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This Earth Day, Progress for Our Species Protects Others

Blog Post | Conservation & Biodiversity

This Earth Day, Progress for Our Species Protects Others

Humanity’s relationship with wildlife is being rewritten.

Summary: While many assume species loss is a uniquely modern problem, humans have been driving animals to extinction since prehistory. The preindustrial past was marked by widespread wildlife destruction. Today, however, rising prosperity and scientific breakthroughs like de-extinction reflect a remarkable shift—humans are no longer just a threat to wildlife, but increasingly its savior.


This Earth Day comes on the heels of a remarkable turning point in conservation history: Scientists at Colossal Laboratories have claimed the first animal species de-extinction by recreating dire wolves through genetic editing.

Some have argued that modifying animals (in this case, grey wolves) to resemble extinct species is not true de-extinction. Still, it is certainly a significant departure from a past defined by widespread human-caused species loss.

De-extinction is among the extraordinary conservation efforts resulting from human wealth and technological innovation that have turned the tide from animals vanishing to whole species possibly returning to life. As humans make progress, they bring the whole animal kingdom along with them.

Species loss is sometimes considered a purely modern phenomenon, but humans have been exterminating wildlife since prehistory. A prominent theory explaining the extinction of megafauna (large animals such as mastodons, sabertooth cats, mammoths, American lions, and the now topical dire wolves) is geoscientist Paul Martin’s overkill hypothesis, suggesting that humans rapidly hunted many big game animals to extinction.

In the Americas and Australia, where humans first arrived later than in Eurasia or Africa, human beings proved particularly deadly, as local species were unused to coexisting with homo sapiens and had not developed ways of surviving human interaction. As science writer Sharon Levy’s book on megafauna notes, the last 50,000 years saw about 90 genera of large mammals go extinct, amounting to over 70 percent of America’s largest species and over 90 percent of Australia’s.

In fact, such exterminations continued throughout the preindustrial era. New Zealand provides a relatively recent example of an overkill extinction. People first settled in New Zealand in the late 13th century. In only 100 years, humans exterminated 10 species of moa, along with at least 15 other kinds of native birds, including ducks, geese, pelicans, coots, the Haast’s eagle, and an indigenous harrier.

Today, few people know that lions, hyenas, and leopards are all native to Europe but were eliminated from the continent by human activity in antiquity. As historian Richard Hoffmann notes in his book An Environmental History of Medieval Europe, lions, hyenas, and leopards had “vanished from Mediterranean Europe by the first century BCE, and bear populations in both the Balkans and the Apennines were much reduced.”

He notes that “elimination of all the now proverbially ‘African’ animals — lion, elephant, zebra, etc. — from areas north of the Sahara was complete by the fourth century CE … These purposely targeted ‘trophy’ organisms [were] pursued on cultural grounds beyond all reasonable expenditure of energy.”

Countless species have been exterminated from large parts of their native habitats or were driven to extinction in the preindustrial era. Hoffmann further notes, “Such prized game as bear, wolf, and wild pig were extirpated from the British Isles by the end of the Middle Ages. The last individual specimen of the great native European wild ox, the aurochs, was killed by a known noble hunter in Poland in 1637.”

In Iceland, by the 12th and 13th centuries, the walruses that once lived on the southwest coast were gone. The examples of premodern species depletion go on and on.

In the modern era, some claim that extinctions have accelerated, with alarmists such as Stanford University biologist Paul Ehrlich even going so far as to say we’re in the midst of a sixth “mass extinction.” That is, by any account, a gross exaggeration. The last true mass extinction occurred some 65.5 million years ago, when the dinosaurs died, long before humans existed.

In reality, for the past 50 years, species populations are no longer shrinking in wealthy countries, and in many cases, they are increasing. According to a 2023 investigation, poor countries’ populations have also stopped declining. “The extremely large number of species that are said to be continuously dying out comes from theoretical models of insects and even smaller organisms that are assumed to disappear,” the author notes.

Wild animals are coming back in rich areas of the world, with a resurgence of bison, boars, ibexes, seals, turtles, and more. European wolf conservation efforts have been such a success that many people now see the exploding wolf population as out of control, and Sweden is even seeking to cull 10 percent of its wolves through hunts. Last year, thanks to the growth in their numbers, the Iberian lynx wildcat, the red-cockaded woodpecker, and the Apache trout all ceased to be endangered.

Not only is it clear that humans were much more likely to drive large animals to extinction in the past than they are today, but for the first time, we are trying to bring past forms of wildlife back. What explains this dramatic shift?

As human beings have grown wealthier, they have also come to care about environmental stewardship and gained the resources to act upon their newfound compassion for wildlife. For most of history, animal welfare was not a concern. Hoffman relates that “late antique and early medieval writers often articulated an adversarial understanding of nature, a belief that it was not only worthless and unpleasant, but actively hostile to … humankind.”

Today, in contrast, many people voluntarily exert enormous effort toward protecting species and even attempt to reengineer extinct creatures back into existence. It turns out that human progress isn’t only good for humanity. Growing prosperity and advancing technology have enormous potential to benefit many beloved and majestic animal species. Perhaps even extinct ones!

This article was originally published by the Washington Examiner on 4/22/2025.

My Modern Met | Conservation & Biodiversity

Scientists Identify New Penguin Species

“Until recently, the gentoo penguin (aka Pygoscelis papua) was thought to be a single species spread across several areas. However a team of penguin experts led by scientists from University of California, UC Berkeley, and several institutions from Chile recently studied their genes and confirmed the gentoo is actually four separate species.

Gentoos tend to stick close to their breeding colonies, returning to the same nesting sites year after year. Over time, this meant different populations became isolated and adapted to their local environments, eventually evolving into separate species. The Eastern gentoo (Pygoscelis taeniata) lives on the Crozet, Marion, and Macquarie Islands, while the Northern gentoo (Pygoscelis papua) is found around the Falkland and Martillo Islands. The Southern gentoo (Pygoscelis ellsworthi) has the largest population and inhabits the Antarctic Peninsula, coastal Antarctica, and South Georgia.

The fourth and newly recognized, southeastern gentoo (Pygoscelis kerguelensis) lives on the remote Kerguelen Islands in the southern Indian Ocean, around 450 kilometers (279 miles) from the nearest land. It looks similar to other gentoo penguins but is genetically distinct enough to be recognized as a separate species. Its distinct size and vocalizations are further clues that set it apart.”

From My Modern Met.

Mongabay | Conservation & Biodiversity

Pakistan Creates Indus Dolphin Sanctuary

“Between 11 million and 16 million years ago, during the high sea levels of the middle Miocene period, the ancestors of the Indus River dolphin entered the muddy waters of what is the Indus Basin today. Over millennia, they adapted to their new environment through extraordinary evolutionary shifts, developing sophisticated echolocation while gradually losing their eyesight.

Today, these blind mammals, living mostly in Pakistan (with a small population in northwestern India), navigate the river’s shallow, dry-season waters by swimming on their sides. Yet, these evolutionary marvels offer little defense against the modern transformation of their habitat.

That habitat is fragmented by vast networks of dams, human-made canals and irrigation barrages. Consequently, the Indus River dolphin (Platanista minor), locally known as the bhulan, has seen its historical range slashed by approximately 80%. The species, which boasted an estimated population of 10,000 in the late 19th century, plummeted to just 617 individuals by 2001 before rebounding to around 2,000 over the next decade. The Indus River dolphin is listed as endangered on the IUCN Red List.

In response, Pakistan’s government has officially created the Punjnad Indus River Dolphin Sanctuary in June 2026, safeguarding nearly 200 kilometers (123 miles) of the river in Punjab. This new zone connects with an existing protected area in Sindh province, southeastern Pakistan, that creates a contiguous 400-km (249-mi) stretch of legally protected habitat, offering a critical lifeline to one of the world’s rarest freshwater dolphins.”

From Mongabay.

The Guardian | Conservation & Biodiversity

Scientists Discover New Deep-Sea Sponge Species Off Alaska

“Scientists have discovered nine new deep-sea sponge species off Alaska, offering new insights into the region’s largely unexplored marine biodiversity.

The National Oceanic and Atmospheric Administration (Noaa) announced the discovery on Thursday, saying the species were found in the Gulf of Alaska and the Aleutian Islands. The findings bring the total number of known sponge species in Alaska to 232.

The specimens were collected during Noaa Fisheries’ annual bottom-trawl surveys, which monitor groundfish and shellfish stocks. Researchers analyzed samples collected as far back as 2012, describing the new species in two recent scientific papers.”

From The Guardian.

The Guardian | Conservation & Biodiversity

Sea Turtle Nests on California Coast for First Time on Record

“A sea turtle crawled out of the surf in southern California last weekend around sunset and started laying eggs in the sand.

People on Huntington Beach who saw the female olive ridley sea turtle were shocked and excited. And they weren’t the only ones freaking out, said Justin Viezbicke, the California stranding coordinator for the National Oceanic and Atmospheric Association (Noaa).

'This is the first documented case of a turtle nesting on the west coast,' Viezbicke said…

While it’s too soon to tell, it’s also possible that these first recorded US coastal nests could herald a broader northward shift in the olive ridley turtle’s nesting patterns.”

From The Guardian.