and 26 diverse organizations have collectively pledged 855 million trees so far, as well as investments in mapping technologies and carbon finance. Planted across the United States from sea to shining sea, those 855 million trees will store more than 500 million tons of carbon dioxide. In case you’re wondering, that’s equal to the annual emissions from 108 million cars. Bring on the lovely, leafy sky vacuums.
FWP is delighted to contribute to this big tree-planting effort in our small press way, and if you’re feeling it, you can help too. Every time you buy a print or e-book from the Frankie and Peaches: Tales of Total Kindness series, we’ll thank you very much by planting one wildlands tree. If you’d really like to dig in and participate in the global greening movement, you can volunteer and share ideas through the 1t.org digital platform UpLink. We’re all in. Hope to see you there!
3-minute read
Sighing in roses, saffron blooms, buddleia;
where bees pray on their knees, sing praise
in pear trees, plum trees; bees
are the batteries of orchards, gardens, guard them. — Carol Ann Duffy
Keep your eyes peeled, autonomous robotic bees may be coming to crop-fields near you. Measuring about half the length of a paper clip and weighing in at less than one-tenth of a gram, the insect-inspired microbots were developed by scientists at Wyss Institute to replace rapidly dwindling populations of bees, the world’s natural food crop pollinators.
While a global fleet of Robobees may sound pretty cool from a tech-wow perspective, when it comes to substituting pollinating machines for the real deal, researchers at the Centre for Agri-Environmental Research and Institute of Bee Health say not so fast. Before we roll out tiny red carpets to welcome substitute bees to the planet, according to an analysis published in Science of the Total Environment, we should consider a simpler, more holistic solution—protecting our natural pollinators and the landscapes they depend on for survival.
In the debate around bees versus Robobees, it turns out that replacing live bees with pollinating machines is not that straightforward. Bees have been honing their sophisticated sensory abilities and specialized pollination skills for over 130 million years in response to the unique shapes, scents, and colors of hundreds of thousands of flowering plants. While microbots may be capable of pollinating easy-access plants like sunflowers, the innate expertise of bees is hard to replicate across diverse crop species.
Not only are bees adaptable and super-skilled at their jobs, they also work for free, contributing between $235 to $577 billion to annual global food production. In contrast, robotic bees are pricey. At an estimated cost of $10 per microbot, replacing the billions of bees needed to pollinate crops with machine bees would run in the hundreds of billions of dollars. And unlike live bees, robotic bees need maintenance. Rather than creating a new machine-bee rental and repair industry, scientists argue that restoring pollinator habitats would be a far more cost-effective way to support food production. At a time when we are aiming to reduce our global carbon footprint, the environmental impact of manufacturing, distributing, and disposing of fleets of robotic bees could be enormous.
And bees don’t go about their important business in isolation. They’re critical components of biodiversity, helping to maintain the balance of environmental systems that support life on Earth. Replacing diverse pollinators with a single microbot is a risky business. It’s not clear what impact swarms of machine bees may have on the delicate interdependent workings of nature. The adage when you fix one thing, be careful not to break something else comes to mind.
The idea that we can address environmental problems by replacing elements of the natural world with technology-based substitutes is not a new one. As the guardians of the planet, we have the ability to transform our relationship with nature and apply innovative, emerging technologies to map, monitor, protect, and restore rather than replace. Because beyond their much-appreciated bottom-line contributions to food security, bees are iconic and beloved members of the community of life and play an important role in human culture and well-being.
How components of nature are valued depends on who is doing the valuing. We treasure these industrious insects not just for their productivity but also for their poetry. If you’ve ever had the pleasure of watching a pollen-flecked bumblebee drowse in a dahlia, we think you’ll agree that there are some things in life for which there are no substitutes. It’s just better with bees—tiny, perfect soul anchors for a world in flux.
2-minute read
If you’ve been celebrating Shark Week by binging and cringing your way through Jaws 1-4, you’re probably thinking that the massive teeth of those fictional fish are pretty darn scary. Well, maybe not the teeth so much as their limb-chomping potential. Now imagine a real-life shark with close to 3,000 teeth in its five-foot-wide mouth and a couple of thousand more covering its eyeballs. Talk about the fear factor! Except the real-life shark with all of those teeth is the whale shark (Rhincodon typus), and despite being about the size of a big yellow school bus, the primarily plankton-eating fish is quite a gentle creature.
While sharks are a notoriously toothy bunch, scientists at the Okinawa Churashima Research Center studying optical adaptations in vertebrates recently discovered that the whale shark has tiny teeth where they didn’t expect to find them—around its iris. So why does the whale shark need eye armor? Unlike most vertebrates, the fish has no eyelids to protect its small, protruding peepers from underwater hazards. The oak leaf-shaped tooth-like projections, known as denticles, shield the shark’s eyes from abrasions as it travels the Pacific, Indian, and Atlantic oceans in search of the large quantities of food that it needs to survive.
As if that evolutionary adaptation weren’t freaky enough, the whale shark has another unusual eye protection mechanism to compensate for its lack of lids. If the situation calls for it, the whale shark can retract its eyeballs into its eye sockets. One eye retraction event observed by researchers was in response to camera strobes. It seems that despite being popular subjects for underwater photographers, whale sharks are no fans of the flash. Although a few other lidless species, including electric rays, guitarfish, and leopard frogs can also tuck in their eyeballs, the whale shark’s retractable, armored eye combo is fairly rare.
Sadly, like many shark species, the whale shark is threatened with extinction. The global numbers of the large, slow-moving fish have more than halved over the last 75 years as a result of overfishing, bycatch (see video), and propeller strikes. The whale shark is now listed by the International Union for the Conservation of Nature (IUCN) as endangered. As recently reported in Science, sharks are now functionally extinct in the waters of eight countries.
Even though these dentally well-endowed creatures may look like they can handle whatever comes their way, sharks still need all of the support that they can get when it comes to protecting their habitat. You can learn more about these fascinating fish and what you can do to help keep them safely in the swim from Ocean Conservancy. And you can track migrating whale sharks in real-time via satellite courtesy of Conservation International.
“Kindness is contagious. Pass it on.”
April 26, 1785 – January 27, 1851
Graveyard at the Church of the Intercession in the Trinity Church Cemetery and Mausoleum at 155th Street and Broadway.
Yeah, okay, but can you do this?
100 blog posts = sparklers + cake mountain!
Strenuously exercising on the inside!
“It’s going to be alright!”
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