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and other interesting items from the natural world

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Lisa S. French
Baby elephant
Evolving Elephants

Unlike their Asian elephant cousins, both male and female African elephants grow tusks over the course of their lifetimes which they use for defense, debarking and moving trees, and digging for roots, salt, and water. These long incisors used as tools for daily living have made elephants targets of ivory poachers across the continent of Africa for centuries and to devastating effect. While it is extremely rare for male African elephants to be born without tusks, the 3 to 4 percent of wild female African elephants that never grow tusks have a distinct evolutionary advantage as they are more likely to survive periods of intense poaching. Scientists believe that through the process of natural selection, tuskless female elephants are passing this trait on to their daughters. As intensely hunted big tusked male elephants, known as tuskers, are eliminated from the population through poaching, the offspring of smaller tusked males and tuskless females spread the tuskless trait.

Researchers are now studying tuskless populations in heavily poached areas across Africa to determine what this growing phenomenon means for the future of the species. According to Dr. Joyce Poole of Elephant Voices, 51 percent of 200 adult females 25 years or older in Gorongosa National Park in Mozambique that survived the rampant poaching that took place during the 15-year civil war are tuskless. Since the civil war ended in 1997, 32 percent of female elephants born in Gorongosa are tuskless. In the early 2000s in Addo Elephant National Park in South Africa, 98% of 174 females were also observed to be tuskless. While current populations of tuskless elephants appear to be healthy and thriving, scientists are continuing to study the impact of tusklessness on both individual and group behaviors as well as on other plant and animal species in their native ecosystems. Through critical ongoing research, we’ll learn more about how these iconic, highly intelligent, and empathic animals are continuing to evolve and adapt to the growing human-induced pressures that impact their survival.

For breathtaking photos of some of Africa’s last great tuskers, check out Land of Giants by Will Burrard-Lucas.

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Matching Giraffes

Particular patterns of spots passed down from female giraffes to their offspring may play an important role in helping to keep calves safe in the wild. Scientists are working to understand how inheriting similar shapes and patterns of spots from their mothers could increase young giraffes chances of survival. It appears those beautiful markings, which also serve as camouflage from predators, may not be random after all—apparently, the larger and more irregular the spots the better. When it comes to giraffe survival in the savanna, it seems there’s no such thing as being too matchy-matchy.

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Hoppy They’re Here

Pop quiz! What can be found on every continent except Antarctica, fits in the palm of your hand, comes in 4,740 different models, amazingly eye-popping colors, and drinks and breathes through its skin?  Hint: it’s not the iPhone 30X. It’s a humble hopper–the frog. Last fall, a particularly tiny, bright green member of the frog family, the Pickersgill’s reed frog, made a big splash in biodiversity conservation when two hundred of the endangered amphibians were returned to the only place they call home, a 56-square-mile patch of habitat in coastal South Africa. So, why the tiny frog fuss? This particular army of frogs was raised in captivity by scientists working to rapidly breed species on the brink of extinction, one of many global teams rushing to conserve threatened wildlife.

While they may not take up much space in our minds or on the planet, frogs are important because they are a keystone species, a critical link in the chain of organisms that support functioning ecosystems, benefiting both humans and other animals. Sticky-tongued frogs are natural bug zappers, eating a variety of insects including the disease-carrying mosquito. They are also a food source for larger species including fish, birds, and monkeys. Pre-frogs, otherwise known as tadpoles, do their bit to help to keep waterways clean by eating algae. And because frogs are super-sensitive to environmental stressors, a typically frog-friendly habitat that becomes frog-free can alert us to changes in climate, air and water quality. Conserving the creature components of global ecosystems, even the tiny, green ones, keeps interdependent living parts of the natural world healthy and that’s a wonderful thing. If you’d like to support the preservation of forest and wetland habitats for our amphibian friends, hop on over to WWF.

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