42 results on '"Labrenz, Matthias"'
Search Results
2. Combined effects of temperature and emersion-immersion cycles on metabolism and bioenergetics of the Pacific oyster Crassostrea (Magallana) gigas
- Author
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Bruhns, Torben, Timm, Stefan, Feußner, Nina, Engelhaupt, Sonja, Labrenz, Matthias, Wegner, Mathias, and Sokolova, Inna M.
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- 2023
- Full Text
- View/download PDF
3. Epidemiological and environmental investigation of the 'big four' Vibrio species, 1994 to 2021: a Baltic Sea retrospective study.
- Author
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Gyraitė, Greta, Kataržytė, Marija, Bučas, Martynas, Kalvaitienė, Greta, Kube, Sandra, Herlemann, Daniel PR, Pansch, Christian, Andersson, Anders F., Pitkanen, Tarja, Hokajärvi, Anna-Maria, Annus-Urmet, Aune, Hauk, Gerhard, Hippelein, Martin, Lastauskienė, Eglė, and Labrenz, Matthias
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- 2024
- Full Text
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4. Microplastics into the Anthropocene : Rise and Fall of the Human Footprint
- Author
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Ivar do Sul, Juliana A., Labrenz, Matthias, Santos Echeandia, Juan, Section editor, Rocha-Santos, Teresa, editor, Costa, Monica F., editor, and Mouneyrac, Catherine, editor
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- 2022
- Full Text
- View/download PDF
5. Control of Vibrio vulnificus proliferation in the Baltic Sea through eutrophication and algal bloom management
- Author
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Riedinger, David J., primary, Fernández-Juárez, Victor, additional, Delgado, Luis F., additional, Sperlea, Theodor, additional, Hassenrück, Christiane, additional, Herlemann, Daniel P. R., additional, Pansch, Christian, additional, Kataržytė, Marija, additional, Bruck, Florian, additional, Ahrens, Alwin, additional, Rakowski, Marcin, additional, Piwosz, Kasia, additional, Stevenson, Angela, additional, Reusch, Thorsten B. H., additional, Gyraitė, Greta, additional, Schulz-Bull, Detlef, additional, Benterbusch-Brockmöller, Heike, additional, Kube, Sandra, additional, Dupke, Susann, additional, Andersson, Anders F., additional, Riemann, Lasse, additional, and Labrenz, Matthias, additional
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- 2024
- Full Text
- View/download PDF
6. Microbial remineralization processes during postspring-bloom with excess phosphate available in the northern Baltic Sea.
- Author
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Vanharanta, Mari, Santoro, Mariano, Villena-Alemany, Cristian, Piiparinen, Jonna, Piwosz, Kasia, Grossart, Hans-Peter, Labrenz, Matthias, and Spilling, Kristian
- Subjects
EXTRACELLULAR enzymes ,ORGANIC compounds ,ALKALINE phosphatase ,SPRING ,OPEN-ended questions - Abstract
The phosphorus (P) concentration is increasing in parts of the Baltic Sea following the spring bloom. The fate of this excess P-pool is an open question, and here we investigate the role of microbial degradation processes in the excess P assimilation phase. During a 17-day-long mesocosm experiment in the southwest Finnish archipelago, we examined nitrogen, phosphorus, and carbon acquiring extracellular enzyme activities in three size fractions (<0.2, 0.2–3, and >3 µm), bacterial abundance, production, community composition, and its predicted metabolic functions. The mesocosms received carbon (C) and nitrogen (N) amendments individually and in combination (NC) to distinguish between heterotrophic and autotrophic processes. Alkaline phosphatase activity occurred mainly in the dissolved form and likely contributed to the excess phosphate conditions together with grazing. At the beginning of the experiment, peptidolytic and glycolytic enzymes were mostly produced by free-living bacteria. However, by the end of the experiment, the NC-treatment induced a shift in peptidolytic and glycolytic activities and degradation of phosphomonoesters toward the particle-associated fraction, likely as a consequence of higher substrate availability. This would potentially promote retention of nutrients in the surface as opposed to sedimentation, but direct sedimentation measurements are needed to verify this hypothesis. [ABSTRACT FROM AUTHOR]
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- 2024
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- View/download PDF
7. Emission, Transport, and Deposition of visible Plastics in an Estuary and the Baltic Sea—a Monitoring and Modeling Approach
- Author
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Schernewski, Gerald, Radtke, Hagen, Robbe, Esther, Haseler, Mirco, Hauk, Rahel, Meyer, Lisa, Piehl, Sarah, Riedel, Joana, and Labrenz, Matthias
- Published
- 2021
- Full Text
- View/download PDF
8. Combined TCBS and CHROMagar Analyses Allow for Basic Identification of Vibrio vulnificus within a 48 h Incubation Period in the Coastal Baltic Sea
- Author
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Glackin, Conor Christopher, primary, Dupke, Susann, additional, Chandra, Thota Sharath, additional, Riedinger, David, additional, and Labrenz, Matthias, additional
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- 2024
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- View/download PDF
9. Effects of excess phosphate on a coastal plankton community
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Spilling, Kristian, primary, Vanharanta, Mari, additional, Santoro, Mariano, additional, Villena-Alemany, Cristian, additional, Labrenz, Matthias, additional, Grossart, Hans-Peter, additional, and Piwosz, Kasia, additional
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- 2024
- Full Text
- View/download PDF
10. Microbial remineralization processes during post-spring-bloom excess phosphate in the northern Baltic Sea
- Author
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Vanharanta, Mari, primary, Santoro, Mariano, additional, Villena-Alemany, Cristian, additional, Piiparinen, Jonna, additional, Piwosz, Kasia, additional, Grossart, Hans-Peter, additional, Labrenz, Matthias, additional, and Spilling, Kristian, additional
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- 2024
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- View/download PDF
11. A Public Database for Microplastics in the Environment
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Čerkasova, Natalja, primary, Enders, Kristina, additional, Lenz, Robin, additional, Oberbeckmann, Sonja, additional, Brandt, Josef, additional, Fischer, Dieter, additional, Fischer, Franziska, additional, Labrenz, Matthias, additional, and Schernewski, Gerald, additional
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- 2023
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12. Acclimation of Nodularia spumigena CCY9414 to inorganic phosphate limitation – Identification of the P-limitation stimulon via RNA-seq
- Author
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Santoro, Mariano, primary, Hassenrück, Christiane, additional, Labrenz, Matthias, additional, and Hagemann, Martin, additional
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- 2023
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13. The East Gotland Basin (Baltic Sea) as a candidate Global boundary Stratotype Section and Point for the Anthropocene series
- Author
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Kaiser, Jérôme, primary, Abel, Serena, additional, Arz, Helge W, additional, Cundy, Andrew B, additional, Dellwig, Olaf, additional, Gaca, Pawel, additional, Gerdts, Gunnar, additional, Hajdas, Irka, additional, Labrenz, Matthias, additional, Milton, James A, additional, Moros, Matthias, additional, Primpke, Sebastian, additional, Roberts, Sarah L, additional, Rose, Neil L, additional, Turner, Simon D, additional, Voss, Maren, additional, and Ivar do Sul, Juliana A, additional
- Published
- 2022
- Full Text
- View/download PDF
14. Functional responses of key marine bacteria to environmental change – toward genetic counselling for coastal waters
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Pinhassi, Jarone, primary, Farnelid, Hanna, additional, García, Sandra Martínez, additional, Teira, Eva, additional, Galand, Pierre E., additional, Obernosterer, Ingrid, additional, Quince, Christopher, additional, Vila-Costa, Maria, additional, Gasol, Josep M., additional, Lundin, Daniel, additional, Andersson, Anders F., additional, Labrenz, Matthias, additional, and Riemann, Lasse, additional
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- 2022
- Full Text
- View/download PDF
15. Immobilised microplastic particle models for method evaluations and laboratory ring trials in the lower micrometer size ranges
- Author
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Lenz, Robin, Enders, Kristina, Muche, Julia, Fischer, Franziska, Brandt, Josef, Vizsolyi, Eva C., Löder, Martin, Laforsch, Christian, Eder, Gabriele, Labrenz, Matthias, and Fischer, Dieter
- Subjects
validation ,spectroscopy ,image recognition ,FTIR ,Raman ,round robin - Abstract
Quantification of microplastics (MP) from real world samples require manifold and labour-intensive steps of sample purification, as well as chemical and or optical analysis. A large variety of methods for each step has been described in the scientific literature, oftentimes accompanied by calls for more standardisation and reproducibility. One important factor for reliable results is to be able to estimate error terms introduced by individual methods or whole methodological pipelines. Such trials, on a per-method basis typically referred to as method evaluation or validation, or, from an interlaboratory perspective, as calibration or proficiency test, tend to resort to experimental designs involving much larger plastic items, than what the respective method might be applied to afterwards. The reason here, bluntly, is that the correct determination of numbers, shapes, and sizes of freely floating, rolling and swirling particles is difficult to assure for everything that is too small to be handled manually. We developed techniques for MP particle immobilisations for experimental trials in the size range below 100 µm. The foundation of the concept is to enable repeatable measurements on individual MP particles. For a range of digestion method evaluations a fixation holding particles to the substrate, able to withstand the treatments, while also allowing a sufficient particle surface exposure, was required. This was realised as spin-coated epoxy resin microlayers on Si-wafers with scattered MP toppings, in order to measure the same particles before and after exposure to a chemical digestion protocol. In ongoing developments we are applying the immobilisation concept in designing analytical laboratory comparisons, where we avoid the inaccuracies introduced in sample production and treatment in classical mobile particle approaches. In fact, with a sufficiently stabilised immobile MP sample, it becomes possible to conduct a ring trial where the identical sample is spectroscopically measured and then forwarded by all participants. Also see: https://micro2022.sciencesconf.org/427260/document, In MICRO 2022, Online Atlas Edition: Plastic Pollution from MACRO to nano
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- 2022
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16. Year-Long Microbial Succession on Microplastics in Wastewater: Chaotic Dynamics Outweigh Preferential Growth
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Tagg, Alexander S., primary, Sperlea, Theodor, additional, Labrenz, Matthias, additional, Harrison, Jesse P., additional, Ojeda, Jesús J., additional, and Sapp, Melanie, additional
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- 2022
- Full Text
- View/download PDF
17. The East Gotland Basin (Baltic Sea) as a candidate Global boundary Stratotype Section and Point for the Anthropocene series.
- Author
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Kaiser, Jérôme, Abel, Serena, Arz, Helge W, Cundy, Andrew B, Dellwig, Olaf, Gaca, Pawel, Gerdts, Gunnar, Hajdas, Irka, Labrenz, Matthias, Milton, James A, Moros, Matthias, Primpke, Sebastian, Roberts, Sarah L, Rose, Neil L, Turner, Simon D, Voss, Maren, and Ivar do Sul, Juliana A
- Published
- 2023
- Full Text
- View/download PDF
18. Lösungsstrategien zur Verminderung von Einträgen von urbanem Plastik in limnische Systeme - PLASTRAT - Synthesebericht
- Author
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Schaum, Christian, Krause, Steffen, Wick, Natalie, Oehlmann, Jörg, Schulte-Oehlmann, Ulrike, Klein, Kristina, Stieß, Immanuel, Raschweski, Luca, Sunderer, Georg, Birzle-Harder, Barbara, Wencki, Kristina, Lévai, Peter, Mälzer, Hans-Joachim, Schertzinger, Gerhard, Pannekens, Helena, Dopp, Elke, Ternes, Thomas, Dierkes, Georg, Schweyen, Peter, Lauschke, Tim, Günkel-Lange, Tobias, Schebek, Liselotte, Sakaguchi‐Söder, Kaori, Gottschling, Michael, Staaks, Christian, Fischer, Dieter, Fischer, Franziska, Labrenz, Matthias, Klaeger, Franziska, and Ivar do Sul, Juliana
- Abstract
Der Einsatz von Plastik gehört zu den großen Errungenschaften unserer Zeit. Die Nutzung von Plastik in unseren verschiedenen Lebensbereichen ermöglicht uns heute Vieles. Dabei setzen wir Plastik oft ein, ohne dass uns dies bewusst ist. Wieviel „virtuelles Plastik“ war allein notwendig, um diesen Synthesebericht zu erstellen? Wieviel Plastik benötigen Sie gerade, um diesen Synthesebericht zu lesen? Wie so oft, so hat auch der Einsatz von Plastik zwei Seiten: den positiven Errungenschaften stehen negative Auswirkungen gegenüber, vor allem nach der Nutzung von Plastik. Im Fokus stehen hierbei Fragestellungen der Toxikologie sowie der Abfallverwertung. Im Gegensatz zu vielen anderen Stoffen, mit denen wir täglich in Berührung sind, hat Plastik die Eigenschaft, dass sich kleinste Partikel bilden. So ist es nicht verwunderlich, dass sich mittlerweile in allen Umweltmedien Mikroplastikpartikel finden lassen. Die Idee von PLASTRAT war es, in einem interdisziplinären Team Ansätze für die Verminderung von Einträgen von Plastik in Gewässer zu untersuchen. Dabei standen über den Ansatz der systemischen Risikoanalyse die unterschiedlichen Sektoren im Fokus, angefangen von der Erzeugung, über die Nutzung bis hin zu den Eintragspfaden und die toxikologische Bewertung. Der Synthesebericht fasst die Ergebnisse von PLASTRAT zusammen. Vor allem zeigt der Synthesebericht die großen Herausforderungen sowie Lösungsansätze zum Thema Mikroplastik auf. Dabei wird auch deutlich, dass wir bei vielen Fragestellungen zum Umgang mit Plastik erst am Anfang stehen. Die ersten Ideen zu PLASTRAT entstanden 2016. In den vergangenen fünf Jahren stand das Thema Plastik im Fokus von Öffentlichkeit und Presse. In dieser Zeit gab es bereits wichtige Veränderungen beim Einsatz von Plastik bei diversen Produkten, beispielsweise durch die Substitution durch alternative Materialien. Dies zeigt deutlich, dass eine Bewusstseinsveränderung stattgefunden hat, die sich sicherlich in der Zukunft fortsetzten wird. Die Arbeiten und Diskussionen im Projektteam von PLASTRAT waren spannend. In vielen Projektbesprechungen wurde an den Forschungsfragestellungen gearbeitet und nach Lösungen gesucht. Es gab einen intensiven persönlichen Austausch mit allen am Projekt beteiligten Personen, so dass uns die seit 2020 geltenden Einschränkungen durch die Corona-Pandemie nicht immer leichtgefallen sind. Wir möchten uns bei allen bedanken, die bei PLASTRAT mitgewirkt haben. Allen Lesern des Syntheseberichts wünschen wir viele Freude beim Lesen und hoffen, dass wir Ihnen einen Impuls für den zukünftigen Umgang mit (Mikro-)Plastik geben können.
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- 2022
19. Agricultural application of microplastic-rich sewage sludge leads to further uncontrolled contamination
- Author
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Tagg, Alexander S., primary, Brandes, Elke, additional, Fischer, Franziska, additional, Fischer, Dieter, additional, Brandt, Josef, additional, and Labrenz, Matthias, additional
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- 2022
- Full Text
- View/download PDF
20. The East Gotland Basin (Baltic Sea) as a candidate Global boundary Stratotype Section and Point for the Anthropocene series
- Author
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Waters, Colin N., Turner, Simon D., Zalasiewicz, Jan, Head, Martin J., Kaiser, Jérôme, Abel, Serena, Arz, Helge W, Cundy, Andrew B, Dellwig, Olaf, Gaca, Pawel, Gerdts, Gunnar, Hajdas, Irka, Labrenz, Matthias, Milton, James A, Moros, Matthias, Primpke, Sebastian, Roberts, Sarah L, Rose, Neil L, Turner, Simon D, Voss, Maren, and Ivar do Sul, Juliana A
- Abstract
The short sediment core EMB201/7-4 retrieved from the East Gotland Basin, central Baltic Sea, is explored here as a candidate to host the stratigraphical basis for the Anthropocene series and its equivalent Anthropocene epoch, still to be formalized in the Geological Time Scale. The core has been accurately dated back to 1840 CE using a well-established event stratigraphy approach. A pronounced and significant change occurs at 26.5 cm (dated 1956 ± 4 CE) for a range of geochemical markers including 239+240Pu, 241Am, fly-ash particles, DDT (organochlorine insecticide), total organic carbon, and bulk organic carbon stable isotopes. This stratigraphic level, which corresponds to a change in both lithology and sediment colour related to early anthropogenic-triggered eutrophication of the central Baltic Sea, is proposed as a Global boundary Stratotype Section and Point for the Anthropocene series.
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- 2023
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21. Identification and quantification of microplastic particles in drinking water treatment sludge as an integrative approach to determine microplastic abundance in a freshwater river
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Siegel, Henrik, primary, Fischer, Franziska, additional, Lenz, Robin, additional, Fischer, Dieter, additional, Jekel, Martin, additional, and Labrenz, Matthias, additional
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- 2021
- Full Text
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22. Machine Learning Predicts the Presence of 2,4,6-Trinitrotoluene in Sediments of a Baltic Sea Munitions Dumpsite Using Microbial Community Compositions
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Janßen, René, primary, Beck, Aaron J., additional, Werner, Johannes, additional, Dellwig, Olaf, additional, Alneberg, Johannes, additional, Kreikemeyer, Bernd, additional, Maser, Edmund, additional, Böttcher, Claus, additional, Achterberg, Eric P., additional, Andersson, Anders F., additional, and Labrenz, Matthias, additional
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- 2021
- Full Text
- View/download PDF
23. Fish as a winter reservoir for Vibrio spp. in the southern Baltic Sea coast
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Möller, Lars, primary, Kreikemeyer, Bernd, additional, Gerdts, Gunnar, additional, Jost, Günter, additional, and Labrenz, Matthias, additional
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- 2021
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24. Closing Microplastic Pathways Before They Open: A Model Approach
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Tagg, Alexander S. and Labrenz, Matthias
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- 2024
- Full Text
- View/download PDF
25. Functional responses of key marine bacteria to environmental change – toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change., Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
26. Functional responses of key marine bacteria to environmental change : toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
27. Functional responses of key marine bacteria to environmental change - toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations - "key" in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
28. Functional responses of key marine bacteria to environmental change – toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change., Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
29. Lösungsstrategien zur Verminderung von Einträgen von urbanem Plastik in limnische Systeme - PLASTRAT - Synthesebericht
- Abstract
Der Einsatz von Plastik gehört zu den großen Errungenschaften unserer Zeit. Die Nutzung von Plastik in unseren verschiedenen Lebensbereichen ermöglicht uns heute Vieles. Dabei setzen wir Plastik oft ein, ohne dass uns dies bewusst ist. Wieviel „virtuelles Plastik“ war allein notwendig, um diesen Synthesebericht zu erstellen? Wieviel Plastik benötigen Sie gerade, um diesen Synthesebericht zu lesen? Wie so oft, so hat auch der Einsatz von Plastik zwei Seiten: den positiven Errungenschaften stehen negative Auswirkungen gegenüber, vor allem nach der Nutzung von Plastik. Im Fokus stehen hierbei Fragestellungen der Toxikologie sowie der Abfallverwertung. Im Gegensatz zu vielen anderen Stoffen, mit denen wir täglich in Berührung sind, hat Plastik die Eigenschaft, dass sich kleinste Partikel bilden. So ist es nicht verwunderlich, dass sich mittlerweile in allen Umweltmedien Mikroplastikpartikel finden lassen. Die Idee von PLASTRAT war es, in einem interdisziplinären Team Ansätze für die Verminderung von Einträgen von Plastik in Gewässer zu untersuchen. Dabei standen über den Ansatz der systemischen Risikoanalyse die unterschiedlichen Sektoren im Fokus, angefangen von der Erzeugung, über die Nutzung bis hin zu den Eintragspfaden und die toxikologische Bewertung. Der Synthesebericht fasst die Ergebnisse von PLASTRAT zusammen. Vor allem zeigt der Synthesebericht die großen Herausforderungen sowie Lösungsansätze zum Thema Mikroplastik auf. Dabei wird auch deutlich, dass wir bei vielen Fragestellungen zum Umgang mit Plastik erst am Anfang stehen. Die ersten Ideen zu PLASTRAT entstanden 2016. In den vergangenen fünf Jahren stand das Thema Plastik im Fokus von Öffentlichkeit und Presse. In dieser Zeit gab es bereits wichtige Veränderungen beim Einsatz von Plastik bei diversen Produkten, beispielsweise durch die Substitution durch alternative Materialien. Dies zeigt deutlich, dass eine Bewusstseinsveränderung stattgefunden hat, die sich sicherlich in der Zukunft fortsetzten wird. D
- Published
- 2022
30. Lösungsstrategien zur Verminderung von Einträgen von urbanem Plastik in limnische Systeme - PLASTRAT - Synthesebericht
- Abstract
Der Einsatz von Plastik gehört zu den großen Errungenschaften unserer Zeit. Die Nutzung von Plastik in unseren verschiedenen Lebensbereichen ermöglicht uns heute Vieles. Dabei setzen wir Plastik oft ein, ohne dass uns dies bewusst ist. Wieviel „virtuelles Plastik“ war allein notwendig, um diesen Synthesebericht zu erstellen? Wieviel Plastik benötigen Sie gerade, um diesen Synthesebericht zu lesen? Wie so oft, so hat auch der Einsatz von Plastik zwei Seiten: den positiven Errungenschaften stehen negative Auswirkungen gegenüber, vor allem nach der Nutzung von Plastik. Im Fokus stehen hierbei Fragestellungen der Toxikologie sowie der Abfallverwertung. Im Gegensatz zu vielen anderen Stoffen, mit denen wir täglich in Berührung sind, hat Plastik die Eigenschaft, dass sich kleinste Partikel bilden. So ist es nicht verwunderlich, dass sich mittlerweile in allen Umweltmedien Mikroplastikpartikel finden lassen. Die Idee von PLASTRAT war es, in einem interdisziplinären Team Ansätze für die Verminderung von Einträgen von Plastik in Gewässer zu untersuchen. Dabei standen über den Ansatz der systemischen Risikoanalyse die unterschiedlichen Sektoren im Fokus, angefangen von der Erzeugung, über die Nutzung bis hin zu den Eintragspfaden und die toxikologische Bewertung. Der Synthesebericht fasst die Ergebnisse von PLASTRAT zusammen. Vor allem zeigt der Synthesebericht die großen Herausforderungen sowie Lösungsansätze zum Thema Mikroplastik auf. Dabei wird auch deutlich, dass wir bei vielen Fragestellungen zum Umgang mit Plastik erst am Anfang stehen. Die ersten Ideen zu PLASTRAT entstanden 2016. In den vergangenen fünf Jahren stand das Thema Plastik im Fokus von Öffentlichkeit und Presse. In dieser Zeit gab es bereits wichtige Veränderungen beim Einsatz von Plastik bei diversen Produkten, beispielsweise durch die Substitution durch alternative Materialien. Dies zeigt deutlich, dass eine Bewusstseinsveränderung stattgefunden hat, die sich sicherlich in der Zukunft fortsetzten wird. D
- Published
- 2022
31. Functional responses of key marine bacteria to environmental change - toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations - "key" in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
32. Lösungsstrategien zur Verminderung von Einträgen von urbanem Plastik in limnische Systeme - PLASTRAT - Synthesebericht
- Abstract
Der Einsatz von Plastik gehört zu den großen Errungenschaften unserer Zeit. Die Nutzung von Plastik in unseren verschiedenen Lebensbereichen ermöglicht uns heute Vieles. Dabei setzen wir Plastik oft ein, ohne dass uns dies bewusst ist. Wieviel „virtuelles Plastik“ war allein notwendig, um diesen Synthesebericht zu erstellen? Wieviel Plastik benötigen Sie gerade, um diesen Synthesebericht zu lesen? Wie so oft, so hat auch der Einsatz von Plastik zwei Seiten: den positiven Errungenschaften stehen negative Auswirkungen gegenüber, vor allem nach der Nutzung von Plastik. Im Fokus stehen hierbei Fragestellungen der Toxikologie sowie der Abfallverwertung. Im Gegensatz zu vielen anderen Stoffen, mit denen wir täglich in Berührung sind, hat Plastik die Eigenschaft, dass sich kleinste Partikel bilden. So ist es nicht verwunderlich, dass sich mittlerweile in allen Umweltmedien Mikroplastikpartikel finden lassen. Die Idee von PLASTRAT war es, in einem interdisziplinären Team Ansätze für die Verminderung von Einträgen von Plastik in Gewässer zu untersuchen. Dabei standen über den Ansatz der systemischen Risikoanalyse die unterschiedlichen Sektoren im Fokus, angefangen von der Erzeugung, über die Nutzung bis hin zu den Eintragspfaden und die toxikologische Bewertung. Der Synthesebericht fasst die Ergebnisse von PLASTRAT zusammen. Vor allem zeigt der Synthesebericht die großen Herausforderungen sowie Lösungsansätze zum Thema Mikroplastik auf. Dabei wird auch deutlich, dass wir bei vielen Fragestellungen zum Umgang mit Plastik erst am Anfang stehen. Die ersten Ideen zu PLASTRAT entstanden 2016. In den vergangenen fünf Jahren stand das Thema Plastik im Fokus von Öffentlichkeit und Presse. In dieser Zeit gab es bereits wichtige Veränderungen beim Einsatz von Plastik bei diversen Produkten, beispielsweise durch die Substitution durch alternative Materialien. Dies zeigt deutlich, dass eine Bewusstseinsveränderung stattgefunden hat, die sich sicherlich in der Zukunft fortsetzten wird. D
- Published
- 2022
33. Functional responses of key marine bacteria to environmental change - toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations - "key" in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change., QC 20230109
- Published
- 2022
- Full Text
- View/download PDF
34. Functional responses of key marine bacteria to environmental change - toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations - "key" in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
35. Functional responses of key marine bacteria to environmental change : toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
36. Functional responses of key marine bacteria to environmental change - toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations - "key" in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
37. Functional responses of key marine bacteria to environmental change - toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations - "key" in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
38. Functional responses of key marine bacteria to environmental change : toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
39. Functional responses of key marine bacteria to environmental change - toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations - "key" in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
40. Functional responses of key marine bacteria to environmental change : toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
41. Functional responses of key marine bacteria to environmental change : toward genetic counselling for coastal waters
- Abstract
Coastal ecosystems deteriorate globally due to human-induced stress factors, like nutrient loading and pollution. Bacteria are critical to marine ecosystems, e.g., by regulating nutrient cycles, synthesizing vitamins, or degrading pollutants, thereby providing essential ecosystem services ultimately affecting economic activities. Yet, until now bacteria are overlooked both as mediators and indicators of ecosystem health, mainly due to methodological limitations in assessing bacterial ecosystem functions. However, these limitations are largely overcome by the advances in molecular biology and bioinformatics methods for characterizing the genetics that underlie functional traits of key bacterial populations – “key” in providing important ecosystem services, being abundant, or by possessing high metabolic rates. It is therefore timely to analyze and define the functional responses of bacteria to human-induced effects on coastal ecosystem health. We posit that categorizing the responses of key marine bacterial populations to changes in environmental conditions through modern microbial oceanography methods will allow establishing the nascent field of genetic counselling for our coastal waters. This requires systematic field studies of linkages between functional traits of key bacterial populations and their ecosystem functions in coastal seas, complemented with systematic experimental analyses of the responses to different stressors. Research and training in environmental management along with dissemination of results and dialogue with societal actors are equally important to ensure the role of bacteria is understood as fundamentally important for coastal ecosystems. Using the responses of microorganisms as a tool to develop genetic counselling for coastal ecosystems can ultimately allow for integrating bacteria as indicators of environmental change.
- Published
- 2022
- Full Text
- View/download PDF
42. Researchers from Leibniz Institute for Baltic Sea Research Warnemunde (IOW) Detail Findings in Science [The East Gotland Basin (Baltic Sea) As a Candidate Global Boundary Stratotype Section and Point for the Anthropocene Series]
- Subjects
Health ,Science and technology - Abstract
2023 JAN 20 (NewsRx) -- By a News Reporter-Staff News Editor at Science Letter -- Research findings on Science are discussed in a new report. According to news reporting originating [...]
- Published
- 2023
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