• Services
  • Projects
  • Publications
    • Reports
    • Scientific publications
  • AquaBiota Twitter
  • About us
  • Coworkers
  • Work with us
  • Contact
  • English
  • Swedish

AquaBiota

Välkommen till AquaBiota!

  • About us
  • Coworkers
  • Work with us
  • Contact
  • English
  • Swedish
  • Services
  • Projects
  • Publications
    • Reports
    • Scientific publications
  • AquaBiota Twitter

New paper on trend correlations for coastal eutrophication

2021-03-31 AquaBiota

Trend correlations for coastal eutrophication and its main local and whole-sea drivers – Application to the Baltic Sea, a peer-reviewed article from the collaborations of AquaBiota on the research activities in the Baltic Sea has being recently published.

The work of Vigouroux et al. 2021, where our colleague and co-author José Beltrán, describes a systematic investigation of observation-based relationships between coastal eutrophication variables and combined anthroposphere, atmospheric, and hydrospheric drivers. The paper relates the methodology developed for systematic data-given investigation of relationships between local eutrophication variables and multi-scale drivers. Moreover, it also reveals relationships that challenge common unidirectional local land source-to-sea paradigms and emphasize a need for concerted local-catchment and whole-sea measures for robust coastal eutrophication management. This work can support water quality improvements of coastal zones, playing a key societal role.

Paper highlights:
• Eutrophication trends linked with anthropogenic, climatic and hydrospheric drivers.
• Local water quality dynamics are distinguished between more and less isolated coasts.
• Coasts are melting pot of driver influences, from local land to open sea conditions.
• Coastal eutrophication management needs both local-catchment and whole-sea measures.
• Results challenge unidirectional land source-to-sea paradigms.

Vigouroux, G., Kari, E., Beltrán-Abaunza, J.M., Uotila, P., Yuan, D., Destouni, G., 2021. Trend correlations for coastal eutrophication and its main local and whole-sea drivers – Application to the Baltic Sea. Sci. Total Environ. 779, 146367. https://doi.org/10.1016/j.scitotenv.2021.146367

Find this article and our other scientific publications at https://www.aquabiota.se/en/scientific-publications/

Filed Under: Mapping the natural environment

Contact


Martin Isæus
VD AquaBiota Consulting
MD, PhD Marine ecology
martin.isaeus@aquabiota.se
Telefon: 0852230241
Mobil: 0704412529

News

AquaBiota Gasell 2022

Oct 10

AquaBiota has been appointed as a Gasell Company … Read more »

AquaBiota – part of the NIRAS group

Sep 01

September 1st, AquaBiota joined the NIRAS group! … Read more »

‘Mixed species groups in mammals’, one of 16 classic papers celebrating 50 years of Mammal Review

Dec 16

A paper by Eva Isaeus and others is featured in a … Read more »

Application and EIA for Storgrundet announced

Dec 16

Earlier this year, wpd submitted an application to … Read more »

Webinars about large-scale sustainable offshore wind power

Dec 15

During November and December, AquaBiota conducted … Read more »

New paper on trend correlations for coastal eutrophication

Mar 31

Trend correlations for coastal eutrophication and … Read more »

See all posts »

NYHETSBREV

Klicka här för att prenumerera på vårt nyhetsbrev.

Några gånger per år skickar AquaBiota ut ett nyhetsbrev med aktuell information om vår verksamhet och utvalda externa händelser.

CONTACT

08 – 522 302 40
info@aquabiota.se

 

AquaBiota Water Research ABWR AB
Sveavägen 159
113 46 Stockholm

EVALUATION OF CREDITWORTHINESS

Copyright © 2023 AquaBiota · An iGoMoon Website · Log in

We use cookies on this website to gather information how you use the website so we can improve the experience for you. By continuing to use our services, you are giving us your consent to use cookies.