Impact Factor: 0.8

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Mammalia

Editor-in-Chief: Christiane Denys

Language: English

First published: January 1, 1936

Publication Frequency: 6 issues per year

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Starting 2025, Mammalia will be transferred to Open Access on a year-by-year basis. All articles will thus appear without delay under the Creative Commons license CC BY 4.0. There will be no publication costs for the authors. The Open Access transformation is based on Subscribe-to-Open. You can find more information about the model here.

Objective
Mammalia is an international, multidisciplinary, bimonthly journal devoted to the inventory, analysis and interpretation of mammalian diversity. It publishes original results on all aspects of the systematics and biology of mammals with a strong focus on ecology, including biodiversity analyses, distribution habitats, diet, predator-prey relationships, competition, community analyses and conservation of mammals. The journal also accepts submissions on sub-fossil or recently extinct mammals.

Topics

Comparative, functional and evolutionary anatomy
Morphology
Classical and geometric morphometrics
Ecology
Evolutionary biology
Phylogeny and phylogeography
Biogeography
Taxonomy and nomenclature
Physiology
Behavior
Conservation

Article formats
Original Studies, Reviews, Short Notes

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Multifaceted approach to the systematics, biology, behavior, ecology and conservation of mammals
State-of-the-art research results
High quality peer-review
Renowned international editorial board
Online and print publication incl. ahead of print mode

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As of 2026, all De Gruyter journal subscriptions include access to every issue, from Volume 1, Issue 1 through to today, meaning subscribers can access even more research at no additional cost.

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Factors affecting seasonal fine-scale habitat use by wild ungulates in Vansda National Park, Gujarat, India

January 20, 2026

Rishi Ram Paudel, Prashant Kumar Shrivastava, Rohit Chaudhary, Aadil Kazi

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Assessing habitat use of ungulates is essential for their long-term conservation in protected areas. Present study assessed the fine scale seasonal habitat use of three wild ungulate species i.e . Axis axis , Muntiacus muntjak and Tetracerus quadricornis in Vansda National Park, Gujarat, India using presence-absence sampling from September 2023 to April 2024. Data were collected using 10-m radius circular plots on 20 randomly placed transects of one km length resulting in total effort of 120 sampling sites. We used binomial generalized model by treating species presence-absence as response variable, and eight ecological and two anthropogenic covariates as predictor variables. We created models with all possible combinations of ecologically significant covariates for each species and best models were selected based on ΔAIC < 2. In winter, spotted deer prefer canopy cover and grass cover. Barking deer favor canopy cover in both seasons and shrubs in winter. Four-horned antelopes avoid favor grass cover in winter and prefer canopy cover in both the seasons. These highlighted varying responses of ungulates towards dynamics resources. Therefore, future management practices should consider differential response of ungulates towards resources during seasonal changes and livestock grazing in Vansda.
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Food habits of Hilgendorf’s tube-nosed bats, Murina hilgendorfi (Vespertilionidae), in the cool temperate coniferous forest of Mount Fuji, central Japan

January 5, 2026

Hayato Takada, Akiyoshi Sato, Setsuko Katusta

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We investigated the food habits of Hilgendorf’s tube-nosed bats ( Murina hilgendorfi ) in a coniferous forest and compared them to the results of a previous study conducted in broad-leaved forests. In coniferous forest, they consumed non-volant prey, indicating that they are typical gleaners relying on beetles with narrower niche breadth, whereas, in broad-leaved forests, they consume grasshoppers as well as beetles with wider niche breadth. This suggests that intraspecific variation in food habits is linked to habitat characteristics. Limited food resources in cool temperate coniferous forest may have led to dependence on specific food category.
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First survey of cave dwelling bats of the Tigray highlands, northern Ethiopia

November 12, 2025

Gebru Tadesse, Teklemedhn Welu, Kiros Welegerima, Asmelash Abay, Petr Benda, Pavel Hulva, Yonas Meheretu

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Bats are among the most phylogenetically diverse and ecologically significant mammalian groups, comprising ca. 22 % of all mammal species. They provide ecosystem services, including insect pest control, pollination, and seed dispersal of agriculturally important plants. As bioindicators, their population status offers insight into ecosystem health, particularly in fragile environments such as cave systems. We investigated bat diversity and composition in sandstone and limestone caves in the Tigray Region, Ethiopia, based on surveys conducted from December 2016 to April 2017 and March to October 2020. Using morphological and genetic identification, from 15 sampling sites we recorded 151 individuals representing 10 species from five families. While four species, Nycteris macrotis 1, N. sp., Plecotus balensis , and Hipposideros megalotis , were restricted to either sandstone or limestone caves, Hipposideros tephrus , Rhinolophus blasii , and Nycteris thebaica occurred in both, suggesting broader ecological valence. Notably, P. balensis , the Ethiopian Highland endemic bat, was recorded in a cave for the first time, extending its known distribution northward. Given the extensive network of caves and rock-hewn churches in Tigray, a comprehensive inventory of the region’s bat fauna is essential for evidence-based conservation. With increasing anthropogenic pressure from tourism and habitat degradation, protecting key roosting sites is vital for sustaining bat populations.
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The plausible extinction of an Andean rodent: a victim of climate change?

June 26, 2025

Erika Cuellar Soto, Mauro N. Tammone, Damián Voglino, Ulyses F.J. Pardiñas

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Climate change is affecting biotic conditions at high altitude, particularly for species with narrow habitat preferences. Among them is the Andean rodent Aconaemys fuscus , known only from its holotype, collected in Argentina more than 150 years ago. Surveys in its purported habitat, including those conducted in 2017, have failed to detect the species and instead have documented the presence of another caviomorph, Ctenomys . Glacier recession, reduced snow precipitation, and increased grazing pressure on highland wetlands in the Central Andes suggest that A. fuscus may have been extirpated from the region due to climate change.
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Alpine marmot (Marmota marmota) pups emerge increasingly earlier with ongoing climate change

January 9, 2026

Christophe Bonenfant, Aurélie Cohas, Pierre-Alexandre Quittet, Jérôme Cavailhès, Rébecca Garcia, Nicolas Blache, Jean-Michel Gaillard, Mathieu Douhard

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Advance in the phenology of plants and animals is a widely observed response to climate change. The magnitude of the changes is, however, very variable across species. Several biological factors could influence the strength of the phenological advances, including lifestyle. Hibernation has evolved in response to harsh environmental conditions and could, hence, potentially buffer organisms against changing climatic conditions. In the Alps, the Alpine marmot hibernates for almost 6 months. Owing to its slow pace-of-life, we expected Alpine marmots to be more responsive to earlier springs than non-hibernating species. Here we investigate temporal variation in the date at which pups emerge from their natal burrow for the first time. Using quantile regressions, we provide clear evidence of an earlier pup emergence between 1990 and 2023. Over the study period, the predicted change is 4.7 days. In particular, late emergence dates are becoming especially rare over time. Our findings are in line with previous works on other Alpine species, which suggest a general advance in reproductive phenology. The rate of change of pup emergence dates over years is, however, weaker in the Alpine marmot than in most other mammalian species studied so far.
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Small terrestrial mammals of southern Ethiopia: DNA barcoding sheds light on a neglected centre of montane endemism

December 22, 2025

Lucie Kubáčková, Getachew Mulualem, Zewdneh Tomass, Tessema Bibo, Yonas Meheretu, Josef Bryja

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The Ethiopian Highlands (EH) represent one of the most outstanding centres of endemism in Africa. There is an important biogeographical structure of EH, driven by the presence of the Great Rift Valley (GRV) and deep river valleys, promoting diversification of biota. Here we focused on small mammals of the Wolaita and Gamo zones in the southern part of EH, eastward of GRV. We DNA-barcoded all taxa and combined the new data with previous sequences from other parts of EH and elsewhere. Based on the phylogeographic patterns, we assess the role of GRV in southern Ethiopia as a barrier to gene flow (in montane taxa) or as a corridor facilitating gene flow (in lowland taxa from savanna). We show that the bottom of GRV is inhabited by a unique mix of taxa from the Sudanian and Somali-Masai savannas. The mountains are inhabited (i) by species widely distributed on both sides of GRV, (ii) by species restricted to remnant forests of south-western EH, and (iii) by specialists of Afroalpine habitats, including one possibly new species of Lophuromys . The high diversity of indigenous ecosystems is significantly threatened by an increasing human population and by invasive commensal mammals, mainly the black rat Rattus rattus .
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Weak association between mountains ranges and risk of extinction from climate change in monotypic genera of rodents

May 28, 2025

Giovanni Amori, Luca Luiselli

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Monotypic genera (MTGs) hold significant evolutionary value, as their extinction results in the loss of an entire lineage. Given their frequent endemism and restricted distributions, particularly in mountainous regions, MTGs may be disproportionately vulnerable to climate change. In this study, we evaluated the extinction risks of rodent MTGs globally, considering three key factors: (i) proportion of range in mountains, (ii) habitat niche breadth, and (iii) proportion of range in high climate change areas, using a 2080–2099 published scenario. Using IUCN-based assessments and principal component analysis (PCA), we identified 41 MTGs at high risk, with the Oriental region – especially Sulawesi – emerging as a hotspot. While 36.6 % of high-risk MTGs were strictly montane, our multivariate analysis revealed a weak correlation between the proportion of the range within mountainous regions and the percentage of the range located in areas experiencing rapid climatic change, with eleven genera (e.g., Nilopegamys, Eupetaurus, Aeretes, Hodomys ) being positioned near the axis representing the proportion of their range situated within high climate change zones. The impact of niche width appeared to be minor with relatively few genera being habitat specialists. The most affected genera were primarily Muridae, occurred predominantly in the Oriental region, and often had extremely narrow distributions. Conservation efforts should prioritize regions with high-risk MTGs, particularly Sulawesi, Sichuan (China), Ethiopia, and Mexico.
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An exposed tree fork and a rock formation crevice as diurnal roost sites for a nocturnal hollow-retreating marsupial, the common brushtail possum (Trichosurus vulpecula)

January 20, 2026

Matthew Mo, Elouise Mo

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The common brushtail possum ( Trichosurus vulpecula ) is a nocturnal marsupial that primarily retreats to tree hollows. However, there are some reports of denning in other sites like dense foliage, rock outcrops and animal burrows. We report observations of common brushtail possums roosting in an exposed tree fork and roosting in a ground-level rock crevice in the Blue Mountains region, New South Wales, Australia. Both remained at those sites for the entire day, with the individual in the exposed tree fork waking briefly to browse. The observation of the possum in the sandstone crevice differs from previously reported instances of roosting in rock outcrops in that this crevice was at ground level and accessible to ground-based predators.
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Shortened non-breeding period and extended reproductive activity in male wild mice during a context of increased temperature

December 25, 2025

Kaisei Miyajima, Hiromi Daikuhara, Jin Shibata, Kento Annaka, Hikari Ikema, Shigefumi Tanaka, Toshie Sugiyama, Akifumi Nakata, Tomisato Miura, Hideaki Yamashiro

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This study investigated seasonal changes in the reproductive cycle of wild large Japanese field mice ( Apodemus speciosus ) in Niigata, Japan, within a context of increased temperature. From April 2024 to February 2025, monthly sampling showed that spermatogenesis was only briefly suppressed in November and December, with recovery observed by January. Histological analysis of testicular tissue revealed that the non-breeding period was shortened compared to previously reported patterns (Akiyama et al. 2015. Effect of seasonal changes on testicular morphology and the expression of circadian clock genes in Japanese large field mice ( Apodemus speciosus ). J. Biol. Regul. Homeost. Agents 29: 589–600), and reproductive activity was extended into months that had previously been considered non-breeding. These observations were made during 2024, which recorded the highest average annual temperature in Japan’s history, suggesting that reproductive timing in A. speciosus may be influenced by recent warming.
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Abrocoma bennettii (Rodentia: Abrocomidae): new records and range extension of its altitudinal distribution

January 3, 2025

Edvin Riveros-Riffo, Francisco J. González-Pinilla, R. Eduardo Palma

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Bennett’s chinchilla rat ( Abrocoma bennettii ) is an hystricomorph rodent endemic to Chile inhabiting semi-arid and meditarranean regions below 2,000 m above sea level, from northern and central Chile. Using various lines of evidence, including camera traps, skulls, middens, and DNA, this study reports two new records of A. bennettii discovered during the course of a baseline fauna survey. These new records expand their current altitudinal limit up to 3,500 m above sea level and reveal an unprecedented potential sympatry with Abrocoma cinerea in the Andes of the Atacama Region, highlighting the ecological versatility of this common yet elusive rodent.
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A simple rule-of-thumb method to define environmental flow for the Pyrenean desman (Galemys pyrenaicus)

December 30, 2025

Arturo Elosegi, Joxerra Aihartza, Amaiur Esnaola, Jorge González-Esteban

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The Pyrenean desman ( Galemys pyrenaicus ) is a semiaquatic insectivore that is critically endangered due to inbreeding, predation by the invasive American mink, and habitat fragmentation and degradation, among many other causes. Many of the streams currently occupied by the Pyrenean desman, even those protected within the Natura 2000 network, are affected by hydropower. However, the environmental flows (eflows) set by the water administrations within its distribution areas do not account for the specific needs of this species. Unfortunately, the small size, nocturnal habits and low population density of this animal make it impossible to gather the information necessary to draw habitat preference curves as detailed as those obtained for many fish and invertebrate species. As an alternative, given the urgent need to prevent the extinction of this endangered species, we propose to combine the Pyrenean desman preference for riffles, runs and pools with maps of these habitats under different flow conditions in the Leitzaran, a stream affected by diversion hydropower. We show how habitat suitability drops as riffle area decreases with flow reduction, and how this information can be used to provide a simple, rule-of-thumb method for defining eflows for the species. This method can be adapted to other populations differing in their habitat preferences, as well as to rivers with contrasting habitat characteristics.
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Relationship between hydrology and the activity of an endangered semi-aquatic mammal, the Pyrenean desman (Galemys pyrenaicus)

August 29, 2025

Loan Arguel, Laëtitia Buisson, Philippe Baran, Mélanie Némoz, Frédéric Blanc, Léa De Sauverzac, Maëlle Dupuy, Christine Fournier-Chambrillon, Pascal Fournier, Vincent Lacaze, Thierry Laporte, Melody Lim, Émile Poncet, Xavier Rozec, Pascal Laffaille

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This study aimed at understanding the effects of hydrology on the activity pattern of the Pyrenean desman. Fourteen individuals were monitored by radiotracking in six rivers having different hydrology. Several metrics describing aquatic activity were assessed to study variability among individuals. First, whatever hydrology, individuals had a similar average daily activity. Individuals which experienced the greatest variations in flow during monitoring and which were radiotracked in autumn tended to be more or less active depending on days. Second, several patterns of activity were observed. Individuals monitored at a flow value close to the mean annual flow in summer tended to be mainly active at night and to travel a larger distance along the river. Individuals monitored during periods of low or high flows tended to be more active during daytime and to travel smaller distance. Finally, some individuals had consistent daily activity throughout the monitoring period, while others showed some variability. These differences are not related to hydrology or other variables studied but the highest intra-individual variabilities were observed during significant flow variations. These findings provide new information on the ecology of the Pyrenean desman and will help to improve management and conservation actions.
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Vocalizations emitted by the rare and endangered painted tree rat, Callistomys pictus (Rodentia, Echimyidae)

January 5, 2026

Raquel Teixeira de Moura, Renata S. Sousa-Lima, Hugo Eduardo Ferreira, Gustavo A. B. da Fonseca

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Bioacoustics is a valuable tool for conserving threatened species, enabling the identification of population patterns and activity in cryptic, elusive animals. We studied the acoustic signals using opportunistic acoustic recordings of Callistomys pictus , an endangered small mammal endemic to Brazil’s heavily impacted Atlantic Forest. We described, classified, and mathematically confirmed at least three distinct vocalization types in its repertoire – whine, warble, and whistle – which are compatible with vocalizations by other closely related taxa. These results address critical gaps in knowledge of its behavior and vocal communication, offering insights that can significantly aid its conservation.
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Redrawing the range of Cyclopes dorsalis (Gray, 1865): new southernmost records from Ecuador’s coastal dry forests

January 6, 2026

Carlos Sarango-Tandazo, Eddie Jaramillo, Rocío Saraguro, Marcos D. Calle-Morán, Marlon Vega, Miguel Alcoser-Villagómez, Víctor Romero

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Cyclopes dorsalis (Gray, 1865), the westernmost silky anteater, is poorly documented in the southern portion of its range. We compiled 284 verified occurrence records, including 14 new records from five provinces in Ecuador. Four localities in El Oro represent the southernmost confirmed sites to date. These include coastal and seasonally dry forests, highlighting potential range continuity in under-sampled regions. Our data refine the known distribution of C. dorsalis , support the need to revise IUCN range maps, and identify key areas for conservation. We recommend expanded field sampling and molecular analyses to investigate population structure and potential cryptic diversity.
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Effect of spring green-up dynamics on body mass and growth of bighorn sheep

January 7, 2026

Limoilou-Amélie Renaud, Félix-Olivier Dufour, François Rousseu, Marco Festa-Bianchet, Fanie Pelletier

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Climate change is altering phenological traits across many taxa. While northern temperate species often adjust migration or breeding to track these shifts, such adjustments may be insufficient, leading to mismatches between trophic levels. Most studies focus on changes in the timing of spring onset, but few assess how climate change affects the speed of seasonal changes. Rapid spring green-up can shorten the period of high-quality forage, potentially constraining herbivore nutrition. We investigated how both the timing and duration of vegetation green-up influence body mass in bighorn sheep ( Ovis canadensis ). Using 23 years of satellite-derived Enhanced Vegetation Index (EVI) data, we quantified the onset, date of maximum green-up rate, and end of green-up, and assessed their effects on lamb weaning mass and female autumn mass. Green-up occurred increasingly early over time, but its duration showed no consistent trend. Green-up date weakly affected female mass, whereas neither green-up date nor duration influenced lamb weaning mass. These findings suggest that while shifts in timing are detectable, their demographic effects are limited. Future research should consider not only the onset of vegetation growth but also its rate and the timing of browning down, as both can shape forage availability and herbivore performance.
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Mitogenomics of endemic Ethiopian shrews: looking for footprints of adaptive evolution along a remarkable altitudinal gradient

April 7, 2025

Elena D. Zemlemerova, Valeria A. Komarova, Leonid A. Lavrenchenko

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Mitochondria provide most of energy in animal cells through oxidative phosphorylation; therefore, the evaluation of selective pressures on the mitochondrial genome can yield valuable insights into evolution of adaptations to different energy requirements within unique environments. The distribution of East African shrews is directly related to an altitudinal gradient, implying their high level of adaptive divergence and making them a unique model for revealing molecular mechanisms of the adaptation. Here we analysed signs of adaptive evolution in 17 mitogenomes of endemic Ethiopian white-toothed shrews (three ecotypes of Crocidura glassi s.l.) that replace each other in adjacent altitudinal belts of the Bale Massif, possibly indicating large adaptive divergence. To test this hypothesis, we used a combination of different methods besides classic tests of selection; we also analysed physicochemical changes of amino acid properties in protein-coding genes. None of the analyses yielded significant results on positive selection. We can theorize that purifying selection might have been a common selection pattern for mitochondrial genes in C. glassi s.l. ecotypes. Finally, different environmental adaptations – reflecting organisms’ various strategies and possibly important in white-toothed shrews – are discussed.
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Phylogeography and karyotypic description of the Ethiopian striped mouse (Mus imberbis)

August 27, 2025

Aleksey A. Martynov, Elena V. Cherepanova, Anton R. Gromov, Mengistu Wale, Yihew Biru, Mesele Yihune, Leonid A. Lavrenchenko

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Recent studies have shown that Mus imberbis , formerly known as Muriculus imberbis , is an internal lineage of the African subgenus Nannomys . Due to differences in coloration between specimens from the Abyssinian Plateau and Harar Plateau of the Ethiopian Highlands, populations from the Harar Plateau have been given subspecies status. Nonetheless, available data have been insufficient to assess phylogenetic structure of this species. In this work, we reconstruct phylogeographic structure of M. imberbis on the basis of molecular data. The obtained results refute the division of M. imberbis into two subspecies. We also describe for the first time the karyotype of this species.

Special Issue: 10th International African Small Mammals Symposium (ASMS)

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Journal Impact Factor	0.8	2024, Journal Citation Reports (Clarivate, 2025)
5-year Journal Impact Factor	1	2024, Journal Citation Reports (Clarivate, 2025)
Journal Citation Indicator	0.49	2024, Journal Citation Reports (Clarivate, 2025)
CiteScore	1.9	2024, Scopus (Elsevier B.V., 2025)
SCImago Journal Rank	0.333	2024, SJR (Scimago Lab, 2025; Data Source: Scopus)
Source Normalized Impact per Paper	0.621	2024, CWTS Journal Indicators (CWTS B.V., 2025; Data Source: Scopus)

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Editor-in-Chief
Christiane Denys (Paris, France)

Associate Editors
Stéphane Aulagnier (Castanet Tolosan, France)
Josef Bryja (Brno, Czech Republic)
Niccolò Fattorini (University of Siena, Siena, Italy)
Boris Krasnov (Midreshet-Ben Gurion, Israel)
Boris Kryštufek (Koper, Slovenia)
Géraldine Veron (Paris, France)

Editorial Board
Giovanni Amori (Rome, Italy)
Diego Astúa (Federal University of Pernambuco, Brazil)
Petr Benda (National Museum and Charles University, Czech Republic)
Ernesto Capanna (Rome, Italy)
Louise H. Emmons (Washington DC, USA)
Steve M. Goodman (Antananarivo, Madagascar)
John Gurnell (London, UK)
Heikki Henttonen (Vantaa, Finland)
Herwig Leirs (Antwerpen, Belgium)
Sandro Lovari (University of Siena, Siena, Italy)
Darrin Lunde (New York, USA)
François Moutou (Maisons-Alfort, France)
Georgy I. Shenbrot (Mizpe Ramon, Israel)
Mariana Silva Ferreira (Universidade Federal do Rio de Janeiro, Brazil)
Peter J. Taylor (Durban, South Africa)
Marcus Vinicius Vieira (Rio de Janeiro, Brazil)
Diego Astúa (Federal University of Pernambuco, Brazil)
Mariana Silva Ferreira (Universidade Federal do Rio de Janeiro, Brazil)
Petr Benda (National Museum and Charles University, Czech Republic)

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eISSN:

1864-1547

ISSN:

0025-1461

Language:

English

Publisher:

De Gruyter

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First published:

January 1, 1936

Publication Frequency:

6 issues per year

eISSN: 1864-1547

ISSN: 0025-1461

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