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Zoological Society of London


Badger behavior inside the cull zone

A study by ZSL and Imperial College London found that badgers covered 61% more land each month after a population was culled. Surviving badgers visited 45% more fields and increased the odds of visiting neighboring territories, potentially increasing TB transmission risk to both cattle and other badgers.

SourceZoological Society of London·JournalJournal of Applied Ecology·DateOct 8, 2019

Species on the move

A study by Zoological Society of London reveals 55 UK animal species have been displaced due to climate change, with invertebrates most affected. The research highlights the need for a centralized platform to track and mitigate the impacts of climate-driven species movement.

SourceZoological Society of London·JournalJournal of Applied Ecology·DateJul 18, 2019

The benefits of being different

Researchers discovered six distinct color morphs of the Asiatic golden cat in Northeast India, showcasing unique adaptations to varying habitats and prey. The phenomenon may provide insights into the species' resilience to climate change and habitat degradation.

SourceZoological Society of London·JournalEcology·DateJun 12, 2019

Vagrant bachelors could save rare bird

A study by Zoological Society of London reveals that bachelor males in small, threatened populations can maintain genetic diversity and reduce inbreeding. These 'floaters' have a significant impact on population size and sex ratio, helping to increase breeding birds and influence the survival of the species.

SourceZoological Society of London·JournalEvolutionary Applications·DateJun 16, 2015

Moving the fence posts

Fencing can disrupt predator-prey dynamics and limit access for migratory herbivores. The Zoological Society of London argues that fencing should be reconsidered as a conservation tool, prioritizing connected environments over physical barriers.

SourceZoological Society of London·JournalScience·DateApr 3, 2014

Elusive bay cat caught on camera

Scientists from ZSL and Imperial College London capture images of five wild cat species, including the elusive bay cat, in a logged area of forest. The study reveals that large carnivores can survive in commercially logged forests, challenging conservation assumptions.

SourceZoological Society of London·JournalPLOS ONE·DateNov 4, 2013

Relocation, relocation

Conservationists at the Zoological Society of London have devised a novel method to identify suitable new homes for animals under threat from climate change. The research uses habitat suitability maps and correctly identifies sites that will remain viable in the future.

SourceZoological Society of London·JournalJournal of Applied Ecology·DateSep 5, 2013

Survival of the Galapagos sea lion

Scientists from the Zoological Society of London reveal that Galapagos sea lion exposure to humans and pets impairs their immunity, making them more prone to starvation. The research suggests a link between human activity and the emergence of diseases in the Galapagos sea lion population.

SourceZoological Society of London·JournalPLOS ONE·DateJun 28, 2013

What a bunch of dodos!

Research by the Zoological Society of London found that over 4,000 years ago, tropical Pacific Islands experienced a catastrophic mass extinction of birds, with around 1,300 species disappearing. The loss was largely due to overhunting and deforestation caused by human arrival.

SourceZoological Society of London·JournalProceedings of the National Academy of Sciences·DateMar 25, 2013

The ultimate chimp challenge

Researchers at the Zoological Society of London found that chimpanzees enjoy solving a challenging puzzle as much as humans do. The chimps used sticks to redirect red dice through pipes until they fell into an exit chamber, demonstrating their problem-solving skills and ability to experience satisfaction without food rewards.

SourceZoological Society of London·JournalAmerican Journal of Primatology·DateFeb 23, 2013

Slithering towards extinction

A new study reveals that nearly 1 in 5 reptiles are struggling to survive, with many species highly specialized and sensitive to environmental changes. The findings highlight the urgent need for conservation action to address habitat loss, hunting, and other threats, particularly in tropical regions.

SourceZoological Society of London·JournalBiological Conservation·DateFeb 14, 2013

Disaster map predicts bleak future for mammals

A study published by the Zoological Society of London predicts that mammals will face a bleak future due to climate change, with 1/3 species at risk from cyclones and droughts. The research identifies primates as particularly vulnerable, highlighting the need for conservation efforts to mitigate the impacts of extreme weather events.

SourceZoological Society of London·JournalConservation Letters·DateDec 13, 2012

100 most threatened species

A new report by the Zoological Society of London identifies 100 of the most threatened animals, plants, and fungi on the planet, highlighting their unique value to nature. The report emphasizes that all species have a right to exist and should be protected, regardless of their perceived utility for humans.

A sea of broken promises

A review of global ocean commitments has shown little success over the past 20 years. Despite international agreements, governments have failed to meet targets for protecting vulnerable species and marine habitats, leading to increased fish stock depletion and ecosystem destruction.

SourceZoological Society of London·JournalScience·DateJun 14, 2012

Translocation risks revealed

Researchers at Zoological Society of London developed a method to assess disease risks associated with translocations, guiding successful reintroduction programs. The approach is now used on all reintroduction programs in Natural England's Species Recovery Programme.

SourceZoological Society of London·JournalConservation Biology·DateApr 26, 2012

Toads' earthquake exodus

Researchers found that toad populations in Italy shifted their behavior from breeding to evacuation mode five days before a significant earthquake. The ionosphere disruptions detected pre-seismic cues like radon gas releases and charged particles, allowing the toads to detect earthquakes earlier.

SourceZoological Society of London·JournalJournal of Zoology·DateMar 30, 2010