The Leibniz-IZW regular publishes press releases on key findings and insights from its research and on events, awards or personalia. The press releases are distributed directly to journalists on our press release distribution mailing list. Press releases are also disseminated through the distribution services Informationsdienst Wissenschaft, AlphaGalileo and EurekAlert. Are you interested in receiving our press releases directly via e-mail? In this case please send us an email to seet@izw-berlin.de.

Current press releases

Greater sac-winged bat| Foto: Karin Schneeberger | https://upload.wikimedia.org/wikipedia/commons/7/7e/Sbilineata.jpg
Greater sac-winged bat| Foto: Karin Schneeberger | https://upload.wikimedia.org/wikipedia/commons/7/7e/Sbilineata.jpg

Females of the greater sac-winged bat select their mating partner by smell and unerringly choose a male which differs from them the most in genetic terms. Females with more variants of olfactory receptors of the TAAR-group have an advantage over other females. The results of this study have been released by the Nature Publishing Group in their open access journal “Scientific Reports“.

 

Epigenetics Comic| Foto: Leibniz-IZW
Epigenetics Comic| Foto: Leibniz-IZW

The Leibniz Institute for Zoo and Wildlife Research (Leibniz-IZW) has translated the results of its research into a comic. It tells a story about wild guinea pigs and teaches us that genes are not everything: environmental conditions and individual experiences can influence which sections of the genetic code are used. The Leibniz-IZW-comic "Epigenetics - bridge between genome and environment" is published by Jaja-Verlag.

Leibniz-IZW| Foto: Steven Seet
Leibniz-IZW| Foto: Steven Seet

The Berlin Leibniz Institute for Zoo and Wildlife Research (Leibniz-IZW) support researchers from dangerous regions of the world. Now, the Philipp Schwartz Initiative provided the Leibniz-IZW with an opportunity to award a two years fellowship to a researcher from Syria.

 

Carnivores in the Serengeti infected with CDV. Top left: bat-eared fox. Top right: African wild dog. Bottom left: spotted hyena. Bottom right:  African lion.
Carnivores in the Serengeti infected with CDV. Top left: bat-eared fox. Top right: African wild dog. Bottom left: spotted hyena. Bottom right: African lion.

The long-running debate about why just one of several canine distemper virus (CDV) outbreaks in the Serengeti in Tanzania during the past 25 years was fatal for lions and spotted hyenas has been resolved. An international team of scientists, led by researchers at the German Leibniz Institute for Zoo and Wildlife Research (IZW), conducted genetic analyses of CDV strains obtained from a range of carnivores between 1993 and 2012 and discovered that lethal CDV infections in lions and hyenas during the 1993/1994 epidemic was caused by a rare and genetically distinct CDV strain with three rare mutations not present in any other Serengeti strain isolated from domestic dogs or wild canids. Two of these rare mutations were found to increase the ability of CDV to invade lion cells.

Four Horsemen of the Apocalypse on the Beato de Fernando I y doña Sancha dated 1047 AD (Apoc. VI, 1–8f. 135; shelf 14-2 National Library, Madrid;  https://commons.wikimedia.org/wiki/File:B_Facundus_135.jpg
Four Horsemen of the Apocalypse on the Beato de Fernando I y doña Sancha dated 1047 AD (Apoc. VI, 1–8f. 135; shelf 14-2 National Library, Madrid; https://commons.wikimedia.org/wiki/File:B_Facundus_135.jpg

Human preferences for horse coat colours have changed greatly over time and across cultures. Spotted and diluted horses were more frequent from the beginning of domestication until the end of the Roman Empire, whereas solid colours (bay, black and chestnut) were predominant in the Middle Ages. These are the findings of an international research team under the direction of the Leibniz Institute for Zoo and Wildlife Research (IZW). The results have just been published in the open access journal “Scientific Reports”.

 

Herpesvirus particles. Photo: Walid Azab
Herpesvirus particles. Photo: Walid Azab

A new study challenges the tenet of herpes viruses being strictly host-specific. Scientists from the Leibniz Institute for Zoo and Wildlife Research (IZW) in Germany have discovered that gammaherpesviruses switch their hosts more frequently than previously thought. In fact, bats and primates appear to be responsible for the transfer of these viruses to other mammals in many cases. The findings were published in the scientific journal “mBio”.

Photo: Ralf Günther
Photo: Ralf Günther

Sabah-Rhino Project“ of the Leibniz Institute for Zoo and Wildlife Research (IZW) was awarded as an official project of the UN-Decade for Biodiversity. This tribute is given to projects, which remarkably campaign for the preservation of biodiversity.

Photo: Rudis-Fotoseite.de & pixelio.de
Photo: Rudis-Fotoseite.de & pixelio.de

When animals choose their mates, how discriminate they are varies a great deal. For some male Mormon crickets, any female will do; in contrast, blue peahens rarely fall for the first cock courting them. Across nature, all kinds of situations seem to occur (albeit with different frequencies): indiscriminate males and females, only choosy females, only choosy males, very choosy everybody, as well as any situation in between. In a recent study, Alexandre Courtiol from the Leibniz Institute for Zoo and Wildlife Research in Berlin (Germany) and his collaborators from the Institut des Sciences de l’Evolution in Montpellier (France) conclude that how choosy animals are is something that emerges predictably from the biology of each species and sex. This finding matters because—by impacting on who mixes their genes with whom—choosiness is a key factor shaping the biodiversity of species. This, in turn, has implications for conservation.