Sunday, May 03, 2020

IN CASE YOU MISSED IT

Extinction Of Threatened Marine Megafauna Would Lead To Huge Loss In Functional Diversity


In a paper published in Science Advances, an international team of researchers have examined traits of marine megafauna species to better understand the potential ecological consequences of their extinction under different future scenarios.

Sharks are predicted to be the most affected, with losses of functional richness far beyond those expected under random extinctions [Credit: Terry Goss/WikiCommons]


Defined as the largest animals in the oceans, with a body mass that exceeds 45kg, examples include sharks, whales, seals and sea turtles. These species serve key roles in ecosystems, including the consumption of large amounts of biomass, transporting nutrients across habitats, connecting ocean ecosystems, and physically modifying habitats.

Traits, such as how large they are, what they eat, and how far they move, determine species' ecological functions. As a result, measuring the diversity of traits allows scientists to quantify the contributions of marine megafauna to ecosystems and assess the potential consequences of their extinction.

The team of researchers - led by Swansea University's Dr Catalina Pimiento - first compiled a species-level trait dataset for all known marina megafauna to understand the extent of ecological functions they perform in marine systems. Then, after simulating future extinction scenarios and quantifying the potential impact of species loss on functional diversity, they introduced a new index (FUSE) to inform conservation priorities.

The results showed a diverse range of functional traits held by marine megafauna, as well as how the current extinction crisis might affect their functional diversity. If current trajectories are maintained, in the next 100 years we could lose, on average, 18% of marine megafauna species, which will translate in the loss of 11% of the extent of ecological functions. Nevertheless, if all currently threatened species were to go extinct, we could lose 40% of species and 48% of the extent of ecological functions.



An infographic displaying how the extinction of threatened marine megafauna species could result in larger than expected losses in functional diversity [Credit: Swansea University]

Sharks are predicted to be the most affected, with losses of functional richness far beyond those expected under random extinctions.
Dr Catalina Pimiento, who led the research from Swansea University said: "Our previous work showed that marine megafauna had suffered an unusually intense period of extinction as sea levels oscillated several million years ago. Our new work shows that, today, their unique and varied ecological roles are facing an even larger threat from human pressures."

Given the global extinction crisis, a crucial question is to what extent nature holds a back-up system. In the event of extinction, will there be remaining species that can perform a similar ecological role?

Dr John Griffin, a co-author on the study from Swansea University adds: "Our results show that, among the largest animals in the oceans, this so-called "redundancy" is very limited - even when you roll in groups from mammals to molluscs. If we lose species, we lose unique ecological functions. This is a warning that we need to act now to reduce growing human pressures on marine megafauna, including climate change, while nurturing population recoveries."


Source: Swansea University [April 17, 2020]
'Colours Of The Etruscans' At The Centrale Montemartini, ITALY

ANOTHER FIND FROM THE MUSEUM STORAGE ROOM


An extraordinary selection of figurative wall panels and architectural moulded decorations in polychrome terracotta, coming from the territory of Cerveteri (the ancient city of Caere) and partly unpublished. The exhibition has been extended until 28 June 2020


Fragments of a painted panel depicting an armed man, inv. provision SYM 2017/125.
Seizure carried out by the TPC Carabinieri at the Geneva Free Port
[Credit: Centrale Montemartini]


These are testimonies of fundamental importance for the history of Etruscan painting, recently returned to Italy thanks to the action of the Carabinieri's illegal trafficking of archaeological finds and the cultural diplomacy of Mibac.

At the beginning of 2016 the Carabinieri of the Nucleus for the Protection of Cultural Heritage recovered in Geneva a large quantity of finds illegally stolen from Italy: together with figured vases of Magna Graecia and Roman statues, an extraordinary series of wall panels and Etruscan architectural fragments of lively polychromy, accumulated in shattered pieces in tens of boxes, were found without any coherent order.


Louterion base (?) with dolphin figures, inv. provision C MANG 2017/2. Deposits of the Necropolis of the Banditaccia of Cerveteri. 6th century BC [Credit: Centrale Montemartini]


Fragment of a prancing swan figure, inv. SYM 158. SABAP deposit of Pyrgi
[Credit: Centrale Montemartini]


Fragment of prancing swan figure with meander, SABAP Deposit in Cerverteri
[Credit: Centrale Montemartini]


Boxes containing fragments of the painted wall panels, at the time of seizure
[Credit: Centrale Montemartini]
Careful study and restoration work carried out by SABAP on these finds, the result of clandestine excavations and therefore devoid of contextual data, has made it possible to recognize in a large number of fragments, thanks to their technical characteristics and refined execution, Etruscan painted panels from ancient Cerveteri, known so far only from examples present in some of the most important Italian and foreign museum collections.



This fortunate recovery of the artworks was followed by the ratification of an important international cultural cooperation agreement signed between Mibac and the Ny Carlsberg Glyptotek in Copenhagen, which involved the return from Denmark to Italy of a further substantial series of fragments of Etruscan painted panels, similar to those found in Geneva.



Wall panel with figures of horsemen, inv. HIN 717. SABAP deposit of Cerveteri
[Credit: Centrale Montemartini]


Piece of painted wall panel with figure of dancer, inv. with SYM 2017/326. Seizure made
by TPC Carabinieri at the Geneva Free Port [Credit: Centrale Montemartini]


Architectural fragment with male face, inv. SYM 2017/437. From the SABAP warehouse in Pyrgi
[Credit: Centrale Montemartini]


Terracotta antefix painted with Satyr and Maenad. Getty Museum Restitution
[Credit: Centrale Montemartini]


A first phase of study and research conducted on these precious materials, dated between 530 and 480 BC, culminated in an exhibition and an international conference of studies organized by SABAP at the Castello di Santa Severa (Santa Marinella, Rome) in June 2018, which is now followed by the Roman edition of the exhibition, in the prestigious headquarters of the Centrale Montemartini, in a renovated and updated layout thanks to the presentation of the latest research results.

The exhibition is divided into several themes (the exploits of Hercules and other myths; dance; athletes and warriors; contexts; architectural terracottas) and is intended to offer the public a comprehensive interpretation of the recovered Etruscan painted terracotta fragments, decontextualized by excavation and clandestine trade, with respect to the history and artistic production of ancient Caere at the height of its cultural splendour.


Laconian Kylix with figures of warriors. Attributed to the Hunting Painter, 550-525 BC
SABAP RM Met [Credit: Centrale Montemartini]


Attic red figure krater signed by the master potter Euphronios, depicting Hercules fighting Kyknos, inv. provision NY-SW1. Dated around 510 BC. Restored by the Metropolitan Museum of Art in New York in 2010 [Credit: Centrale Montemartini]


Attic red figure Kylix with figure of a young athlete, cat. 145144. Attributed to the painter
of Nikosthenes, 510-500 BC Returned by the Getty Museum of Los Angeles in 2006
[Credit: Centrale Montemartini]

Attic red figure plate with Scythian warrior, inv. provision SQMED 980.
SABAP RM Met [Credit: Centrale Montemartini]

Various archaeological materials on display in the exhibition complement and deepen the themes dealt with in the various exhibition sections are also partly the result of recoveries made by the Carabinieri, partly of returns made on the basis of international agreements between Mibac and prestigious foreign museums.

These materials are joined by the valuable nucleus of Attic black and red-figure vases from the Castellani Collection of the Capitoline Museums, normally not on display to the public, and chosen for thematic analogy.


Attic black figure Lekythos depicting Hercules fighting the Stymphalian birds, cat. 145137.
Datable around 490 BC. Returned by the Museum of Fine Arts
in Boston in 2006 [Credit: Centrale Montemartini]


Attic black figure amphora depicting Hercules fighting with the Nemean lion in the presence
of Athena. Attributed to the Conservators' Painter, 530-520 BC Capitoline Museums,
Castellani Collection, inv. Ca 74. [Credit: Centrale Montemartini]


Attic red-figure amphora with a fight scene over a tripod, 480-470 BC.
Return Getty Museum [Credit: Centrale Montemartini]


Attic red figure Pelike with musical scene. Attributed to the Painter of the Louvre G238.
Datable around 470 BC Capitoline Museums, Castellani Collection, cat. ca. 176. [Credit: Centrale Montemartini]


The exhibition not only marks the 50th anniversary of the Centrale Montemartini, but is also intended to recognise the tireless work carried out by the Carabinieri Command for the Protection of Cultural Heritage, engaged daily in its action to combat the illegal trafficking of works of art in Italy.

'Colours of the Etruscans' will run until June 28, 2020.

Source: Centrale Montemartini [trsl. TANN / December 30, 2020]


'Gods In Colour: Polychromy In Antiquity' At The Liebieghaus Skulpturensammlung, Frankfurt

For more than fifteen years, the polychromy of ancient Greek and Roman sculpture has been captivating the public worldwide. Some three million visitors have experienced the 'Gods in Colour — Golden Edition' firsthand in the museums of cities such as Athens, Istanbul, Copenhagen, London, Malibu, Mexico City, Munich, Berlin, Rome, Vienna and, most recently, San Francisco—as well as those of renowned universities, among them Harvard and Oxford. The Liebieghaus Skulpturensammlung is now presenting a major expanded exhibition allowing a nuanced look at the disconcerting phenomenon of statuary polychromy. 'Gods in Colour — Golden Edition: Polychromy in Antiquity' features more than 100 objects from international museum collections such as the British Museum in London, the Museo Archeologico in Naples, the Ny Carlsberg Glyptotek in Copenhagen, the Archaologisches Institut in Gottingen, and the Skulpturensammlung der Staatlichen Kunstsammlungen Dresden, as well as the holdings of the Liebieghaus, which encompass 60 recent reconstructions but also some dating from the nineteenth century, along with 22 prints.



Credit: Liebieghaus Skulpturensammlung


“The polychromy of ancient sculpture is a fascinating phenomenon, and one that continues to surprise and astonish us despite in-depth research over the past decades and the publication of important results. The image of white marble sculpture and architecture still dominates our conception of antiquity today. The Liebieghaus Skulpturensammlung and a team of scholars around Vinzenz Brinkmann—part of an international research network—untiringly devote themselves to correcting this misconception once and for all. The expanded exhibition 'Gods in Colour—Golden Edition' at the Liebeighaus Skulpturensammlung presents the latest instructive findings as well as a resume of forty years of intensive research into the polychromy of ancient sculpture,” Dr. Philipp Demandt, the director of the Liebieghaus Skulpturensammlung, comments on the exhibition.

Under the direction of Vinzenz Brinkmann, the head of the Liebieghaus antiquity collection, an international team of scientists have been researching statuary polychromy for some forty years. Their work has inspired new research projects on the polychromy of ancient Greek and Roman sculpture at universities and museums in many countries. The primary focus of these projects is the scientific analysis of the original paints. Within this context, the history of how scholars responded to polychromy in the period from the mid-eighteenth century to World War I—and their extensive accompanying reconstruction activities—have been subjects of particular interest. Since the exhibition 'Gods in Colour' was first on view in Frankfurt in 2008, the number of reconstructions carried out by the research team has doubled, and new aspects have come under consideration, for example the polychromy of ancient bronzes. In 2016, Ulrike Koch-Brinkmann and Vinzenz Brinkmann donated the reconstructions in their possession to the Stadelstiftung.


Exhibition View [Credit: Liebieghaus Skulpturensammlung/
Norbert Miguletz]



Prof. Dr. Vinzenz Brinkmann, the curator of the exhibition and head of the Liebieghaus Department of Antiquity, explains: “Our experimental reconstructions have proven to be our chief means of gaining insights into the colouration of ancient sculpture It is only by experimenting with the ancient painting materials and techniques on three-dimensional bodies that we can develop viable solutions to previously unknown questions. Naturally, to this end we have chosen objects whose original polychromy is well preserved. It must be added that any reconstruction always represents no more than an approximation and can never reproduce the original appearance in its entirety—nor can it achieve the artistic sophistication of the original in every detail. To the contrary, the reconstructions are the results of a scientific and thus a schematic process, but one which has the great wealth of archaeological and scientific findings of four decades of research to draw on.”

Experimental reconstructions and the most recent findings on the polychromy of ancient sculpture

Originally, the painted decoration of an antique sculpture not only enhanced its appearance from the aesthetic point of view and increased its lifelike impression, but also provided the ancient viewer with important information about the identity of the figure depicted. Over the past decade, research has focused increasingly on this aspect. In the process, new interpretation proposals have been developed not only in the context of large-scale Greek bronzes, but also for numerous marble sculptures. In the ancient world of the eastern Mediterranean region, the use of colour was par for the course. For the Greeks and Romans, however, the painting of sculpture was far more than superficial decoration. Rather, polychromy had means of its own for expanding the formal and narrative structure of the artwork. It was only through the dimension of colour that artists achieved the desired vibrancy of expression.



Experimental colour reconstruction, Variant B, of the so-called Cuirass Torso from the
Athenian Acropolis, plaster cast, natural pigments in egg tempera, gold leaf, h. ca. 62 cm,
2005, Liebieghaus Skulpturensammlung (Liebieghaus Polychromy Research Project),
Frankfurt am Main, inv. St.P 686 [Credit: Liebieghaus Skulpturensammlung/
Norbert Miguletz]


The examples presented in the exhibition illustrate the different conventions that governed polychromy in the archaic (650–480 BC) and classical (480–330 BC) periods. Objects and figures were coloured in such a way as to resemble their models in nature. Where the choice of colours did not correspond to reality, it served to support the narrative content. The standing figure of a naked young man (kouros) or richly bejeweled maiden (kore) were characteristic of the Greek sculpture of the archaic period. Figures such as the Kouros of Tenea (original: Greece, ca. 560 BC, marble, Staatliche Antikensammlungen und Glyptothek, Munich) served to decorate graves and sanctuaries. The generic colour reconstruction of 2015 unites the surviving traces and details of the polychromy of several statues: the hair of the head is styled with ribbons, that on the breast and around the genitals possesses an ornamental quality, and the ear jewelry emphasizes the aristocratic origins. The colours are evidently indebted to the Egyptian tradition—the blue indicating the hair and the light brown skin colour of the skin, for example, are found on Egyptian sarcophagi and reliefs.

Ancient written sources describe the wealth of colour and form characterizing the garments of the neighbors to the north and east, which fascinated the Greek artists. The splendidly colourful costume of the so-called Persian Rider from the Acropolis (original: Athens, 500/480 BC, Acropolis Museum, Athens) is especially well preserved. The diamond pattern of the trousers in the colour reconstruction of 2008/2019 exhibits sophisticated rhythmic alternations between the strongly contrasting shades of red, blue, yellow, green and brown; the tunic features an imaginative and complex tongue ornament. This clothing style of the peoples to the north and east was used around 480 BC on the west pediment of the Temple of Aphaia on Aegina to make a kneeling archer recognizable from a distance.



Experimental colour reconstruction, Variant C, of an archer, the so-called Paris , wearing the costume of the horsemen of the neighbouring peoples to the north and east, from the west pediment of Aphaia Temple, artificial marble, natural pigments in egg tempera, lead, wood, h. 96 cm, 2019, Liebieghaus Skulpturensammlung (Liebieghaus Polychromy Research Project),Frankfurt am Main, inv. St.P 947 [Credit: Liebieghaus Skulpturensammlung/
Norbert Miguletz]


The rich garment ornamentation of the Persian Rider and the Aeginian Archer testifies to the Greeks’ fascination with the costumes of the horse people—the Amazons, Thracians, Scythians, Trojans and Persians. Textile finds from the kurgans of the Pazyryk in the Altay Mountains now in the collection of the Hermitage in St. Petersburg show how colourful the original garments were. The third and most recent reconstruction of the archer, produced in 2019, corresponds more closely to the colour scheme and decoration techniques of these original textiles. The Greeks also adopted the use of gold sequins, examples of which have survived well intact on Scythian fabrics.

The decorative elements of the garments played a key role in helping ancient viewers understand the figures depicted, as is illustrated in the exhibition by three reconstructions of female figures from archaic-period Athens: the funerary statue of Phrasikleia (original: Greece, ca. 540 BC, marble, National Archaeological Museum, Athens), the so-called Chios Kore (original: Athens, ca. 520/500 BC, marble, Acropolis Museum, Athens) and the so-called Peplos Kore (original: Athens, ca. 520 BC, marble, Acropolis Museum, Athens).


Experimental colour reconstruction of the funerary figure of Phrasikleia (detail), stucco
marble on PMMA, natural pigments in egg tempera, lead tin foil, gold leaf, garnet,
tourmaline, labradorite, gum arabic (iris), h. 200 cm, 2010/2019, Liebieghaus
Skulpturensammlung, Frankfurt am Main (on loan from the Ludwig-Maximilians-
Universitat, Munich, Leibniz Prize O. Primavesi 2007), inv. LGLH Z01
[Credit: Liebieghaus Skulpturensammlung/Norbert Miguletz]


Dating from 2010/2019, the reconstruction of the Phrasikleia represents a young woman wearing sandals, a long, richly patterned dress, jewelry, and on her head a floral crown consisting of lotus buds and blossoms. The bright red gown is adorned with a red and yellow scattered pattern and decorative borders. The rosette petals of the appliques are made of gold and lead tin foil. The 2012 reconstruction of the so-called Chios Kore depicts a girl in a long skirt and a kind of undergarment made of a fine fabric forming multiple folds. The Swiss artist Emile Gillieron already painted a watercolour documenting the vestiges of vibrant blue and red paint on the original statue when it was excavated at the end of the nineteenth century. Investigations carried out in 2010 did in fact bring the pigments azurite and vermilion to light. The modern researchers moreover found the lead yellow and light-yellow ocher their predecessors had observed back in 1904. Whereas the costume of the so-called Chios Kore thus offers direct insights into the fashions of the late sixth century BC, the decorative pattern and lotus flower ornament of the Phrasikleia make symbolic reference to the cycle of life and death.

The so-called Peplos Kore wears a tight-fitting outer garment without folds over an undergarment. The archaeologists equated the former with the so-called peplos (a women’s dress style in ancient Greece) and erroneously called the figure the Peplos Kore. In fact, however, the garments—and with them the figure’s true significance—only became clear with the aid of the polychromy. Recent research has enabled a complete understanding of the figure’s complex colour scheme. The exhibition presents a new, revised reconstruction of the socalled Peplos Kore. Indications of the steps preceding the painting process have now been discovered, as have weathering traces of the paint. The polychromy— in particular the animalfrieze garment (ependytes), a crown of feathers meanwhile lost (vestiges of its mounts are still visible on the head), the weapons and the immobile body—gives the figure its true identity. The statue mistakenly designated the Peplos Kore is actually a marble representation of a xoanon, an ancient wooden cult image of the goddess Artemis.



Experimental colour reconstruction, Variant B, of the so-called Peplos Kore from the Athenian Acropolis, stucco marble on plaster cast, natural pigments in egg tempera, crown and weapons made of gilded and silvered wood, h. 136 cm, 2005, reworked in 2019, Liebieghaus Skulpturensammlung (Liebieghaus Polychromy Research Project), Frankfurt
am Main, inv. St.P 687 [Credit: Liebieghaus Skulpturensammlung/
Norbert Miguletz]


Sculptures also received a polychrome finish in the Hellenistic period (330–30 BC). In several cases, the researchers have been able to prove that the naked areas of the human figure were painted with a reddish-brown or light brown hue. As we have learned from the reliefs of the so-called Alexander Sarcophagus from the royal necropolis of Sidon (original: Lebanon, ca. 320 BC, Archaeological Museum, Istanbul), the colour scheme was determined to a decisive degree by the contrasts between radiant blue, intense red and golden ocher.

Gilding played an extremely important role, occupying ever larger areas of the surfaces and serving as a painting surface itself. The precious material was used again and again to represent jewelry on humans and animals alike. Gold and silver plating and coloured stone inlays enhanced the splendor and light reflection of the ancient works. Remnants of leaf gilding on garment hems of Greek sculptures give rise to speculations that the edges of ancient garment fabrics were piped with gold threads. The traces of gold on the marble figure of the so-called Small Herculaneum Woman are an example. The late classical original of this work no longer exists, but dozens of late Greek and Roman replicas have come down to us.


Experimental study of the polychromy of the so-called Treu Head, Liebieghaus Skulpturensammlung (Liebieghaus Polychromy Research Project in cooperation with the British Museum, London), Frankfurt am Main[Credit: Liebieghaus Skulpturensammlung/Norbert Miguletz]


The figure of a young woman sports a hairstyle made up of several braids woven together in a tight knot. She is in the act of pulling her mantle tightly around her with both hands. The colour reconstruction of 2019 is based on examinations of the polychromy on a replica found in Delos in 1894 (original with polychromy: Delos, 2nd century BC, marble, National Archaeological Museum, Athens) and uses the cast of the eponymous replica discovered in Herculaneum in 1706 (original from which the cast was made: Herculaneum, 1st century AD, marble, Staatliche Kunstsammlungen Dresden, Skulpturensammlung). The reconstruction combines the traces of polychromy documented since the excavation. Particularly the colour scheme of the mantle reveals the sculptor’s intent: the fine greenish fabric is transparent everywhere where the mantle stretches across the body’s curves and protrusions.

One section of the exhibition revolves around a three-year research project carried out in cooperation with scholars from Frankfurt’s Goethe University and concluded in January 2020. The aim was the development of physical models as well as an interactive digital publication for communicating the research and reconstruction of the polychromy of ancient Greek sculpture to specialists, students and a broader public. A statue from the Frankfurt Group of Muses was chosen as the object of this case study. This figure presumably comes from the sacred island of Delos dedicated to Artemis and Apollo (Standing Muse from the Thermal Baths of Agnano, originally from Delos, 2nd century BC). It bears a wealth of information—however difficult to see—about its original polychromy. The researchers compared it to a marble statue of the Small Herculaneum Woman type which was erected on Delos around the same time (ca. 120–100 BC) and whose polychromy has survived in better condition with a marble statue of the Small Herculaneum Woman type which was erected on Delos around the same time (ca. 120–100 BC), and whose polychromy has survived in better condition.

Statue of the Muse in downscaled form with depiction of vestiges of paint (left) and downscaled Muse, Variant D (right), stucco marble on PMMA, natural pigments in egg tempera, gold leaf (right), h. 39 cm, 2019, Liebieghaus Skulpturensammlung (Liebieghaus Polychromy Research Project), Frankfurt am Main, inv. LG 227 and 226 (on loan from the Goethe University Frankfurt, Institute of Archaeological Sciences, dept. I: Classical Archaeology, cast collection)
[Credit: Liebieghaus Skulpturensammlung/Norbert Miguletz]


Since the first excavations in the eighteenth century, the representation of naked skin has presented scholars with difficulties. Apart from the disapproval brought about by the then modern sense of aesthetics, the generally poor state of the skin colour has played a decisive role in scholars’ neglect of the matter. The exhibition devotes itself to this topic in colour reconstructions realized according to the latest scientific findings, for example those of the socalled Treu Head (original: Rome, 2nd century AD, marble, The British Museum, London) and the Portrait of the Roman Emperor Caligula (original: AD 37–41, Ny Carlsberg Glyptotek, Copenhagen).

New examinations of the Treu Head—a depiction of a female deity—at the British Museum encompassed a large number of paint analyses that yielded precise information about the painting technique and the pigments used. For the representation of the skin, the ancient artist employed calcite mixed with not only red and yellow ferric oxides but also a small amount of Egyptian blue, which lends the skin a somewhat cooler touch. As is also the case with the Portrait of the Roman Emperor Caligula, pink madder lake was used for the space between the lips and the corners of the eyes. The Treu Head bears key significance in the current polychromy discussion. Evidently the light female skin was characterized with the aid of paint, while the precious marble served merely as the support material.


Exhibition View [Credit: Liebieghaus Skulpturensammlung/Norbert Miguletz]

To date, it has not been possible to provide a conclusive answer to the question of how the polychrome enhancement of bronze statues related to marble polychromy. The research team undertook extensive initial approximations of the original appearance of bronzes, with the famous Warriors of Riace (originals: Greece, 5th century BC, Museo Archeologico Nazionale, Reggio di Calabria) and the original Bronze Sculptures from the Roman Quirinal Hill (originals: Greece, end of 4th or 3rd century BC, Museo Nazionale Romano, Rome) as examples. In the reconstructions of the two Riace Warriors, the illusion of suntanned skin was achieved with numerous layers of a much-diluted bitumen lacquer containing a bit of red pigment.

The extremely lifelike impression is brought about by the elaborately made stone inlays for the eyes, nipples inlaid in copper, and lips and teeth covered with silver sheeting. Within the framework of the scientific investigations and recasts of the originals as well as the making of the reconstructions in the years 2012–2016, Warrior A turned out to be a portrayal of Erechtheus, son of the goddess Athena, and Warrior B of the Thracian king Eumolpos, son of Poseidon, god of the sea. The examinations of the so-called Quirinal Bronzes in the same years (2012–2018) confirmed the conjecture that the two figures represent heroes from the Greek Argonaut saga: Amycus, king of the Bebryces, and Polyceuces, an Argonaut and son of Zeus, who encounter one another in a boxing match.

Research network and latest analysis techniques


Over the past decades, information about the original ancient marble sculptures has been obtained with the aid of scientific methods, and has in turn served as the basis for the production of experimental reconstructions. The participating scholars have also reevaluated ancient written sources on statuary polychromy. Apart from precisely made plaster casts, copies of ancient sculptures have been produced in marble and, most recently, as 3D prints. These copies have then received polychrome finishes using authentic historical painting materials. In 2020, the long series of three-dimensional physical reconstructions is entering its thirtieth year.

Ulrike Koch-Brinkmann and Vinzenz Brinkmann undertook their first experimental colour reconstructions on copies of originals back in 1989. This work was based on their own scientific investigations, but also and above all on the results of numerous research projects implemented on the international level. At important museums such as the British Museum in London, the Louvre in Paris, the Acropolis Museum in Athens, the Pergamonmuseum in Berlin, the Ny Carlsberg Glyptotek in Copenhagen and the Metropolitan Museum in New York, archaeologists, conservators and scientists have worked together successfully to further the research into the polychromy of their own respective holdings. What is more, a large number of extensive independent research and dissertation projects have been realized.

Methods of scientific investigation have been developed further and refined. The visibleinduced infrared luminescence (VIL) imagining technique has been developed, for example, and thermographic imaging methods optimized. The researchers have also profited extensively from the new development of portable, non-invasive analysis techniques with whose aid myriad colour measurements have been carried out on the objects. Over the past years, this has led to a tremendous increase in knowledge about the pigments used in antiquity. X-ray fluorescence, a portable method for the nuanced ascertainment of a material’s metal content, has enabled the rapid identification of a large number of inorganic pigments without taking samples. UV-VIS absorption spectroscopy is capable of identifying both pigments and colourants such as plant dyes. It thus comes into play for the determination of nearly all inorganic, but also organic materials.

The measurement, which amounts to an optical fingerprint, also encompasses the physical ascertainment of the antique material’s hue. Particularly in the context of reconstructing ancient polychromy, this chromatic definition permits an extremely precise approximation of the original appearance. Based on these new technical means of making light visible, but also the scientific analysis of pigment traces, the team around Vinzenz Brinkmann have arrived at detailed results and more precise forms of communication over the course of many years of work. For their work they have received support from the German Research Foundation, the Stiftung Archaologie, and the Leibniz Prize project of Prof. Dr. Oliver Primavesi, from Salvatore Settis, the government of the Republic of Italy, the Stadelscher Museums-Verein and, most recently, the German Federal Ministry of Education and Research as well as the Goethe University of Frankfurt am Main with Prof. Dr. Dirk Wicke.

'Gods in Colour — Golden Edition' will run until August 30, 2020]

4-Billion-Year-Old Nitrogen-Containing Organic Molecules Discovered In Martian Meteorites

A research team including research scientist Atsuko Kobayashi from the Earth-Life Science Institute (ELSI) at Tokyo Institute of Technology, Japan and research scientist Mizuho Koike from the Institute of Space and Astronautical Science at Japan Aerospace Exploration Agency, have found nitrogen-bearing organic material in carbonate minerals in a Martian meteorite. This organic material has most likely been preserved for 4 billion years since Mars' Noachian age. Because carbonate minerals typically precipitate from the groundwater, this finding suggests a wet and organic-rich early Mars, which could have been habitable and favourable for life to start.




A rock fragment of Martian meteorite ALH 84001 (left). An enlarged area (right) shows the orange-coloured carbonate grains on the host orthopyroxene rock [Credit: Koike et al. 2020]


For decades, scientists have tried to understand whether there are organic compounds on Mars and if so, what their source is. Although recent studies from rover-based Mars exploration have detected strong evidence for Martian organics, little is known about where they came from, how old they are, how widely distributed and preserved they may be, or what their possible relationship with biochemical activity could be.

Martian meteorites are pieces of Mars' surface that were themselves blasted into space by meteor impacts, and which ultimately landed on Earth. They provide important insights into Martian history. One meteorite in particular, named Allan Hills (ALH) 84001, named for the region in Antarctica it was found in 1984, is especially important. It contains orange-coloured carbonate minerals, which precipitated from salty liquid water on Mars' near-surface 4 billion years ago. As these minerals record Mars' early aqueous environment, many studies have tried to understand their unique chemistry and whether they might provide evidence for ancient life on Mars. However, previous analyses suffered from contamination with terrestrial material from Antarctic snow and ice, making it difficult to say how much of the organic material in the meteorite were truly Martian. In addition to carbon, nitrogen (N) is an essential element for terrestrial life and a useful tracer for planetary system evolution. However, due to previous technical limitations, nitrogen had not yet been measured in ALH84001.


Carbonates plucked from ALH 84001 on the silver tape (left) and their nitrogen XANES spectra with reference compounds (right). Blue colour bar indicates the absorption energy of N-bearing organics [Credit: Koike et al. 2020]

This new research conducted by the joint ELSI-JAXA team used state-of-the-art analytical techniques to study the nitrogen content of the ALH84001 carbonates, and the team is now confident they have found the first solid evidence for 4-billion-year-old Martian organics containing nitrogen.

Terrestrial contamination is a serious problem for studies of extraterrestrial materials. To avoid such contamination, the team developed new techniques to prepare the samples with. For example, they used silver tape in an ELSI clean lab to pluck off the tiny carbonate grains, which are about the width of a human hair, from the host meteorite. The team then prepared these grains further to remove possible surface contaminants with a scanning electron microscope-focused ion beam instrument at JAXA. They also used a technique called Nitrogen K-edge micro X-ray Absorption Near Edge Structure (μ-XANES) spectroscopy, which allowed them to detect nitrogen present in very small amounts and to determine what chemical form that nitrogen was in. Control samples from nearby igneous minerals gave no detectable nitrogen, showing the organic molecules were only in the carbonate.

Schematic images of early (4 billion years ago) and present Mars. The ancient N-bearing organics were trapped and preserved in the carbonates over a long period of time [Credit: Koike et al. 2020]

After the careful contamination checks, the team determined the detected organics were most likely truly Martian. They also determined the contribution of nitrogen in the form of nitrate, one of the strong oxidants on current Mars, was insignificant, suggesting the early Mars probably did not contain strong oxidants, and as scientists have suspected, it was less-oxidizing than it is today.

Mars' present surface is too harsh for most organics to survive. However, scientists predict that organic compounds could be preserved in near-surface settings for billions of years. This seems to be the case for the nitrogen-bearing organic compounds the team found in the ALH84001 carbonates, which appear to have been trapped in the minerals 4 billion years ago and preserved for long periods before finally being delivered to Earth.

The team agrees that there are many important open questions, such as where did these nitrogen-containing organics come from? Kobayashi explains, 'There are two main possibilities: either they came from outside Mars, or they formed on Mars. Early in the Solar System's history, Mars was likely showered with significant amounts of organic matter, for example from carbon-rich meteorites, comets and dust particles. Some of them may have dissolved in the brine and been trapped inside the carbonates.' The research team lead, Koike adds that alternatively, chemical reactions on early Mars may have produced the N-bearing organics on-site. Either way, they say, these findings show there was organic nitrogen on Mars before it became the red planet we know today; early Mars may have been more 'Earth-like', less oxidising, wetter, and organic-rich. Perhaps it was 'blue.'

Source: Tokyo Institute of Technology [April 29, 2020]
Cultivating Cooperation Through Kinship

4/30/2020 

While the capability for organisms to work together is by no means novel, humans possess an unparalleled capacity for cooperation that seems to contradict Darwinian evolutionary principles. Humans often exhibit traits—such as sympathy, loyalty, courage, and patriotism—that prioritize collective well-being over individual fitness, and often cooperation occurs among individuals with no shared biological relation. This behavior, likewise, adapts in response to changing conditions, demonstrating the flexible nature of human cooperation.




Dance is a form of culturally based cooperation. It is a system of shared self-expression and meaning in which individuals gain personal and social benefits through participation while excluding (i.e., punishing) those who would disrupt the coordination or enaction
of the performance. The experience of the performers and any audience present acts deep emotional levels through established cultural symbols and their associated feelings [Credit: Liane Gabora]
In "Identity, Kinship, and the Evolution of Cooperation," published in Current Anthropology, Burton Voorhees, Dwight Read, and Liane Gabora argue that humans' tendency toward these cooperative traits—or ultrasociality—sets them apart. Voorhees, Read, and Gabora assert that components of human cooperation—especially cooperative behavior between unrelated individuals—are unique, and the authors suggest that existing theories lack explanations for how this distinctly human shift to cooperative behavior arose and how cooperation is maintained within a population.
Expanding upon the current literature, Voorhees, Read and Gabora present a theory that attributes unique elements of human cooperation to the cultivation of a shared social identity among members of a group. The authors propose that evolutionary developments in the brain enabled the acquisition of this shared identity by providing humans with the capability for reflective self-consciousness. Reflective self-consciousness allows an individual to fully recognize their own personhood and point of view. In turn, recognition of their own experiences aided humans in identifying similar mental states in others, allowing humans to view themselves as part of a collective unit.

The authors argue that cultural idea systems such as kinship systems, provided the necessary framework for cultivating this unique degree of cooperation among humanity. Unlike culture-gene theories where group characteristics develop from individual traits, cultural idea systems provide a top-down, organizational structure that establishes expectations of behavior among individuals in a group and leads individuals to view other members as kin. As individuals are indoctrinated, or enculturated, in these systems, their worldviews are shaped. They develop an understanding of accepted cultural norms, how to interpret their environment and their experiences, and how to interact with one another. In particular, the authors assert that enculturation fosters feelings of obligation toward cultural kin.
Emphasizing linkages between psychology and behavior, the authors suggest this obligation deterred individuals from deviating from accepted behaviors and in turn, sustained cooperative behavior within the group. A shared social identity provided beneficial advantages. As a result, the authors propose that an association developed between an individual's social identity and their survival instincts. In kinship systems, emotions are experienced within a specific cultural context, resulting in culture-laden mental feelings that prompt behavior. Voorhees, Read, and Gabora likewise argue that external cues contradicting existing culture-laden mental feelings can result in emotional reactions. Any behavior that diverges from cultural norms and threatens an individual's identity could be physiologically perceived as endangering their survival. Group members will feel driven to punish defectors in response. This theory can thus explain why failure to meet group obligations may evoke guilt in those who deviate from cultural expectations.


Source: University of Chicago [April 30, 2020]

Evidence Of Late Pleistocene Human Colonization Of Isolated Islands Beyond Wallace's Line

4/29/2020 

A new article published in Nature Communications applies stable isotope analysis to a collection of fossil human teeth from the islands of Timor and Alor in Wallacea to study the ecological adaptations of the earliest members of our species to reach this isolated part of the world. Because the Wallacean islands are considered extreme, resource poor settings, archaeologists believed that early seafaring populations would have moved rapidly through this region without establishing permanent communities. Nevertheless, this has so far been difficult to test.


Shell fish hook recovered from the site of Lene Hara dating to 11,000 years ago. An earlier, less complete example was recovered from Asitau Kuru, indicating an early marine specialization for humans arriving on these islands [Credit: Sue O'Connor]

This study, led by scientists from the Department of Archaeology, Max Planck Institute for the Science of Human History (MPI SHH), alongside colleagues from the Australian National University and Universitas Gadjah Mada, used an isotopic methodology that reveals the resources consumed by humans during the period of tooth formation. They demonstrate that the earliest human fossil so far found in the region, dating to around 42,000-39,000 years ago, relied upon coastal resources. Yet, from 20,000 years ago, humans show an increasing reliance on tropical forest environments, away from the island coasts. The results support the idea that one distinguishing characteristic of Homo sapiens is high ecological flexibility, especially when compared to other hominins known from the same region.


Pleistocene hominin adaptations in Southeast Asia


Over the last two decades, archaeological evidence from deserts, high-altitude settings, tropical rainforests, and maritime habitats seem to increasingly suggest that Late Pleistocene humans rapidly adapted to a number of extreme environments. By contrast, our closest hominin relatives, such as Homo erectus and Neanderthals, apparently used various mixtures of forests and grasslands, albeit from as far apart as the Levant, Siberia, and Java. However, this apparent distinction needs testing, especially as finds of another closely related hominin, the Denisovans, have been found on the high-altitude Tibetan Plateau.


The site of Makpan, Alor [Credit: Sue O'Connor]


As one of the corresponding authors on the new paper, Sue O'Connor of Australian National University says, "The islands beyond Wallace's Line are ideal places to test the adaptive differences between our species and other hominins. These islands were never connected to mainland Southeast Asia during the Pleistocene, and would have ensured that hominins had to make water crossings to reach it." Tropical forest settings like those in Wallacea are often considered barriers to human expansion and are a far cry from the sweeping 'savannahs' with an abundance of medium to large mammals that hominins are believed to have relied on.

Fossils and stone tools show that hominins made it to Wallacean islands at least one million years ago, including the famous 'Hobbit,' or Homo floresiensis, on the island of Flores. When our own species arrived 45,000 years ago (or perhaps earlier), it is thought to have quickly developed the specialized use of marine habitats, as evidenced by one of the world's earliest fish hooks found in the region. Nevertheless, as co-author Ceri Shipton puts it "the extent of this maritime adaptation has remained hotly debated and difficult to test using snapshots based on, often poorly preserved, animal remains."


Stable isotope analysis and Late Pleistocene humans

This new paper uses stable carbon isotopes measured from fossil human teeth to directly reconstruct the long-term diets of past populations. Although this method has been used to study the diets and environments of African hominins for nearly half a century, it has thus far been scarcely applied to the earliest members of our own species expanding within and beyond Africa. Using the principle 'you are what you eat,' researchers analyzed powdered hominin tooth enamel from 26 individuals dated between 42,000 and 1,000 years ago to explore the types of resources they consumed during tooth formation.



Maps showing the location of the sites studied within Wallacea. Asitau Kuru, Lene Hara, Matja Kuru 1 and 2 (Timor), Makpan, and Tron Bon Lei (Alor) [Credit: Roberts, et al., 2020, Australian National University CartoGIS 19-282 KD]

The new paper shows that the earliest human fossil available from the region, excavated from the site of Asitau Kuru on Timor, was indeed reliant on maritime resources, suggesting a well-tuned adaptation to the colonization of coastal areas. "This fits with our existing models of rapid human movement through Wallacea on the way to Australia," says co-author Shimona Kealy of the Australian National University.

From around 20,000 years ago, however, human diets seem to have switched inland, towards the supposedly impoverished resources of the island forests. Although some individuals maintained the use of coastal habitats, the majority seemingly began to adapt to the populations of small mammals and tropical forest plants in the region. As co-author Mahirta at Universitas Gadjah Mada puts it, "Coastal resources such as shellfish and reef fish are easy to exploit and available year-round, however growing populations likely forced early island occupants to look inland to other resources."

A species defined by flexibility
This study provides the first direct insights into the adaptations of our own species as it settled in a series of challenging island environments in Wallacea. "Early human populations here, and elsewhere, could not only successfully use the enormous variety of often-extreme Pleistocene environments," suggests Patrick Roberts, lead author of the study and Group Leader at MPI SHH, "they could also specialize in them over substantial periods of time. As a result, even if some local populations did fail, the species as a whole would go on to become tremendously prolific."

As dense tropical rainforests replaced mixed grass and woodlands, other hominins in Southeast Asia went extinct. Ecological flexibility, supported by unique technologies and the capacity for social relationships and symbolism, seem to have carried Homo sapiens through the climactic fluctuations of the Late Pleistocene, however. The authors concede that more work is needed to conclusively test the ecological distinction between hominin species. The discovery of Denisovan populations in the tropical environments of Asia or application of this isotopic approach to other hominins in the tropics could yet show Homo sapiens to be less exceptional. Nonetheless, for the time being it seems that it was our species that could best adapt to the variety of environments across the face of the planet, leaving it, by the end of the Pleistocene, the last hominin standing.
Deformed Skulls From Ancient Cemetery In Hungary Reveal Multicultural Community In Transition

4/29/2020 07:00:00 PM

The ancient cemetery of Mozs-Icsei dulo in present-day Hungary holds clues to a unique community formation during the beginnings of Europe's Migration Period, according to a study published in the open-access journal PLOS ONE by Corina Knipper from the Curt-Engelhorn-Center for Archaeometry, Germany, Istvan Koncz, Tivadar Vida from the Eotvos Lorand University, Budapest, Hungary and colleagues.


Upper part of the body of grave 43 during excavation. The girl had an artificially deformed skull, was place in a grave with a side niche and richly equipped with a necklace, earrings, a comb and glass beads. The girl belonged to a group of people with a non-local origin and similar dietary habits, which appeared to have arrived at the site about 10 years after its establishment [Credit: Wosinsky Mor Museum, Szekszard, Hungary]

As the Huns invaded Central Europe during the 5th century, the Romans abandoned their Pannonian provinces in the area of modern-day Western Hungary. Pannonia's population entered a period of continuous cultural transformation as new foreign groups arrived seeking refuge from the Huns, joining settlements already populated by remaining local Romanized population groups and other original inhabitants.

Later, the Huns themselves would fall to an alliance of Germanic groups. To better understand this population changing rapidly under chaotic circumstances, Knipper and colleagues turned to the cemetery of Mozs-Icsei dulo in the Pannonian settlement of Mozs, established around 430 AD.

The authors conducted an archaeological survey of the cemetery and used a combination of isotope analysis and biological anthropology to investigate the site's previously-excavated burials.



Artificially deformed skull of an adult woman. Permanent binding during childhood caused the elongation of the braincase and the depressions in the bone [Credit: Balazs G. Mende. Research Centre for the Humanities, Hungarian Academy of Sciences, Budapest, Hungary]

They found that Mozs-Icsei dulo was a remarkably diverse community and were able to identify three distinct groups across two or three generations (96 burials total) until the abandonment of Mozs cemetery around 470 AD: a small local founder group, with graves built in a brick-lined Roman style; a foreign group of twelve individuals of similar isotopic and cultural background, who appear to have arrived around a decade after the founders and may have helped establish the traditions of grave goods and skull deformation seen in later burials; and a group of later burials featuring mingled Roman and various foreign traditions.

51 individuals total, including adult males, females, and children, had artificially deformed skulls with depressions shaped by bandage wrappings, making Mozs-Icsei dulo one of the largest concentrations of this cultural phenomenon in the region. The strontium isotope ratios at Mozs-Icsei dulo were also significantly more variable than those of animal remains and prehistoric burials uncovered in the same geographic region of the Carpathian Basin, and indicate that most of Mozs' adult population lived elsewhere during their childhood. Moreover, carbon and nitrogen isotope data attest to remarkable contributions of millet to the human diet.

Though further investigation is still needed, Mozs-Icsei dulo appears to suggest that in at least one community in Pannonia during and after the decline of the Roman Empire, a culture briefly emerged where local Roman and foreign migrant groups shared traditions as well as geographical space.

Source: Public Library of Science [April 29, 2020]

African Skeletons From Early Colonial Mexico Tell The Story Of First-Generation Slaves

/30/2020
Five centuries after Charles I of Spain authorized the transport of the first African slaves to the Viceroyalty of New Spain, the ancestry of the hundreds of thousands of abducted and enslaved people forms an integral part of the genetic and cultural heritage of the Americas. The origins and experiences of those enslaved individuals, however, remains largely unknown.

The skull of one of the individuals studied, in which the dental modifications are apparent, and the tubes used for isotope and genetic tests, both of which were carried out as part of our study. One of the strong points of our paper is the junction of several disciplines in telling a whole story, which we exemplify in this picture combining two different lab approaches
together with ethnohistory and anthropology to get a complete picture. [Credit: Collection of San Jose de los Naturales, Osteology Laboratory, (INAH), Mexico City, Mexico,R. Barquera]

This study, published in Current Biology, applies an interdisciplinary approach to explore the backgrounds and living conditions of three African individuals recovered from a mass grave on the grounds of Hospital Real de San Jose de los Naturales, an early colonial period hospital in Mexico City officially devoted to the indigenous population. Dated to the 16th century, these individuals tell the stories of some of the earliest people forcefully relocated to the Americas in the early years of European colonialism.

Multidisciplinary study reconstructs the lives of early enslaved Africans
The three individuals in the study first caught the attention of the team with their distinct dental modifications, a filing of the upper front teeth consistent with cultural practices recorded for African slaves which can still be observed in some groups living in western Africa today.

"Combining molecular biology, isotopic data and bioinformatic tools with classical historical, anthropological and archaeological evidence allowed us to gain insights into the life history of some of the earliest African slaves in the Americas," says Johannes Krause, director of the Department of Archaeogenetics at the Max Planck Institute for the Science of Human History (MPI SHH).


Skulls and dental decoration patterns for the three African individuals from the San Jose de los Naturales Royal Hospital. A. Skull from individual 150 (SJN001). B. Skull from individual 214 (SJN002). C. Skull from individual 296 (SJN003). D. Close-up of dental modification patterns for individual 150 (SJN001). E. Close-up of dental modification patterns for individual 214 (SJN002).
F. Close-up of dental modification patterns for individual 296 (SJN003)
 [Credit: Collection of San Jose de los Naturales, Osteology Laboratory, (INAH), Mexico City, Mexico, R. Barquera & N. Bernal]

Genetic analysis showed that all three individuals shared a Y-chromosome lineage that is highly prevalent in Sub-Saharan Africa, and which is now the most common lineage among African Americans. Combined with isotopic data showing that all three individuals were born outside of Mexico and osteobiographies showing years of physical abuse before premature death, the findings suggest that these individuals may be among the first Africans to reach the Americas after being abducted in their homelands in Sub-Saharan Africa.

"Modern lab techniques allow us to gather incredible amounts of data from very little biological material. The amount of information we can give back to archaeologists, anthropologists and society today using only one tooth from each individual is something we could only dream about just ten years ago," says Rodrigo Barquera, the study's lead author.

The spread of pathogens across the Atlantic

Researchers from all three departments and one independent group of the MPI SHH and two laboratories from the INAH combined their expertise to tell the story of these individuals, examining not only their ancestry and origins, but also their health status and life experiences. The team was able to reconstruct two full pathogen genomes from tooth samples. One individual was infected with a strain of the Hepatitis B virus (HBV) typically found in western Africa today.

"Although we have no indication that the HBV lineage we found established itself in Mexico, this is the first direct evidence of HBV introduction as the result of the transatlantic slave trade," says Denise Kuhnert, leader of the tide research group at MPI SHH. "This provides novel insight into the phylogeographic history of the pathogen."

Some osteological findings for individual 150 (SJN001). 
A. Exostosis at the insertion of the coracoclavicular ligament and origin site of the deltoid muscle.
 B. Thoracic vertebra displaying early signs of a developing of Schmorl's hernia on the inferior aspect of the vertebral body. 
C. Green coloration acquired by contact with copper on the cervical vertebrae. D. Green colouration acquired by contact with copper on the costal end of a rib diaphysis 
[Credit: Collection of San Jose de los Naturales, Osteology Laboratory, (INAH), Mexico City, Mexico,R. Barquera & N. Bernal]

Another individual was infected with Treponema pallidum pertenue which causes yaws, a painful infection of the bones similar to syphilis that affects joints and skin. The same strain of yaws has been previously identified in a 17th century colonist of European descent, suggesting the establishment of this disease lineage of African origin in the early colonial population of Mexico.

"This study sheds light into early cases of yaws after the European colonization of the Americas," says Aditya Kumar Lankapalli of MPI SHH. "Future studies should focus on understanding the transmission and introduction of this pathogen to the Americas. More high-coverage ancient Treponema genomes will allow us to get a better understanding of the coevolution and adaptation of this pathogen to humans."

"Interdisciplinary studies like this will make the study of the past a much more personal matter in the future," adds Thiseas C. Lamnidis. The authors hope that future interdisciplinary endeavors will continue to provide insights into the lives, deaths and legacies of historically oppressed groups whose stories have been buried, often in mass graves.

Source: Max Planck Society [April 30, 2020]
INDIA
Journalists’ Unions approach Supreme Court against the illegal salary cuts and retrenchments in the garb of Corona pandemic crisis


Journalists Union appeal before the apex court, allege salary cuts and retrenchment illegal
By Team PGurus
-April 17, 2020



Journalists Union appeal before the apex court, allege salary cuts and retrenchment illegal

Three Journalists’ Unions have approached the Supreme Court on Thursday against the illegal retrenchments and salary cuts implemented by certain media companies in the garb of the Corona pandemic crisis. The petition filed by three prominent Unions – National Alliance of Journalists, Delhi Union of Journalists and Brihan Mumbai Union of Journalists appealed to the Apex Court to direct Central and State Governments to take stringent action against the media barons who violate the laws and norms during the COVID-19 crisis.

“This public interest litigation is being filed regarding the inhuman and illegal treatment being meted out by employers to their employees and workers in the newspaper and media sector, by issuing termination notices, imposing steep wage cuts unilaterally, sending workers and employees on indefinite unpaid leave, and soon, taking the excuse of the nation-wide lockdown” imposed in light of the spread of COVID-19, Coronavirus.

“Several newspapers, magazines, online media outlets, and other employers in the media sector have reportedly taken step after the announcement of the nation-wide lockdown in March 2020 to retrench workers and employees, impose wage cuts, etc. in spite of advisories issued by the Ministry of Labour & Employment, Government of India and even appeals by the Prime Minister of India to not terminate the services or reduce the wages of their employees, “said the petition citing the salary cutting and retrenchments implemented by the media barons with impunity.

The petition filed by the Journalists’ Unions pointed out the massive salary cuts and retrenchments illegally implemented by Times of India, Economic Times, Indian Express, Business Standard and Quint Website, Bloomberg Quint, News Nation, Outlook Magazine, Hamara Maha Nagar newspaper from Mumbai and NCP Supremo Sharad Pawar’s family members run Sakal Newspaper Group.

PGurus have reported the salary cut in Indian Express[1] and retrenchment in Quint[2] blaming the Corona crisis by Goenka family and Raghav Bahl.

Noted lawyer Colin Gonsalves is expected to argue for the Journalists’ Unions. The six-page synopsis of the petition filed by Journalists’ Unions is published below:

Journalist Unions by PGurus on Scribd


References:
[1] Blaming Corona, Indian Express implements huge salary cuts – Apr 4, 2020, PGurus.com

[2] Blaming Corona, Quint website owner Raghav Bahl kicks out staffers through forced leave without salary from April 15 – Apr 13, 2020, PGurus.com

After salary cuts, Times of India Group plans massive retrenchment in the garb of Corona crisis

Times of India Group trying to retrench in the garb of Corona crisis, allege insiders
By Team PGurus
-April 28, 2020


Times of India Group trying to retrench in the garb of Corona crisis, allege insiders

Ignoring all Governments’ directions, Samir Jain & Vineet Jain-controlled Times of India Group has illegally implemented 10 to 20 percent salary cuts and planning for a huge retrenchment of employees in the garb of the Corona Crisis. The controversial Bennett and Coleman Company Limited (BCCL) which is popularly known as the Times of India Group which is running many newspapers, TV channels, and Internet platforms is having more than Rs.1000 crores profit is now coming out with fake stories of huge losses due to COVID-19 and planning for a huge retrenchment of journalists and other staffers.

According to insiders, the Jains have asked the department heads in Times of India & Economic Times newspapers and TV channels like Times Now and Mirror Now to prepare a list of employees to be sacked. This is nothing but a ruse to keep their profits intact by salary cuts and retrenchments, say many staffers. Another trick used by the owners is to transfer employees to distant areas and get automatic resignation from them.

“More than Rs.1000 crores is the entire Group’s minimum profit after all taxes have been paid. Obviously, due to 40 days of lockdown, there is a drop in the advertisement revenues. But they saved a lot in expenses by cutting the number of pages being printed per edition. Now newspapers are having only 12 or 16 pages while in their heydays they printed more than 40 to 50 pages. Losses are there but manageable comparing the annual profits crossing more than Rs.1000 crores after paying all taxes,” say, staffers, indicating that they would complain to the Government or prefer to go to Court.

On Tuesday, the Supreme Court has issued notice to the Government of India, National Broadcasters Association, and Indian Newspaper Society on the petition filed by various Journalist Unions against salary cuts and retrenchments in the garb of Corona crisis[1].

It is learned that many other journalists who are facing retrenchment threats from Times of India andother media organizations are expected to intervene in this case.
Bharatiya Janata Party (BJP) leader Subramanian Swamy has already filed a petition against Times of India owners Jain brothers accusing huge tax evasion and money laundering by floating series of shell companies[2].

References:

[1] “If Business Does Not Start, How Long Will People Sustain Without Jobs?” SC Issues Notice In Plea Against Media Houses Laying Off Employees Amid Lockdown – Apr 27, 2020, LiveLaw.in

[2] Subramanian Swamy urges probe by Income Tax, ED, CBI, SEBI and SFIO into the huge tax violations, money laundering in Times of India Group – Dec 25, 2019, PGurus.com