Mistakes can occur in any environment, but what if the records we read about are actually incorrect? The case of unqualified scientists publishing false records of insects in the Murmansk oblast of Russia is described in the recent paper in the open-access journal Arctic Environmental Research.
A recently published book on some aspects of the ecology of woody introducents in the Murmansk oblast of Russia provides the information on 19 species of plant-damaging insects out of which only 4 species are identified correctly. Dr Mikhail V. Kozlov from the University of Turku provides correct identifications for the insects, illustrated in the book, in his paper, published in the open-access journal Arctic Environmental Researchin order to prevent the spread of erroneous information across future publications and databases.
Insect fauna of the Murmansk region is relatively well-studied and that’s why any new faunistic records from this region immediately attract the attention of entomologists. Those findings are especially exciting when they extend the distribution range of certain species by 1,000 to 2,000 km towards the North Pole.
The published misidentifications of insect species can lead to a cascading effect of mistakes, because entomologists commonly use faunistic data published by colleagues decades and even centuries ago. That’s why it is very important to keep a track of such cases and provide correct identifications if possible, remarks the author.
“In particular, three moth species (Archips crataegana, A. podanaand Erannis defoliaria) reported in this book to occur around Kirovsk have not yet been found either in the Murmansk oblast or in the more southern Karelia. In neighbouring Finland, the northernmost records of these species are from locations some 1,000 km to the south of Kirovsk”,
Dr Kozlov shares his concerns.
The most striking examples of misidentification in the book are at the order level: a syrphid fly (Diptera) identified as a leafcutter bee (Hymenoptera), and a sawfly (Hymenoptera) identified as a psyllid (Hemiptera).
Leaf beetle Chrysomela lapponica, erroneously mentioned in the criticized book as a pest of bird cherry, shadbush and chokeberry, feeds in the Murmansk oblast only on willows. Credit: Vitali Zverev License: CC-BY 4.0
In conclusion, Dr Kozlov’s revision found that 15 out of the 19 species illustrated were incorrectly identified. Thus, the leaf damage associated with certain insect species, considered in the book, also becomes very questionable.
“The misidentification of pest species can easily result in incorrect pest management and face unnecessary costs, while publication of incorrect data distorts our knowledge of the distribution and biology of insects. Therefore, insect identification for scientific, educational or pest management purposes should always be performed by professionals or by volunteers and students who have specific training for this purpose”,
concludes Dr Mikhail V. Kozlov.
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Original source: Kozlov MV (2019) Insects identified by unqualified scientists: multiple “new” records from the Murmansk oblast of Russia are dismissed as false. Arctic Environmental Research 19(4): 153-158. https://doi.org/10.3897/issn2541-8416.2019.19.4.153
Considered as one of the best studied spiders, the orb-weavers remain poorly known in the central parts of the Palearctic ecozone. Hence, an international research team took to the Caucasus, Middle East and Central Asia. Their article in the open-access peer-reviewed journal ZooKeys documents three new-to- science species, where one is named after the Indo-Iranian god of light Mithra. Another carries the name of the flamboyant French mathematician and spider aficionado Cédric Villani.
With their astonishingly precise spiral webs, orb-weaving spiders are the arachnid analogy of first-class mathematicians, note the researchers behind the study
Despite being considered as one of the best-studied spiders in the Palearctic, the orb-weaver spiders (family Araneidae) remain poorly known in the central parts of the ecozone. To bridge the knowledge gaps, an international research team of researchers took to the Caucasus, Middle East and Central Asia to study two of those genera: Araniella and Neoscona.
As a result, in their article, recently published in the open-access scientific journal ZooKeys, arachnologists Alireza Zamani (University of Turku, Finland), Yuri M. Marusik (Institute for Biological Problems of the North RAS, Russia) and Anna Šestáková (The Western Slovakian Museum, Slovakia) describe three new-to-science species, where one: Araniella villanii – carries the name of the flamboyant French mathematician and spider aficionado Cédric Villani, who has been dubbed the “Lady Gaga of Mathematics”. Even if unknown until now, the species turned out to have a wide distribution, ranging from south-western Iran to eastern Kazakhstan and northern India.
A female specimen of the newly described orb-weaver species Araniella villanii on its web (Kazakhstan) Photo by Alireza Zamani
“It’s a well-known fact within the arachnological community that spiders are masters of mathematics and architecture. Orb-web spiders, in particular, tend to build beautiful and architecturally aesthetic webs, some of which are formed in spirals in line with the repetitive pattern of the golden ratio,”
explains lead author of the study Alireza Zamani.
The web of the garden orb-web spider Araneus diadematus, for example, usually has 25 to 30 radial threads forming an astonishingly precise angle of about 15°, which the spider carefully measures using its front legs. According to scientific observations, if the front legs are removed, the regularity of the angles between adjacent radial threads is impaired.
A female specimen of the newly described orb-weaver species Araniella villanii on its web (Kazakhstan) Photo by Alireza Zamani
For these and many other reasons, spiders must have been an inspiration for mathematicians like Cédric Villani, who has publicly shown a mysterious love for these arachnids. Awarded the Fields Medal (some say it is the Mathematics equivalent of the Nobel Prize) in 2010 and having served as the director of Sorbonne University‘s Institut Henri Poincaré from 2009 to 2017, the Frenchman’s love for spiders is quite evident, thanks to the constant presence of a spider brooch on his lapel. Although he has never explained the reason behind his appreciation of these eight-legged wonders, now he has a real, even scientifically sound connection to them in the real world.
Apart from Araniella villanii, whose scientific name honours the prominent scientist and recognises his love for spiders, the other two newly-described species also have a story behind their names. One of them: Neoscona isatis, discovered in central Iran, was named after the historical name of its type locality; and Araniella mithra, known from north-western, central and south-western Iran, was named after Mithra, the god of light in the ancient Indo-Iranian mythology.
Curiously, spiders in the genus Araniella are green in colour due to certain bile pigments (biliverdin) that make them very difficult to spot in their natural habitat, as they live mostly on leaves.
French mathematician and spider aficionado Cédric Villani (left) with lead author and discoverer of the three new-to-science orb-weaver spiders Alireza Zamani (right) in Iran (2015)
“I met Mr. Villani in May 2015 at University of Tehran, where he was an invited speaker. We got to briefly talk about our shared interest in spiders, and I had the opportunity to present him an Iranian wolf spider as a souvenir!”
recalls Zamani.
“It’s important to note that, with the efforts of taxonomists, new species are being discovered and described with an average rate of 18,000 species per year, but simultaneously both known and undescribed species go extinct due to human activities, with the current rate being within or even higher than the range of the newly described ones. A first step towards conservation of biodiversity includes taxonomic research to document species and to define hotspots of species diversity in order to protect such carefully selected habitats,”
he points out.
A female specimen of the newly described orb-weaver species Araniella villanii in its natural habitat (Kazakhstan) Photo by Anatoliy Ozernoy
“However, with the current situation of low funding for taxonomic research, the number of students doing taxonomic research is in severe decline and the current average ‘shelf life’ (between discovery and description) of a new species remains at about 21 years. Araniella villanii is a great example of how much we don’t know about our biodiversity.”
Despite being discovered all the time, new species mostly have very restricted ranges and are only known from a few nearby localities. Orb-weaver spiders have very good dispersal abilities and it is relatively uncommon to detect new species of them.
“Araniella villanii is known from a few localities in southwestern Iran, eastern Kazakhstan and northern India, a distribution range covering at least ten countries, and yet the species was unknown to science until now. I think that the message that this particular discovery implies is that while there are such widely-distributed undescribed species out there, we need more and more taxonomic research, both in the field and in the natural history museum collections, which house a considerable number of undescribed species, in order to preserve the remaining biodiversity on earth, before it’s too late”.
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Original source:
Zamani A, Marusik YM, Šestáková A (2020) On Araniella and Neoscona (Araneae, Araneidae) of the Caucasus, Middle East and Central Asia. ZooKeys 906: 13-40. https://doi.org/10.3897/zookeys.906.47978
When, in 2014, Brazilian researchers stumbled across a never-before-seen red-eyed leafhopper feeding inside the rosettes of bromeliads, growing in the restingas of southeastern Brazil, they were certain it was a one-of-a-kind discovery. Described as new-to-science species, as well as genus (Cavichiana bromelicola) and added to the sharpshooter tribe Cicadellini, it became the first known case of a leafhopper feeding on otherwise nutrition-poor bromeliads in their natural habitat.
Newly described sharpshooter species Cavichiana alpina (left) and the only other leafhopper (Cavichiana bromelicola, right) known to feed on bromeliads Photo by Gabriel Mejdalani
Several years later, however, a team of entomologists from Universidade Federal do Rio de Janeiro carried out fieldwork in a mountainous area of southeastern Brazil and, as a result, another bromelicolous leafhopper species of the genus was discovered: Cavichiana alpina. Only, the new one appeared even more spectacular.
The new species, described and illustrated in the open-access journal Zoologia, is known from Itatiaia National Park (southeastern Brazil), where it can be found at altitudes above 1,800 m a.s.l. In fact, its characteristic mountainous habitat came to determine its species name (alpina). In contrast, its relative was originally described exclusively from sea level regions, even though the latest field trips have recorded it from a site located at 1,250 m a.s.l.
Slightly larger than the previously known C. bromelicola and similarly red-eyed, what most remarkably sets apart the newly-described species is its colouration. Rather than a single large yellow blotch contrasting against the dark-brown to black back of the insect, this sharpshooter sports a motley amalgam of red and blue covering most of its upper side.
In conclusion, the researchers explain that the peculiarity of the two known Cavichiana species is best attributed to a putative common ancestor that had likely once been widely distributed in southeastern and southern Brazil. Later, they speculate, a vicariant event, such as the uplift of the southeastern Brazilian mountain ranges during the latest Eocene and Oligocene, might have caused its diversification into two separate species.
Newly described sharpshooter species Cavichiana alpina (top) and the only other leafhopper (Cavichiana bromelicola, bottom) known to feed on bromeliads in their natural habitat Photo by Gabriel Mejdalani
Original source: Quintas V, Takiya DM, Côrte I, Mejdalani G (2020) A remarkable new species of Cavichiana (Hemiptera: Cicadellidae: Cicadellinae) from southeastern Brazil. Zoologia 37: 1-8. https://doi.org/10.3897/zoologia.37.e38783
Japan pig seahorse (Hippocampus japapigu) in its natural habitat at Hejie, Kenting, Taiwan
Credit: Chao-Tsung Chen License: CC-BY 4.0
While monitoring of cryptic and elusive tiny creatures, such as pygmy seahorses that measure only 13 to 27 mm, might be too costly and time-consuming for research teams and institutions, the underwater activity might be proving of particular interest to photography and diving enthusiasts.
At least, this is what comes across from the recent reports of five miniature species identified from Taiwanese waters by local citizen scientists and passed along via Facebook and Instagram. Amongst the findings, there are two species that had never before been reported from the country, including last year’s media sensation: the ‘Japan pig’, considered to only be found in the “Land of the Rising Sun”. The study, conducted by the team Mr. Joseph Heard, Drs Jeng-Ping Chen and Colin Wen from Tunghai University and Taiwan Ocean Research Institute, is published in ZooKeys, the very same open-access journal that saw the description of the species in 2018.
The scientists note that pygmy seahorses are largely unknown species and even basic information regarding their habitats is largely inconsistent and based on unofficial reports. As monitoring of marine wildlife can be expensive and time-consuming, especially regarding its small and cryptic representatives, the researchers decided to use “Phone a Friend” lifeline. Scuba divers and underwater photographers were approached on social media to help investigate pygmy seahorse diversity in Taiwan.
Their call resulted in 259 social media items, including 75 photos of 78 miniature creatures from their natural habitats at five different locations. Identified as five separate species, their discovery ranks Taiwan as one of the world’s biodiversity hotspots for pygmy seahorse, given that there are only seven species of pygmy seahorses out there.
A Japan pig seahorse (Hippocampus japapigu) in its natural habitat at Green Island, Taiwan. Credit: Jolly Huang License: CC-BY 4.0
Four of those were found at Green Island alone, a small volcanic Pacific island, measuring only 15 km2.
Pygmy seahorse specimen collection from Taiwan for future examination is still undergoing.
Heard J, Chen J-P, Wen CKC (2019) Citizen science yields first records of Hippocampus japapigu and Hippocampus denise (Syngnathidae) from Taiwan: A hotspot for pygmy seahorse diversity. ZooKeys 883: 83-90. https://doi.org/10.3897/zookeys.883.39662
A new issue of the scholarly, open-access and peer-reviewed journal PhytoKeys focuses on the Chinese biodiversity hotspots and their substantial role in understanding the country’s unique flora. The special issue embarks on a treasure hunt into China’s biodiversity hotspots, including the descriptions of 23 species previously unknown to science and new insights into the ecological diversity of ferns based on their DNA sequences.
In China, biodiversity-rich landscapes vary from the dry Northwest region, through the surrounded by massive mountain ranges of the Qinghai-Tibet Plateau, to the tropical and subtropical southern China. The combination of remote and hard to reach mountain areas and diverse microclimates promises high levels of endemism.
“With extended collaboration among Chinese scientists and coordination of networks on plant conservation and taxonomy across China, we synthesize a special issue entitled “Revealing the plant diversity in China’s biodiversity hotspots”, to present the latest findings by Chinese botanists, and to update knowledge of the flora for China and adjacent countries”, explained De-Zhu Li, professor of botany at Kunming Institute of Botany (KIB), Chinese Academy of Sciences (CAS), in the editorial.
Among the newly described species, four new members of the African violet family were found from a subtropical forest in Yunnan province in southern China, discovered by researchers from Xishuangbanna Tropical Botanical Garden, CAS and their collaborators. Half of them were found only from a sole population and require further botanical examinations to deploy the conservation priorities, remark the scientists.
In another paper, scientists Yun-Feng Huang and Li-Na Dong and Wei-Bin Xu, representatives of Guangxi Institute of Botany, revealed the discovery of a new species from the primrose family. Found nowhere outside the limestone areas in Liucheng county (Guangxi, China), this rare plant species is currently facing serious threats of extinction because of the fragility and sensitivity of its habitat to the environmental changes associated with the rapid economic development of China.
The newly described Lysimachia fanii Credit: Yun-Feng Huang, Li-Na Dong, Wei-Bin Xu License: CC-BY 4.0
The special issue features the description of additional two orchid species, discovered in Motuo, located at the Himalayan border between China, Myanmar and India. The region is well known for its vertical vegetation system, varying from tropical forest to permanent glaciers. Ji-Dong Ya and Cheng Liu from the KIB and Xiao-Hua Jin from the Institute of Botany, CAS underline that the difficult access to the area allows the thriving and diversification of plants.
Find the complete “Revealing the plant diversity in China’s biodiversity hotspots” special issue openly published in PhytoKeys at: https://phytokeys.pensoft.net/issue/1703/
A novel approach relying on a short sequence of mitochondrial DNA in conjunction with a lateral image of the holotype specimen was proposed to greatly accelerate species identification and description, especially when it comes to hyperdiverse taxa, such as parasitic wasps.
At today’s rate, it could take another two millennia for science to document all currently existing species of multicellular life
Two hundred and sixty-one years ago, Linnaeus formalized binomial nomenclature and the modern system of naming organisms. Since the time of his first publication, taxonomists have managed to describe 1.8 million of the estimated 8 to 25 million extant species of multicellular life, somewhere between 7% and 22%. At this rate, the task of treating all species would be accomplished sometime before the year 4,000. In an age of alarming environmental crises, where taking measures for the preservation of our planet’s ecosystems through efficient knowledge is becoming increasingly urgent, humanity cannot afford such dawdling.
“Clearly something needs to change to accelerate this rate, and in this publication we propose a novel approach that employs only a short sequence of mitochondrial DNA in conjunction with a lateral image of the holotype specimen,”
Description rate of parasitic wasps species (superfamily Ichneumonoidea). Data from Taxapad (Yu et al. 2016).
In standardized practices, it is required that experts conduct plenty of time- and labor-consuming analyses, in order to provide thorough descriptions of both the morphology and genetics of individual species, as well as a long list of characteristic features found to differentiate each from any previously known ones. However, the scientists argue, at this stage, it is impossible to pinpoint distinct morphological characters setting apart all currently known species from the numerous ones not yet encountered. To make matters worse, finding human and financial resources for performing this kind of detailed research is increasingly problematic.
This holds especially true when it comes to hyperdiverse groups, such as ichneumonoid parasitoid wasps: a group of tiny insects believed to comprise up to 1,000,000 species, of which only 44,000 were recognised as valid, according to 2016 data. In their role of parasitoids, these wasps have a key impact on ecosystem stability and diversity. Additionally, many species parasitise the larvae of commercially important pests, so understanding their diversity could help resolve essential issues in agriculture.
Meanwhile, providing a specific species-unique snippet of DNA alongside an image of the specimen used for the description of the species (i.e. holotype) could significantly accelerate the process. By providing a name for a species through a formal description, researchers would allow for their successors to easily build on their discoveries and eventually reach crucial scientific conclusions.
“If this style were to be adopted by a large portion of the taxonomic community, the mission of documenting Earth’s multicellular life could be accomplished in a few generations, provided these organisms are still here,”
say the authors of the study.
To exemplify their revolutionary approach, the scientists use their paper to also describe a total of 18 new species of wasps in two genera (Zelomorpha and Hemichoma) known from Área de Conservación Guanacaste, Costa Rica. Currently, the team works on the treatment of related species, which still comprise only a portion of the hundreds of thousands that remain unnamed.
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Original source:
Meierotto S, Sharkey MJ, Janzen DH, Hallwachs W, Hebert PDN, Chapman EG, Smith MA (2019) A revolutionary protocol to describe understudied hyperdiverse taxa and overcome the taxonomic impediment. Deutsche Entomologische Zeitschrift 66(2): 119-145. https://doi.org/10.3897/dez.66.34683
A remarkable bioluminescent click beetle was discovered in the subtropical evergreen broadleaf forests in southwest China. Having prompted the description of a brand new subfamily, the species is the very first bioluminescent click beetle known from the continent.
A remarkable bioluminescent click beetle was discovered in the subtropical evergreen broadleaf forests in southwest China. Scientists Mr. Wen-Xuan Bi, Dr. Jin-Wu He, Dr. Xue-Yan Li, all affiliated with the Chinese Academy of Sciences (Kunming), Mr. Chang-Chin Chen of Tianjin New Wei San Industrial Company, Ltd. (Tianjing, China) and Dr. Robin Kundrata of Palacký University (Olomouc, Czech Republic) published their findings in the open-access journal ZooKeys.
Even though the family of click beetles (Elateridae) contain approximately 10,000 species worldwide, it is only about 200 species able to emit light, and they inhabit Latin America and Oceania. Interestingly, the position of the luminous organs varies amongst the different click beetle lineages. In some, they are found on the foremost of the three thoracic segments of the body (prothorax), in others – on both the prothorax and the abdomen, and in few – only on the abdomen.
Luminescent behavior of Sinopyrophorus schimmeli gen. et sp. nov. Video by Mr Wen-Xuan Bi.
“In 2017, during an expedition to the western Yunnan in China, we discovered a dusk-active bioluminescent click beetle with a single luminous organ on the abdomen, ” recalls lead scientist Mr. Wen-Xuan Bi.
Since no bioluminescent click beetle had previously been recorded in Asia, the team conducted simultaneous morphological and molecular analyses in order to clarify the identity of the new species and figure out its relationship to other representatives of its group.
Co-author Dr. Xue-Yan Li explains:
“The morphological investigation in combination with the molecular analysis based on 16 genes showed that our taxon is not only a new species in a new genus, but that it also represents a completely new subfamily of click beetles. We chose the name Sinopyrophorus for the new genus, and the new subfamily is called Sinopyrophorinae.”
In conclusion, the discovery of the new species sheds new light on the geographic distribution and evolution of luminescent click beetles. The authors agree that as a representative of a unique lineage, which is only distantly related to the already known bioluminescent click beetles, the new insect group may serve as a new model in the research of bioluminescence within the whole order of beetles.
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Original source:
Bi W-X, He J-W, Chen C-C, Kundrata R, Li X-Y (2019) Sinopyrophorinae, a new subfamily of Elateridae (Coleoptera, Elateroidea) with the first record of a luminous click beetle in Asia and evidence for multiple origins of bioluminescence in Elateridae. ZooKeys 864: 79-97. https://doi.org/10.3897/zookeys.864.26689
The newly described species Pristimantis quintanai. Photo by UCF, Veronica Urgiles.
The team described two new species from the Ecuadorian Andes
University of Central Florida student Veronica Urgiles has helped describe two new frog species discovered in Ecuador, and she named one of them after one of her professors.
UCF student Veronica Urgiles named one of the new frog species in honor of Biology Professor Pedro Quintana-Ascencio for his years of dedication to conservation efforts in Ecuador. Photo by UCF, Karen Norum.
She explains:
“Frogs are by far my favorite. So, getting to describe and name two of them is terrific. I have been looking at these frogs for years now, so going over the whole process of observing them in their habitats and then analyzing them and comparing them under the microscope, to finally naming them is a long, but very satisfying journey.”
Urgiles, a 2017 Fulbright scholar and the lead author, said she chose to attend UCF for its integration of genetics and genomics in biodiversity research and the emphasis on real-world application. She works with Assistant Professor Anna Savage who specializes in species diversity based on molecular analyses.
“One of the things that I found most interesting about these guys is that they don’t have metamorphosis like a regular frog, but instead they develop entirely inside eggs that adult females deposit in the ground,” Urgiles said. “They really don’t need water bodies for their development. Both of the new frog species inhabit high elevation ecosystems in the mountain range over 8,000 feet, so even though we are right there in the equator, it’s very cold and windy most of the year.”
The team of researchers has been studying frogs in Ecuador the past few years. In 2017, Urgiles found the first new species and named it Pristimantis quintanai, after one of her biology professors — Pedro Quintana-Ascencio. She and Savage found the second species — Pristimantis cajanuma — in 2018. Both were found in the Paramo and montane forest of the southern Ecuadorean Andes.
The newly described species Pristimantis cajanuma. Photo by UCF, Veronica Urgiles.
The frogs are tiny, measuring 0.8 inch. Pristimantis quintanai females are brown and black and Pristimantis cajanuma are green and black, both easily blending into the foliage. They have a distinct call that is sharp and continuous, sounding like tik-tik-tik-tik.
Urgiles examined DNA samples collected by the international team back in Savage’s lab at UCF, generated genetic sequences, and constructed the phylogenetic analysis. Other team members also worked the morphological diagnosis and comparisons with other frogs and an acoustic analysis of the frogs’ calls.
Anna Savage, whose expertise includes describing species diversity based on molecular analyses, says:
“In these analyses, we use all of the genetic similarities and differences we find to build phylogenetic trees, and when we find that a ‘branch’ on the ‘tree’ has strong support and contains all of the individuals that share the same morphological characteristics, then we have good evidence to describe it as a new species. We used this method, along with vocalization and location data, to conclude that the two species we describe are distinct from any other species that have ever been characterized.”
The work is critical because of the vast diversity that has yet to be discovered in the tropical Andes of South America, Urgiles adds. In 2018, 13 new species of frogs were documented in the tropical Andes of Ecuador and so far in 2019 five new frogs have been documented.
There are potentially thousands of new plants and animals in the area that may hold the key to other discoveries. It’s important to know what is there, to better understand the threats to habitat loss and disease so conservation methods can be established to protect the resources.
Veronica Urgiles, a UCF student pursuing a master’s in biology. She named one of the two frog species that she and her team discovered after one of her professors. Photo by UCF, Karen Norum.
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Text originally by UCF.
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Original source:
Urgiles VL, Székely P, Székely D, Christodoulides N, Sanchez-Nivicela JC, Savage AE (2019) Genetic delimitation of Pristimantis orestes (Lynch 1979) and P. saturninoi Brito et al., 2017 and the description of two new terrestrial frogs from the Pristimantis orestes species group (Anura, Strabomantidae). ZooKeys 864: 111-146. https://doi.org/10.3897/zookeys.864.35102
The newly described flying squirrel species (Biswamoyopterus gaoligongensis). Photo by Kadoorie Farm & Botanic Garden.
Described in 1981, the genus Biswamoyopterus is regarded as the most mysterious and rarest amongst all flying squirrels. It comprises two large (1.4-1.8 kg) species endemic to southern Asia: the Namdapha flying squirrel (India) and the Laotian giant flying squirrel (Lao PDR). Each is only known from a single specimen discovered in 1981 and 2013, respectively.
Recently, in 2018, a specimen identifiable as Biswamoyopterus was unexpectedly found in the collections of the Kunming Institute of Zoology (KIZ), Chinese Academy of Sciences by in-house expert Quan Li. It had been collected from Mount Gaoligong in Yunnan Province, Southwest China.
The habitat of the newly described flying squirrel. Photo by Kadoorie Farm & Botanic Garden.
However, a closer look at the specimen from KIZ made it clear that the squirrel exhibited a colouration, as well as skull and teeth anatomy, distinct from any of the previously known species in the genus.
Close-up shot of the newly described flying squirrel species. Photo by Kadoorie Farm & Botanic Garden.
Subsequently, joined by his colleagues from China (Xuelong Jiang, Xueyou Li, Fei Li, Ming Jiang, Wei Zhao and Wenyu Song) and Stephen Jackson from Australia, the team of Quan Li conducted a new field survey. Thus, they successfully obtained another specimen and, additionally, recorded observations of two other flying squirrels. As a result, they included a third member to the enigmatic genus: Biswamoyopterus gaoligongensis, also referred to as the Mount Gaoligong flying squirrel. This new to science species was described in a paperpublished in the open-access journal ZooKeys.
“The morphological features of B. gaoligongensis are closer to the critically endangered and missing Namdapha flying squirrel, but is still readily identifiable as a distinct species,” explains Quan Li.
“The new species was discovered in the ‘blank area’ spanning 1,250 km between the isolated habitats of the two known species, which suggests that the genus is much more widespread than previously thought. There is still hope for new Biswamoyopterus populations to be discovered in between or right next to the already known localities,” he says.
As for the conservation status of the newly described species, the researchers note that it inhabits low-altitude forests which are in close proximity to nearby human settlements. Thereby, they are vulnerable to anthropogenic threats, such as agricultural reclamation and poaching.
“Therefore, there is an urgent need to study the ecology, distribution, and conservation status of this rare and very beautiful genus,” concludes the lead author.
The newly described flying squirrel species. Photo by Kadoorie Farm & Botanic Garden.
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Original source:
Li Q, Li X-Y, Jackson SM, Li F, Jiang M, Zhao W, Song W-Y, Jiang X-Y (2019) Discovery and description of a mysterious Asian flying squirrel (Rodentia, Sciuridae, Biswamoyopterus) from Mount Gaoligong, southwest China. ZooKeys 864: 147-160. https://doi.org/10.3897/zookeys.864.33678
Camera trap image of male Markhor Capra falconeri at the Koytendag State Nature Reserve Photo by Koytendag State Nature Reserve
New open-access book presents a comprehensive report on the remarkable ecosystems of the Koytendag nature reserve
Situated in the extreme south-east of Turkmenistan: on the border with Uzbekistan and close to the border with Afghanistan, Koytendag presents one of the most distinct landscapes in Central Asia. Reaching elevations of up to 3,137 m, this is also the highest mountain in Turkmenistan.
Location of Koytendag Image by Atamyrat Veyisov
Koytendag State Nature Reserve and its three Wildlife Sanctuaries: Hojapil, Garlyk and Hojaburjybelent, were established between 1986 and 1990 to protect and preserve the mountain ecosystem of the Koytendag region and maintain the ecological balance between the environment and increasing economic activities.
Since 2013, a series of scientific expeditions and assessments were coordinated and funded by the Royal Society for the Protection of Birds (RSPB) to pave the way for the protection and preservation of the unique landscape and rare wildlife the site is recognised for.
As a result, the efforts of the conducted field studies of multidisciplinary international research teams are brought together in a comprehensive report, which is now openly available as an Advanced Book from the scientific publisher and technology provider Pensoft, edited by Geoff Welch (RSPB) and Prof. Pavel Stoev (National National Museum of Natural History of Bulgaria and Pensoft). Soon, the book will also be available in Russian.
The book is split into eight sections focused on different areas within the study of biodiversity: Flora, Surface dwelling invertebrates, Cave fauna, Fish, Amphibians, Reptiles, Birds and Mammals. An additional chapter is dedicated to the hydrogeology of the site because of its key role in supporting both the cave fauna and the local communities.
Entrance to the newly discovered record-breaking underground lake at the Koytendag State Nature Reserve Photo by Mikhail Pereladov
In the summary of the report, the authors make a list of the most significant findings made during the research. These include the discovery of a cave hosting the largest underground lake in the whole North Eurasia (4,400 m2) and a total of 48 species of higher plants that can only be found in Koytendag. In terms of Koytendag’s surface-dwelling fauna, the report lists a number of species new to science: a scorpion (most likely yet unnamed species currently recognised as a species complex) and a spider. Meanwhile, a total of seven previously unknown species were found underground, including the very first exclusively subterranean animal found in the country: the insect-like ‘marvellous’ dipluran named Turkmenocampa mirabilis, and a strongly adapted to the underground waters of a desert sinkhole Gammarus troglomorphus. Additionally, the annual monitoring, conducted since 1995 by the reserve staff, report an encouraging increase in the populations of the rare markhors and mouflons. An intact predator-prey community was also identified as a result of observations of numerous Eurasian lynxes and grey wolves, as well as prey species.
Entrance of the cave Kaptarhana, (Lebap Province, Eastern Turkmenistan), where scientists discovered the first ever exclusively subterranean dweller for the country (find more here). Photo by Aleksandr Degtyarev
Stephanie Ward, RSPB Central Asia Partner Development Officer, says:
“RSPB has been working in Turkmenistan under a Memorandum of Understanding with the Government since 2004. In that time we have had the privilege of working with a team of talented and dedicated national experts across the diverse and inspiring nature of this fascinating country. Our work in Koytendag has captured the attention and interest of many international scientists who hope that their contemporary biodiversity research will help to deepen the understanding and therefore ensure protection of the unique wonders of this mountain ecosystem. As a potential UNESCO World Heritage Site, we will continue to collaborate with the Turkmen people on the research and promotion of Koytendag State Nature Reserve.
Book editor and member of the research team Prof. Pavel Stoev adds:
“Koytendag Mountain is among the least explored and, simultaneously, one of the most biologically diverse regions in Central Asia. The rapid assessments of its flora and fauna revealed a high number of highly specialised species, all of which have undergone a long evolution to adapt to the harsh environments of the mountain. The establishment of Koytendag State Nature Reserve and the associated wildlife sanctuaries is a step in the right direction for the protection of this unique biota.”
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Cover of the book, available as an open-access Advanced book from: https://doi.org/10.3897/ab.e37858.
Original source:
Welch G, Stoev P (2019) A report of RSPB-supported scientific research at Koytendag State Nature Reserve, East Turkmenistan. Advanced Books. https://doi.org/10.3897/ab.e37858
Additional information:
This work was carried out under the Memorandum of Understanding between the Ministry of Agriculture and Environment Protection of Turkmenistan and the RSPB, within the Project on “Improvement of the status of birds and other biodiversity in Turkmenistan”.
About Koytendag State Nature Reserve:
Koytendag State Nature Reserve was established in 1986 to protect and preserve the mountain ecosystem of the Koytendag region and maintain the ecological balance between the environment and the increasing anthropogenic activities. Of particular importance was the protection of rare species, such as the markhor; important habitats, including pistachio and juniper forests; and the impressive dinosaur trackways at Hojapil.
Advanced Books publishing by Pensoft:
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