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Fraunhofer IGD Develops Automated Robotic Arm to Scan Cultural Objects in 3D, Now Cooperating With Phase One

Fraunhofer IGD Develops Automated Robotic Arm to Scan Cultural Objects in 3D, Now Cooperating With Phase One
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Baden wübergLeiterin unternehmenskommunikationLos angelesGraphische datenverarbeitungMuseumslandschaft hessen kasselPedro santosThuringian universityMuseum of badenLibrary at friedrich schiller university jenaFraunhofer institute for computer graphics researchPd taskLibrary darmstadtFraunhofer instituteComputer graphics researchPhase oneEuropeana data model

Fraunhofer IGD Develops Automated Robotic Arm to Scan Cultural Objects in 3D, Now Cooperating With Phase One

Street trees close to the home may reduce the risk of depression - Sonnenseite - Ökologische Kommunikation mit Franz Alt

Researchers show positive effect of urban nature on mental health. Daily contact with trees in the street may significantly reduce the risk of depression and the need for antidepressants. This is the result of a study by researchers at the Helmholtz Centre for Environmental Research (UFZ), the German Centre for Integrative Biodiversity Research (iDiv), Leipzig University (UL), and the Friedrich Schiller University Jena, recently published in the journal Scientific Reports. Street tree planting in residential areas of cities may be a nature-based solution to reduce the risk of depression with added benefits of also addressing climate change and biodiversity loss. This should be taken into account by urban planners, health professionals, and conservationists.

United kingdomAletta bonnMelissa marselleMontford university of leicesterHelmholtz centre for environmental researchLeipzig universityUniversity of leipzig medical facultyFriedrich schiller university jenaGerman centre for integrative biodiversity researchHelmholtz centreEnvironmental researchGerman centreIntegrative biodiversity researchLeipzig medicalProf aletta bonnஒன்றுபட்டது கிஂக்டம்

Street trees close to home may reduce risk of depression

Researchers show positive effect of urban nature on mental health Leipzig. Daily contact with trees in the street may significantly reduce the risk of depression and the need for antidepressants. This is the result of a study by researchers at the Helmholtz Centre for Environmental Research (UFZ), the German Centre for Integrative Biodiversity Research (iDiv), Leipzig University (UL), and the Friedrich Schiller University Jena (FSU), recently published in the journal Scientific Reports. Street tree planting in residential areas of cities can serve as a nature-based solution to reduce the risk of depression with added benefits of also addressing climate change and biodiversity loss. This should be taken into account by urban planners, health professionals, and conservationists.

United kingdomDavid eichenbergJan watzemaAletta bonnToralf kirstenToralf kirsten aletta bonnMelissar marselleMelissa marselleMontford university of leicesterHelmholtz centre for environmental researchLeipzig universityUniversity of leipzig medical facultyFriedrich schiller university jenaGerman centre for integrative biodiversity researchHelmholtz centreEnvironmental research

Teamwork in a molecule

E-Mail IMAGE: Dr. Helmar Görls studies single crystals of novel compounds using a X-ray diffractometer at the Institute of Inorganic and Analytical Chemistry at Friedrich Schiller University in Jena, Germany.. view more Credit: Jens Meyer/University of Jena Such reactions are usually carried out using transition metals, such as nickel or iridium, explains Prof. Robert Kretschmer, Junior Professor of Inorganic Chemistry at the University of Jena, whose work has been published in the prestigious Journal of the American Chemical Society. However, transition metals are expensive and harmful to the environment, both when they are mined and when they are used. Therefore, we are trying to find better alternatives. That two metals can do more than one is already known in the case of transition metals. However, there has been hardly any research on the more sustainable main-group metals of the periodic table, Kretschmer adds.

United statesRobert kretschmerOleksandr kysliakInstitute for inorganicUniversity of jenaJournal of the american chemical societyBond activationAnalytical chemistry of friedrich schiller university jenaJunior professorInorganic chemistryAmerican chemicalCooperative bond activationBimetallic main groupAmerican chemical societyAnorganic chemistryAnalytical chemistry