My colleague here at TTU, Dr Liam McGuire, has an awesome PhD position available. See the advert and contact details below:
The McGuire lab at Texas Tech University is looking for a highly motivated PhD student to work as part of an NSF-funded collaborative study of flying foxes and Hendra virus in Australia. The successful applicant will work with an international and multidisciplinary team of collaborators, seeking to understand how human influences affect Hendra virus spillover events. As human development clears native forest resources, flying foxes that are traditionally nomadic or migratory have increasingly established permanent resident camps in urban and peri-urban areas. The PhD student will lead efforts to study the nutritional ecology, foraging dynamics, energetics, and stress physiology of resident flying foxes compared to migratory populations. Experience working with bats is an advantage, but more important is experience with ecophysiology methods such as energetics, nutritional physiology, and stress physiology. Fieldwork will extend for periods of up to 1 year in Australia, and therefore the successful candidate must be independent, motivated, and well organized, able to work well with a large team of collaborators under challenging field conditions. Another PhD position related to the project will be available in the Plowright lab at Montana State University, focusing on immunology and virus dynamics in flying foxes.
Anticipated start date for the position is January 1, 2018. For more information about the project, contact Liam McGuire (firstname.lastname@example.org). The position will be based at Texas Tech University in Lubbock, Texas, but extended periods of fieldwork will be conducted in Australia. Interested students should send a CV and brief summary of relevant experience to Liam McGuire (email@example.com).
I am the guest editor for a special issue in the journal Diversity entitled “Diversity and Conservation of Bats”. Submissions are due before 31st March 2018, so plenty of time to pull together some great papers! The scope address the following: i) the diversity and distribution of bats; ii) the effect of human activities (e.g., landuse change, hunting, roost disturbance, climate change) on bat behavior, populations, diversity, distributions, or ecosystem function; iii) drivers of human activities that threaten bats (e.g., attitudes, knowledge, perceptions, economics); and iv) conservation applications, particularly those that evaluate evidence of success.
For full details, head to the issue page here:
Diversity and Conservation of Bats
Kendra recently published in the journal and had a good experience with them. Once the article is accepted, it is up in the issue almost immediately, and the review process was also very efficient. So, I look forward to seeing submissions.
Kendra has a paper out today, with lead author Anna Willoughby and Kevin Olival from Ecohealth Alliance, in Diversity exploring the role of roosting ecology in patterns of viral richness and sharing among bat species. The authors compiled bat-virus associations (from previously published databases) and ecological traits to investigate the importance of roosting behavior on viral richness and sharing. Cave-roosting bats do not host greater viral richness than non-cave-roosting bats, but do exhibit a greater likelihood of sharing viruses, especially between species documented as co-roosting in the same cave.
Willoughby, Anna R.; Phelps, Kendra L.; PREDICT Consortium; Olival, Kevin J. 2017. “A Comparative Analysis of Viral Richness and Viral Sharing in Cave-Roosting Bats.” Diversity 9, no. 3: 35. doi:10.3390/d9030035
The paper is open access and can be downloaded here: http://www.mdpi.com/1424-2818/9/3/35
Marina’s first publication from her dissertation research is online today — congrats! Marina and undergraduate co-author Rebecca Wilson pulled together and cleaned a huge dataset of Southeast Asian GBIF records. Perhaps not surprisingly, Southeast Asian bat sampling effort is spatially biased, most notably by distance to protected area. However, ecology also plays a role, with bias varying among foraging groups. A particularly novel contribution to the field was examination of how bias changed through time. The paper is OPEN ACCESS until July 5th.
Marina Fisher-Phelps, Guofeng Cao, Rebecca Wilson and Tigga Kingston. (2017) Protecting bias: Across time and ecology, open-source bat locality data are heavily biased by distance to protected area. Ecological Informatics 40: 22-34. https://doi.org/10.1016/j.ecoinf.2017.05.003.
** NOTE the current pdf on the Ecological Informatics site is missing a table. It is present in the online version. This will be corrected soon.
Marina did a great job on her defense yesterday, successfully defending her dissertation entitled “Modeling Southeast Asian Bat Distributions: Assessing the Effect of Ecology and Spatial Biases on Model Accuracy”. The first data chapter is in revision for Ecological Informatics. Thanks to her committee members Nancy McIntyre, Dylan Schwilk, Guofeng Cao, and Rich Strauss for their service and support of Marina. Thanks also to Blake Grisham for acting as Dean’s Rep.
Published today in Science is a perspective on the current fate of flying foxes on islands that Christian Vincenot, Vincent Florens, and I put together.
Island flying foxes were recognized as a group of conservation concern over 30 years ago when intense hunting and commercial trading of species on Pacific islands precipitated the extinction of at least one species (the endemic Guam flying fox) and led to dramatic declines in others. This resulted, in 1989, in all species of Pteropus and Acerodon (flying foxes) being included on CITES (Convention on Trade in Endangered Species) appendices that restrict or regulate international trade. 30 years later, flying fox populations on islands are still declining because of hunting and habitat loss, and new issues, notably conflict between bats and fruit growers over crops have arisen. As the Old World Co-Chair of the Bat Specialist Group of the IUCN’s Species Survival Commission, I have been directly involved in efforts to resolve the conflict in Mauritius. The conflict has led the government of Mauritius to implement two mass culls of the species in two years (see article).
Island flying foxes are hunted and persecuted throughout their range. Blyth’s flying fox killed by villagers in the Andaman islands. Photo Rohit Charavatry
In 2016, Chris, Vince and myself contributed to a special symposium on the Conservation of Island Vertebrates
at the 2nd International Conference of Island Evolution, Ecology and Conservation. We were all presenting on issues facing flying foxes on islands and realized it was time to see where we stood 30 years on. As we suspected, tragically the status of flying foxes on islands has worsened and urgent conservation action is needed.
Some great press coverage from
Deutschland Funk Radio: on the show “Forschung Aktuell”. Audio here
Ain’s wonderful paper entitled “Resource availability and roosting ecology shape reproductive phenology of rain forest insectivorous bats” is available online in Biotropica DOI: 10.1111/btp.12430 (or you can request through my Researchgate page).
Ain spent 20 months tracking reproductive activity in 11 species of female bats in a Malaysian rainforest, and is the first study to simultaneously track both available insect biomass and local weather. The findings show different reproductive patterns in cave- vs. forest-roosting bats, which we suggest may be attributed to the cost of commuting.
Ain hard at work in Malaysia, assessing reproductive status of cave- (bottom left) and forest-roosting (bottom right, top center) bats.
Nurul‐Ain Elias, Hashim Rosli, and Tigga Kingston. “Resource availability and roosting ecology shape reproductive phenology of rain forest insectivorous bats.” Biotropica
(2017). DOI: 10.1111/btp.12430
Well done indeed to Ben and Iroro — recipients of 2016 Student Research Scholarships from Bat Conservation International. Only 17 awards were granted, so they did a great job.
Iroro’s project is entitled “Ecological predictors of forest interior insectivorous bat habitat and conservation of the vulnerable Hipposideros curtus” and she received special recognition as a “Women in Conservation Science Award Recipient”. Iroro is out in the field even as we speak.
Ben’s project “Conservation assessment of Rousettus aegyptiacus: hunting effects and ecosystem services in southern Nigeria” is off to a flying start — he heads to the field this summer.
The Kingston lab would like to express its sincere thanks to Bat Conservation International for their support, and congratulations to all this year’s recipients — some great work going on!
Before Marina started working on spatial bias in species distribution models and the SEABCRU database, she spent a couple of summers exploring the efficacy of driven transects in detecting bats in the low bat-density habitats around Lubbock. In our arid, largely treeless, waterless plain (the study was conducted during a 4-yr drought), stationary bat detectors remain silent, and pretty much the only way to detect bat activity is by extending the spatial extent of sampling by driving. This has implications for others surveying and monitoring bats in arid environments, and her findings are out this week in the J. Arid Environments. This is open access until December 9th.
Marina Fisher-Phelps, Dylan Schwilk and Tigga Kingston. (2017). Mobile acoustic transects detect more bat activity than stationary acoustic point counts in an urban-rural landscape matrix. Journal of Arid Environments 136: 38-44. http://dx.doi.org/10.1016/j.jaridenv.2016.10.005
Treeless, waterless plain, where turbines abound. Driven transects work better than stationary points for detecting the little bat activity.
The first publication from Kendra’s dissertation came out online in July, but it is out this month in the September issue of Biological Conservation.
Phelps, K., Jose, R., Labonite, M., & Kingston, T. (2016). Correlates of cave-roosting bat diversity as an effective tool to identify priority caves. Biological Conservation, 201, 201-209.
She and her team surveyed no less than 60 caves on Bohol Island, Philippines — a lot of hard work. Here are the highlights:
- Correlates of cave bat diversity were used to develop cave – prioritization schemes.
- Surface-level disturbance and cave complexity correlated with bat diversity.
- Prioritization schemes selected caves with greater richness than random selection.
- Open-source data and/or rapid cave surveys can prioritize caves for conservation.