Asia Murphy, Ph.D.

ecologist. writer. photographer.

The Science

a gif showing a fawn sniffing a camera

I use cameras to spy on wildlife. My research is focused on answering questions like:

  • Where are species present and why?

  • How many individuals are there in a population?

  • What strategies do species use to coexist together?

I firmly believe in building research capacity in other countries and hope to use camera traps and other noninvasive tools to further our knowledge of and ability to conserve threatened species across the world.

The Fiction: Red Sun

ISOU's already lost so much. His sanity. His soul. His loves. But can he stand to lose the family he just got back, even if it means destroying the demon that took everything from him?

The demon that even now wakes in his blood?

Nothing will stop NAJ from killing a god. Not waking up in a stranger's body. Not the witch-hunter, the gang leader looking for revenge, or the murderous priest. Not a plague. Not a dead world.

Being unable to find said god? Ok. That might.

SHI VEISYA is a shapeshifter. A doll, you see, is empty of and shaped by desire. He's been Nothing. A Plaything. Devotee. Expert. For his new vessel, he'll be Solace.

After all, he needs a shape, ideally a pleasing one. And what is growing within him is anything but.

RED SUN is the adult science fantasy novel for readers who want an apocalypse in the style of N. K. Jemisin’s FIFTH SEASON, featuring VanderMeer’s ANNIHLATION-flavored fire and invasive species ecology instead of plate tectonics.

The Pictures

While I'm out doing field work I get a lot of chances to take pictures. Check out my etsy shop for prints, calendars, and more!


How Do Carnivore Interactions & Distribution Influence Fawn Distribution & Survival?

For baby deer, the forest is a landscape varying in safety, changing depending on the habitat, time of day, and the predator that they are avoiding. Throw in more than one predator and you have a very complicated chessboard to navigate!

Using three years of camera trap data at three state forests in PA, I figured out how fawns use habitat, space, and time to avoid being eaten by black bears, coyotes, and bobcats. Check out my dissertation and #whoseatingbambi!

How many fosa are there in Madagascar's largest protected area?

Madagascar's unique carnivore family (Eupleridae) is severely understudied. For many species, population estimates are lacking, which makes it very difficult to correctly determine how threatened they are.

Using data from fifteen surveys across seven sites, we found that there is likely about 1,000 adult fosa in the protected area (as little as 600 and as many as 1,800). This means that the Masoala-Makira protected area is home to a significant number of the fosa left in the world.

Can we use extra camera trap data to provide new information for little-studied species?

Camera traps are awesome because they take pictures of EVERYTHING that walks in front of the camera. We got thousands and thousands of pictures of birds, small mammals, and a (mainly) Madagascar-exclusive insectivore group called tenrecs.

Using this data we found that we were less likely to detect many of the bird species if we saw a lot of feral cats in the area, and that red forest rats (adorably rusty-colored pudgy rodents) were detected more often further from the forest edge.

Are lemur densities different between undisturbed and disturbed forests?

In addition to running fifteen camera trap surveys in Masoala-Makira, we ran lemur surveys on forest paths that we walked night and day. All told, we got over a thousand observations of lemurs, including critically endangered species like silky sifaka and indri, while walking over 1,000 kilometers!

We provided the very first statistically-rigorous population estimates of three species for the region, and found that you were less likely to observe lemurs in very disturbed forests compared to undisturbed forests.


2021 & In Prep

Hinde, K. et al. 2021. March Mammal Madness and the power of narrative in science outreach. eLife 10:e65066 (pdf).

Murphy, A., Diefenbach, D., Ternent, M., Lovallo, M., Miller, D. 2021. Threading the needle: how humans influence predator-prey spatiotemporal interactions in a multiple-predator system. Accepted for publication in Journal of Animal Ecology.


Farris, Z.J., Gerber, B.D., Karpanty, S., Murphy, A., Wampole, E., Ratelolahy, F., and Kelly, M. 2020. Exploring and interpreting spatiotemporal interactions between native and invasive carnivores across a gradient of rainforest degradation. Biological Invasions 22:2033-2047 (pdf).


Morelli, T. L., et al. 2019. The fate of Madagascar's rainforest habitat. Nature Climate Change 10:89-96 (pdf).

Mpemba, H., Fan, Y., Murphy, A., Heng, B., and Jiang, G. 2019. First camera trap based evidence of grey wolf Canis lupus in the Hanma National Nature Reserve, Inner Mongolia, China. Pakistan Journal of Zoology, 50:0 (pdf).

Davis, C.L., et al. 2019. Ecological correlates of the spatial co-occurrence of sympatric mammalian carnivores worldwide. Ecology Letters 21:1401-1412 (pdf).


Murphy, A., Kelly, M.J., Karpanty, S.M., Andrianjakarivelo, V., and Farris, Z.J. 2018. Using camera traps to investigate spatial co-occurrence between exotic predators and native prey species: a case study from northeastern Madagascar. Journal of Zoology doi:10.1111/jzo.12645 (pdf).

Murphy, A., Gerber, B.G., Kelly, M.J., Karpanty, S.M., Ratelolahy, F., and Farris, Z.J. 2018. Making the most of sparse data to estimate the density of rare and threatened species: a case study with a little- studied Malagasy carnivore (fosa, Cryptoprocta ferox). Animal Conservation doi: 10.1111/acv.12420 (pdf).


Murphy, A., Ferguson, B., and Gardner, C.J. 2017. Recent estimates of ring-tailed lemur (Lemur catta) population declines are methodologically flawed and misleading. International Journal of Primatology 38:623-628 (pdf).

Murphy, A., Farris, Z.J., Karpanty, S., Kelly, M.J., Miles, K.A., Ratelolahy, F., Rahariniaina, R.P., and Golden, C.D. 2017. Using camera traps to examine landscape and dynamic occupancy trends of ground-dwelling birds in the rainforest of northeastern Madagascar. Bird Conservation International 1-14. doi:10.1017/S0959270917000107 (pdf).

Murphy, A., Goodman, S.M., Farris, Z.J., Karpanty, S.M., Andrianjakarivelo, V., and Kelly, M.J. 2017. Landscape trends in small mammal occupancy in the Makira-Masoala protected areas, northeastern Madagascar. Journal of Mammalogy 98:272-282 (pdf).

Farris, Z.J., Kelly, M.J., Karpanty, S., Murphy, A., Ratelolahy, F., Andrianjakarivelo, V., and Holmes, C. 2017. The times they are a changin’: Multi-year surveys reveal exotics replace native carnivores at a Madagascar rainforest site. Biological Conservation 206:320-328 (pdf).


Murphy, A., Farris, Z.J., Karpanty, S., Ratelolahy, F., and Kelly, M.J. 2016. Estimating encounter rates and density of three lemur species in northeastern Madagascar. International Journal of Primatology 37:371-389 (pdf).

Januchowski-Hartley, S.R., Hilborn, A., Crocker, K.C., and Murphy, A. 2016. Scientists stand with Standing Rock. Science 353:1506 (pdf).


Farris, Z.J., Boone, H.M., Karpanty, S., Murphy, A., Ratelolahy, F., Andrianjakarivelo, V., and Kelly, M.J. 2015. Feral cats and the fitoaty: first population assessment of the black forest cat in Madagascar’s rainforests. Journal of Mammalogy 97:518-525 (pdf).

Farris, Z.J., Gerber, B.D., Karpanty, S., Murphy, A., Andrianjakarivelo, V., Ratelolahy, F. and Kelly, M.J. 2015. When carnivores roam: temporal patterns and overlap among Madagascar’s native and exotic carnivores. Journal of Zoology 296:45-57 (pdf).

Farris, Z.J., Golden, C.D., Karpanty, S., Murphy, A., Stauffer, D., Ratelolahy, F., Andrianjakarivelo, V., Holmes, C.M., and Kelly, M.J. 2015. Hunting, exotic carnivores, and habitat loss: anthropogenic effects on a native carnivore community, Madagascar. PLoS ONE 10:e0136456 (pdf).


WFS 497 Spring 2021: Global Conservation and Natural Resources Management

Teaching Statement

I taught this course to speak truth to power. In my twelve or so years in this field, I’ve seen way too many white people blame locals in the Global South over wildlife population declines when they refuse to acknowledge that it’s overexploitation by their colonialist ancestors that put the populations into such a state where each remaining individual is precious. With this course, I tried to shine light on the dirt American and European conservationists of old did, so that when these twelve to fifteen undergraduates go out into the world and read about tiger poachers, they perhaps remember that during the colonization of India over thirteen thousand tigers—that’s 3x the current global population today—were killed, largely by Europeans.

I banked on human senses of empathy and justice and assumed that exposure was needed—you’d be surprised how often we learn that Yellowstone National Park was the first national park in the world (it wasn’t) without being taught about the antagonism of the US Army and the flight of the Nez Perce—so the instructional techniques I relied on were lectures and readings. I used documentaries that were freely available on YouTube, such as Human Zoos, as a way to switch things up. Students were often prompted to discuss how they felt about the information they learned, and how it had or had not changed their world view.

Student learning—or realization—was assessed in a variety of ways. I used a presentation assignment on a species and its abundance to see if students are able to see how human conflict, colonization, and wildlife ecology intertwine. Every module assignment asked for students to reflect on what they were learning. I used near-future issues, such as green militarization and climate, to see if students were able to assess in which ways the future might be informed by the past.

I hoped that I provided a few people with the knowledge and context to analyze conservation situations and whether they are unjust. If some of these students go onto become researchers or managers or conservationists, I hope that they remember history when attempting to find solutions for the present and the future.