• Mashup Score: 3

    The growing global population needs sufficient food. Its production causes overfertilization and increased nitrogen concentration in agriculture, which negatively affects the population, climate, and ecosystems. According to models of researchers of Karlsruhe Institute of Technology (KIT), however, today’s crop production might be maintained with a far smaller global fertilizer consumption, if nitrogen fertilizer would be used more homogeneously across global croplands. The results are reported in Communications Earth & Environment (DOI: 10.1038/s43247-023-00970-8).

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    • Models reveal that a homogeneous global distribution of nitrogen #Fertilizer may significantly reduce worldwide fertilization and the resulting pollution of the #Environment @KITKarlsruhe: https://t.co/GIS00AE5ja #Biochemistry #Ecology https://t.co/z7cddcyEY5

  • Mashup Score: 0
    Nexus: Nexus - 2 year(s) ago

    Nexus is an open access journal in partnership with the HKPU, publishing applied sciences, engineering, technology, and multi-disciplinary research.

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    • Nexus welcomes #environment and #ecology submissions https://t.co/vcIJwTIzRr A new gold open access journal publishing cutting-edge research that tackles the world’s grand challenges @HongKongPolyU https://t.co/DYD8kneoaO

  • Mashup Score: 1
    Nexus: Nexus - 2 year(s) ago

    Nexus is an open access journal in partnership with the HKPU, publishing applied sciences, engineering, technology, and multi-disciplinary research.

    Tweet Tweets with this article
    • Nexus welcomes #environment and #ecology submissions https://t.co/bDgORaozk4 A new gold open access journal publishing cutting-edge research that tackles the world’s grand challenges @HongKongPolyU https://t.co/pdHInY9rwJ

  • Mashup Score: 0

    Not only humans are social, ants are too. Group members are taking care of sick ones by providing collective hygiene measures. This presents germs with a task. They must circumvent the immunity of an individual ant and avoid the group’s healthcare. A new study now published in Nature Ecology & Evolution reveals that germs develop a sneaky way to escape the ant colony’s defense systems by reducing…

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    • Reducing their natural signals: How sneaky #germs hide from #ants @ISTAustria #ecology #evolutionarybiology https://t.co/oM7UtYscXC

  • Mashup Score: 2

    A new study suggests that ships may be spreading a deadly coral disease across Florida and the Caribbean. The findings by scientists at the University of Miami (UM) Rosenstiel School of Marine, Atmospheric, and Earth Science could help establish testing and treatment methods to mitigate the risk of further disease spread.

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    • A new study suggests that ships may be spreading a deadly #coral disease across Florida and the Caribbean; The findings could help establish testing and treatment methods to mitigate the risk of further disease spread @MiamiRosenstiel #ecology https://t.co/WRVZzx3quL