Two Rare Orchids, One Vanishing Forest: Ecuador’s Newest Dracula Species

The genus Dracula is one of the more theatrical corners of the orchid world, containing more than 130 species.

A new species of vampire orchid, described in the open-access journal PhytoKeys, was recently discovered in the cloud forests of southwestern Ecuador, and with it comes the long-awaited confirmation of where a second, mysterious species actually lives in the wild.

The genus Dracula is one of the more theatrical corners of the orchid world. It contains more than 130 species, most found in the northern Andes of Colombia and Ecuador, and is known for its dramatic and often dark-coloured flowers with long tails. These blooms are pollinated by small flies rather than by bees or butterflies, that mistake the flower’s lip for a mushroom!

The newly described species, Dracula aguilarii, was found in El Oro Province, in a region of premontane and cloud forest that sits between 900 and 1,200 metres above sea level. Its cream-coloured flowers are suffused with brown-red tones and covered in short, dense hairs. It closely resembles a related species, D. hirtzii, but can be told apart by its blunt-tipped leaves, a deep and broadly rounded cup formed by the fused sepals, and notably shorter tails on those sepals.

Dracula aguilarii Baquero, M.M. Jiménez & Iturralde in vivo. A. Flower in ¾ view, showing the deep center, the convex sepals toward the apex, the short pubescence, and the proportionally small lip in relation to the sepals; B. Close-up of the petals and lip, frontal view; C. Close-up of the column, petals, and lip, lateral view; D. Side view of the flower, the deep and large mentum is visible as well as the convex towards the apex and pubescent sepals. Photographs by Luis E. Baquero.

The species owes its name to Mario Aguilar, a farmer and orchid enthusiast from El Oro with a remarkable knack for spotting rare orchids in the field. It was Aguilar who first came across a small population of around fifteen plants in a patch of remnant forest near the town of Balsas, more than a decade ago. Researchers later confirmed, through further fieldwork and herbarium comparisons, that his discovery represented a species new to science, and named it in his honour.

Only three populations of Dracula aguilarii are currently known, all within a fairly small area, which has led researchers to recommend the species be classified as Endangered. The forests it depends on are being steadily cleared for cattle pasture, and like many showy orchids, it also faces pressure from illegal collection for the horticultural trade.

Colour variation in Dracula aguilarii Baquero, M.M. Jiménez & Iturralde. A. Photo by Mario Aguilar from near Piñas; B. Photo by Marco M. Jiménez from a plant in situ at the southernmost known population near Balsas; C. Photo by Luis E Baquero from Holotype, LB 3142, QCNE (near Balsas); D. Photo by Marco M. Jiménez from a cultivated plant collected near Balsas.

This same study resolves a smaller mystery that has lingered for well over a decade. Dracula soennemarkii was first described in 2012 from a plant bought at a nursery and grown in Sweden, with no idea of where it had originally come from in the wild. The researchers have now traced a wild population of this species to the same general region of El Oro, giving it a confirmed home for the first time. Given that it is known from just a single location, D. soennemarkii has been assessed as Critically Endangered, an even more precarious position than its newly described neighbour.

Known species and natural hybrids of Dracula from El Oro province, southwestern Ecuador. A. D. aguilarii Baquero, M.M. Jiménez & Iturralde; B. D. woolwardiae (F. Lehmann ex Kraenzlin) Luer; C. D. cordobae Luer; D. D. mopsus (F. Lehmann & Kraenzlin) Luer; E. D. × pinasensis Zambrano & Solano; F. D. soennemarkii Luer & Dalström. A. From holotype, LB 3142 QCNE, and B–F. From near Piñas. Photographs by Luis E. Baquero (A–E), and Mario Aguilar (F).
Dracula aguilarii Baquero, M.M. Jimenez & Iturralde. A, B. Flower and plant in situ near El Caucho; C, D. Photographs of other plants in cultivation. Photographs by José Bustamante.

Together, these findings demonstrate just how much remains to be discovered, and how quickly it could be lost, in Ecuador’s shrinking cloud forests. El Oro Province alone now hosts six recognised species of Dracula, yet only a fraction of its once-extensive humid forest cover remains intact. Each new species description is as much a conservation appeal as it is a taxonomic milestone.

Distribution of the known populations of Dracula aguilarii Baquero, M.M. Jiménez & Iturralde and morphologically similar species, and confirmed locality of D. soennemarkii Luer & Dalström, in the northern Andes. Base map layer was obtained from Google Satellite imagery (Google LLC; https://www.google.com/earth/).

Original study:

Baquero R. LE, Jiménez MM, Iturralde GA (2026) Dracula aguilarii (Orchidaceae, Pleurothallidinae), a new species from southwestern Ecuador and the first confirmed location for Dracula soennemarkii. PhytoKeys 273: 281-297. https://doi.org/10.3897/phytokeys.273.182821

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New ‘Ecclesiastical’ Moth named after Pope Leo XIV

Described as Pyralis papaleonei, the finding serves as a powerful call for biodiversity conservation, inspired by a biblical reference.

Distinguished by its striking colors and a name that carries the weight of a high ecclesiastical office, a new species of moth has been discovered in the rugged terrain of Greece. When researchers from the Tyrolean State Museum, the Finnish Museum of Natural History and the Bavarian State Collection of Zoology identified this unique insect in the White Mountains of Crete, they chose a name that reflects both its noble appearance and a message of environmental hope: Pyralis papaleonei – derived from “Papa Leone” (Pope Leo).

The discovery, published in the open-access journal Nota Lepidopterologica on 28 April 2026, highlights that even among such conspicuous European moths, overlooked species remain to be discovered. The new species is currently only known from the White Mountains (Lefka Ori) in the western part of Crete, where it appears to be an endemic treasure of the island.

Type-locality of Pyralis papaleonei sp. nov. (Greece, Crete, Omalos plateau). Image credit: Peter Huemer.

Striking purple forewings

The so-called Pope Leo Moth has a wingspan of around two centimeters, placing it among the medium-sized representatives of its group. Its most distinctive features are its purple forewings with an orange-golden patch and prominent white bands. The moths were recorded at artificial light sources and appear to be mainly active in June. So far, little is known about the biology and lifestyle of the new species. It was distinguished from related species based on classical morphological characteristics – such as wing pattern, coloration, and genital morphology – as well as genetic fingerprinting. Molecular analyses revealed a divergence of around six percent from its closest relative, clearly indicating that it represents a distinct species.

Pyralis papaleonei sp. nov., holotype. Image credit: Peter Huemer.

A tradition of remarkable species names

Butterflies and moths are often named after physical characteristics, geographic origins, or in honor of distinguished individuals. Within the genus Pyralis, however, a particular tradition can be observed: as early as 1775, Austrian naturalists Michael Denis and Ignaz Schiffermüller described the first species of the group as Pyralis regalis (“royal”), inspired by its splendid coloration. This was followed by sonorous names such as Pyralis princeps and Pyralis cardinalis, also referring to the remarkable beauty of these moths.

All these species belong to the diverse superfamily Pyraloidea, which comprises around 16,000 described species worldwide and represents one of the largest groups among micro-moths.

Specimen of Pyralis regalis. Image credit: Peter Huemer.

Taxonomy as the “first profession” of humankind

The naming of living organisms also has a cultural-historical dimension: in the Old Testament (Genesis 2), Adam is firstly tasked with naming all animals. In this sense, taxonomy – the science of classifying, naming, and organising organisms – can be regarded as one of humanity’s earliest endeavors.

For study leader Peter Huemer of the Tyrolean State Museum Ferdinandeum, naming a species is therefore more than a formal scientific act: it also serves as a symbolic appeal to the head of the Catholic Church, Pope Leo XIV, to highlight humanity’s central responsibility in safeguarding creation. This is particularly fitting as butterflies and moths are regarded in Christianity as symbols of resurrection, transformation (metamorphosis), and the immortal soul.

Specimens of Pyralis papaleonei. Image credit: Peter Huemer.

Only a fraction of global biodiversity documented

Peter Huemer, former head of the Natural Science Collections at the Tyrolean State Museums and now a volunteer researcher, explains:

“We are facing a global biodiversity crisis, yet only a fraction of the world’s species has been scientifically documented. Effective conservation of biodiversity requires that species are first recognised, described, and named.”

Around 700 new moth species are described each year, primarily in the tropics. However, fundamental research in Europe is far from complete: in the Alps alone, approximately 200 previously unknown species have been identified in recent decades.

With their internationally significant scientific collections, the Tyrolean State Museums make an important contribution to this work. The discovery of the Pope Leo Moth, Pyralis papaleonei, highlights how much remains to be discovered even in well-studied regions of Europe—and underscores the urgent need to protect sensitive habitats.

Original source:

Huemer P, Kaila L, Segerer AH (2026) Pyralis papaleonei sp. nov. from Crete (Greece) (Lepidoptera, Pyralidae). Nota Lepidopterologica 49: 63-74. https://doi.org/10.3897/nl.49.185483

For more interesting articles on lepidopterology, follow Nota Lepidopterologica on Bluesky and Facebook.

A New Spiny Frog Discovered in the Ecuadorian Andes

This visually striking species emphasises the need for habitat protection in the Ecuadorian cloud forests.

A gruelling two-day trek into the remote upper Pastaza basin has revealed a new inhabitant of the Ecuadorian Andes: Pristimantis fergusoni. In a new study published in the open-access journal ZooKeys, a research team led by Juan Pablo Reyes-Puig of Fundación EcoMinga and the Instituto Nacional de Biodiversidad (INABIO) has recently described this fascinating species of spiny frog.

Taxonomy and Fieldwork

Reyes-Puig discusses the primary motivations behind the team’s study:

“Due to its great diversity, Pristimantis is a genus that requires constant taxonomic work, especially in remote and little-studied areas. One such area is the upper Pastaza basin in the central Andes of Ecuador.

Although we have studied this region for almost two decades, each new exploration brings surprises, such as the case of the new Pristimantis fergusoni.”

This constant taxonomic revision stems from the sheer scale of the genus; frogs of the Pristimantis group currently comprise 626 species. Historically, limited scientific funding meant that many of these were described primarily on the basis of morphological evidence.

Fortunately, this has been increasingly remedied over the last decade as a growing community of taxonomists in Colombia, Ecuador, and Peru combine molecular and morphological data to identify and classify new species.

However, carrying out fieldwork in these remote regions remains a formidable challenge. Reyes-Puig highlights the physical demands of conducting herpetological research in the upper montane forests of the eastern Ecuadorian Andes:

“First, it is quite challenging to reach the location after nearly two days of hiking. Then, the cold and almost constant humidity are physical limitations after fatigue, but observing a habitat untouched by humans and species never seen before, such as Pristimantis fergusoni, are a real reward.”

That reward is visually striking. While many frogs in the Pristimantis genus rely on camouflage to blend into the forest floor, P. fergusoni carries a distinct flash of color. The species exhibits notable sexual dimorphism: males are more muted, whereas females possess a bright scarlet belly.

Pristimantis fergusoni. (Photo credit: Juan Pablo Reyes Puig).

The exact reason for this vivid coloring remains a mystery, though Reyes-Puig notes a few plausible theories:

“Knowledge about the behavior and natural history of the new species is very limited, but we believe that the bright colors could serve for communication during courtship or as part of their reproductive strategies.”

Notably, this new species is named after Robert T. Ferguson II, an amateur naturalist who dedicated his life to protecting reptiles and amphibians. As a citizen scientist, Ferguson mapped wildlife in the US and helped fund the protection of rainforests in Latin America. Through his photography and work with groups like Rainforest Trust, he inspired others to care for the wild.

Pristimantis fergusoni. (Video credit: Juan Pablo Reyes Puig).

A Biodiversity Hotspot Under Pressure

The discovery of P. fergusoni is likely just the beginning, with the upper Pastaza basin serving as a taxonomic frontier where many more species await identification. Reyes-Puig estimates that at least eight more new species of amphibians are currently waiting to be described in this region alone.

For now, Pristimantis fergusoni is listed as “Data Deficient” by the IUCN because it has only been found in two locations close to one another – the Cerro Candelaria and Chamana Reserves – leaving scientists without the population data needed to determine its level of risk. However, the team is already working to ensure the frog’s future isn’t left to chance.

“Taxonomic work is usually limited to describing new species,” says Reyes-Puig. “We have gone a step further by ensuring the protection of the new species’ habitat through the declaration of protected areas.”

While this work happens on the ground in the Llanganates-Sangay Ecological Corridor, Reyes-Puig stresses that protecting these species requires global awareness. Climate change and habitat loss are universal threats to amphibians, and local conservation efforts rely on broader environmental responsibility: 

“Small actions such as recycling, waste management, and sustainable activities are important. We know that climate change is a problem that affects amphibians worldwide, but small actions [from the public] are also crucial.”

Pristimantis fergusoni. (Photo credit: Juan Pablo Reyes Puig).

The presence of P. fergusoni is a testament to the region’s immense biodiversity, and a reminder that in the underexplored Andes, discovery and conservation must move at the same urgent pace.

Original source:

Reyes-Puig JP, Yánez-Muñoz MH, Ron SR, Venegas PJ, Ortega J, Carrión-Olmedo JC, Reyes-Puig C (2026) A new spiny frog of the genus Pristimantis (Anura, Strabomantidae) from the eastern slopes of the Ecuadorian Andes. ZooKeys 1269: 83-105. https://doi.org/10.3897/zookeys.1269.162260

For more articles on zoology, visit the ZooKeys website and follow the journal on BlueSky and Facebook.

Eco-certified Ashtamudi short-neck clam acquires its rightful identity

Fishermen fishing Ashtamudi short-neck clam.

Even though the short-neck clam is the major resource and export coming from Ashtamudi Lake in Kerala, India – the first fishery to be awarded with a a Marine Stewardship Council certification for sustainability in the country, a recent study found out that the mollusc had been subject to mistaken identity.

Further, this is not the first time when the species and genus name of this clam has been changed. At first, the species was identified as Paphia malabarica, which is also the name one could read in all hitherto published reports, including the Marine Stewardship Council’s register. Later on, as the name was proved to not be compliant with the current nomenclature, the Ashtamudi short-neck clam began to be referred to as Protapes gallus.

 Marcia recens from Ashtamudi lake, India.

However, the latest in-depth taxonomic study points to the clam having been misidentified from the very beginning. According to the finding of the team of A. Arathi, R. Ravinesh and A. Biju Kumar of the Department of Aquatic Biology and Fisheries, University of Kerala, and Graham Oliver of National Museum Wales, United Kingdom, the Ashtamudi short-neck clam belongs to a totally different genus, while its rightful scientific name actually is Marcia recens. Their paper was published in the open access journal ZooKeys.

Protapes gallus (Paphia malabarica) (above) and Marcia recens (below) showing obvious external morphological variations.

During their research, the scientists identified another edible species from Ashtamudi Lake that belongs to the Marcia genus: Marcia opima. While it could easily be mistaken for its commercially important relative thanks to a multitude of colour variations, it does not appear to contribute significantly to the export. Meanwhile, the actual species identified as Paphia malabarica (Protapes gallus) can be found in shallow coastal waters in the south of the country, but not in the studied brackishwater lake.

“No deleterious effects on the viability of the fishery have resulted from this error in identification, but from a legislative perspective applying the incorrect name to the exploited species could undermine its certification and protection,” comment the researchers.
“On the basis of this study, the species involved in the Marine Stewardship Council certification would be better considered at the generic level of Marcia or at the species level for Marcia recens, the most dominant species in the Ashtamudi Lake clam fishery zone.”

In conclusion, the authors of the study say that, “misidentification can undermine comparative biological studies and conservation, while more molecular studies are required to resolve the taxonomy of all clams involved in fishery.”

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Original source:

Arathi AR, Oliver PG, Ravinesh R, Kumar AB (2018) The Ashtamudi Lake short-neck clam: re-assigned to the genus Marcia H. Adams & A. Adams, 1857 (Bivalvia, Veneridae). ZooKeys 799: 1-20. https://doi.org/10.3897/zookeys.799.25829

Photos by Dr Biju Kumar.