Description: Vibrio – microbes that are part of the natural bacterioplankton in temperate marine waters – have in recent years flourished in the Baltic Sea, probably stimulated by elevated surface water temperatures. Several Vibrio species are human pathogens. It is hence of great concern that Vibrio-related wound infections and fatalities have increased dramatically along the Baltic coasts. Future climate change is predicted to escalate this problem, posing a significant threat to human health and the Baltic tourism industry. However, the projections do not yet take into account the influence of ‘ecosystem engineers’ such as mussels and macrophytes on Vibrio diversity and abundance. Recent data indicate that in some of the ‘ecosystem engineers’ habitats the abundance of pathogenic Vibrio spp. is reduced. This opens up the option for nature-based solution (NbS) strategies to control pathogenic vibrios in the nearshore habitat where humans interact with the sea. However, climate change will also affect the structure and functioning of the ecosystem engineers, with as yet unknown consequences for the Vibrio populations in the Baltic Sea. BaltVib aims to delineate the current and future Vibrio status, determine biotic and abiotic key factors regulating Vibrio prevalence, and identify NbSs to mitigate the problem. This will be accomplished through interdisciplinary integration of marine, microbiological, molecular and socio-ecological expertise carried by partners from seven Baltic nations.
Global identifier:
Other(
"IOW-IOWMETA-BALTVIB-2021-2024",
)
Origin: /Wissenschaft/Leibniz-Gemeinschaft/Institut für Ostseeforschung
Tags: Ammonium ? Muschel ? Nitrit ? Phosphat ? Silikat ? Nitrat ? Makrophyten ? Nährstoff ? Wassertemperatur ? Gelöster Sauerstoff ? Salzgehalt ? Habitat ? Temperatur ? Bakterien ? Daten ? Tourismuswirtschaft ? Leitfähigkeit ? Oberflächengewässer ? Meeresgewässer ? Menschliche Gesundheit ? Ostseeküste ? Naturbasierte Lösung ? Infektion ? Klimawandel ? Krankheitserreger ? Ökosystem ? Trübung ? Gewässer ? Ostsee ? Abundance Zostera marina ? Length Fucus sp. ? Length Ruppia maritima ? Length Zostera marina leaves ? Mytilus spp. ? Abundance Ruppia maritima ? Abundance Fucus sp. ? Cell count ? Chlorophyll a ? Particulate organic carbon (POC) ? Particulate organic nitrogen (PON) ? Colony forming units (CFU's) green Vibrio spp ? Colony forming units (CFU's) yellow Vibrio spp. ? Press ? Dissolved nitrogen (DN) ? Dissolved organic carbon (DOC) ? Dissolved oxygen saturation ? Downloadable Data ? Secchi Depth ? Sediment dry weight ? Grainsize ? pH ? Length Chara spp. ? Abundance Mytilus spp. ? Abundance Chara spp. ? Abundance Potamogeton sp. ? Length Potamogeton sp. ?
Bounding boxes: 9.877° .. 25.012° x 54.014° .. 60.109°
License: unbekannt
Language: Englisch/English
Modified: 2023-08-10
Time ranges: 2021-07-25 - 2021-09-02
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