Dr Blake Morton

@drblakemorton.bsky.social

University lecturer in animal & human behaviour. Inspired by #biodiversity & #conservation. Head of the #CoexistProject 🌳🦊🦜🦡🦫🦌🦔🌃🌍 Check out my group's latest research: https://www.blakemorton.co.uk/

The final figures for the 2025/26 cull season have now been released, bringing more than a decade of licensed badger culling to an end. Read our latest article examining the newly published figures, and why future efforts to tackle bTB should focus on cattle: buff.ly/JKyk7AF

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Super excited to share that my latest paper from my PhD is now published! 🎉 If you're into camera traps, citizen science, animal individual ID or pine martens this ones for you! 😆 doi.org/10.1002/rse2... Big thanks to my co-authors and everyone who in the MammalWeb community who contributed! 📷

Citizen Science for Individual Identification of Pine Martens Martes martes From Camera Trap Footage

Camera traps generate large volumes of wildlife footage, but identifying animals to the individual level remains challenging and time-consuming. Using European pine martens in the Forest of Dean as a....

doi.org

Can behaviour and cognition support conservation efforts? 🐭💡🌍In this new paper we offer some insights into how dietary innovation and neophobia can help assess small mammals' responses to human disturbance in a protected area. It was a long journey, but I'm so proud of this! doi.org/10.1016/j.bi...

Birdsong & the richness we’ve laid (are laying) waste to. An astonishing, heartbreaking demonstration of shifting baseline syndrome, & what I remember. Wrote about this @environment.theguardian.com + a real recording made in my village by a fierce & wonderful woman conservationist in 1975. 1/3

Listen to Britain’s dawn chorus of 1976: the dramatic loss of birdsong in 50 years

Guardian recreates audio landscape of past filled by loud morning symphony before 73m wild birds were lost

theguardian.com

🚨New primate urbanization paper🚨We looked at weather anthropogenic experiences link to within population innovativeness. Our new results from @urbanvervetproject.bsky.social can be found here 👇🏼 Behavioral flexibility and its drivers in semi-urban vervet monkeys academic.oup.com/beheco/artic...

Behavioral flexibility and its drivers in semi-urban vervet monkeys

Monkeys bring their own skills to the city. Urban animals are often seen as especially flexible or innovative—but do urban environments make them that way?

academic.oup.com

In Spain today: installation of solar panels above major irrigation channels. Channels of more than 100 kms transport water from dams to farmland. - Reduces evaporation -Provides large agricultural areas with power & supports irrigation -Decreases use of water in food production, doubling the crop.

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The longest day means wildlife is busy dawn to dusk. Here’s what to spot if you get outside this #SummerSolstice. 🌞 Dawn chorus starts before sunrise.🐦 Butterflies are out in force all day. 🦋 Fox cubs playing near their dens. 🦊 Badgers emerge as light fades. 🦡

A fox cub peering out from tall green grass near its den. A common blue butterfly with iridescent blue wings perched on a yellow flower, wings spread. A badger standing in woodland, edged in warm golden light at sunset. A European robin with an orange breast perched on a bare branch.

Good News: ☀️ Solar just beat coal in U.S. electricity for the FIRST time ever, and it happened in spite of Trump, not because of him. The kicker? Red states he won built 74% of the new solar. Even Texas knows the future isn’t coal. The market voted. Solar is winning.

US Solar Power Generation Exceeds Coal For First Time
• June 13, 2026 & Climate Change, Energy

Good news! Ministers have finally given green light to new #NaturalHistory GCSE. We’ve campaigned so long for this! Big hats off to tireless advocate Mary Colwell 🙌 Now our young people will have a chance to get to know & love the natural world, to feel awe & wonder, & gain skills to protect it 🌷🌳🦡

Natural history GCSE to teach teenagers to plant wildflower-friendly gardens

Long-awaited course to examine human effects on natural world and explore everyday ways to aid biodiversity

theguardian.com

#HotOffThePress 🔥🖊️ "Fluctuations in direct human presence, not predictable weekly cycles, influence avoidance behaviour in ravens"🐦‍⬛ June 2026. Movement Ecology. @varalikajain.bsky.social, @matthiasloretto.bsky.social, Thomas Bugnyar & @pesumas.bsky.social doi.org/10.1186/s404...

Fluctuations in direct human presence, not predictable weekly cycles, influence avoidance behaviour in ravens - Movement Ecology

Background Rhythms in human activity create patterns of opportunities and disturbances for wildlife, influencing their behaviour and spatial ecology. The weekend effect hypothesis posits that weekday-weekend routines in human activity can impact wildlife in creating cyclic conditions. At our study site – an outdoor wildlife park – free-flying ravens opportunistically exploit food intended for captive animals on a routine basis. While disturbances from visitor activity levels are typically low on weekdays and high on weekends, they can also vary day-to-day. Our access to data detailing visitor numbers makes our context well-suited to test whether ravens anticipate and respond to predictable weekday-weekend patterns following (1) a ‘5 + 2’ structure, or if they respond (2) flexibly to fluctuations in direct human activity levels. By testing the weekend effect hypothesis from the perspective of a ‘5 + 2’ pattern versus flexibly responding to fluctuations in human activity, we better understand wildlife response strategies to human activity. Methods Using long-term GPS tracking data, we investigated the weekend effect hypothesis by examining raven foraging probability and space use across two temporal scales: (1) daily patterns over five years, encompassing periods of Covid-19 pandemic-related restrictions, and (2) bihourly patterns over six weeks. We hypothesized that increased human activity levels would result in lower foraging probabilities and higher space use in ravens, varying between weekdays and weekends. Results Our findings provided limited support for the weekend effect hypothesis, considering a ‘5 + 2’ pattern in human activity. However, ravens consistently avoided elevated human activity by decreasing in their probability of foraging at the site and increasing space use on a daily level. Conclusions Our study reveals that ravens are behaviourally flexible in their movement responses to disturbance when exploiting anthropogenically created foraging opportunities. Changes influencing anthropogenic resources and disturbances at resources should consider the potential knock-on effects to wildlife.

doi.org