New technologies, policies, and initiatives towards preventing and reducing marine pollution and its consequences: improving the sustainability of life below water
PIs
Karin Rengefors, Lund University
Javiera Cornejo, Universidad de Chile
Jurij Wacyk, Universidad de Chile
Participants
Luca Brandt, KTH
Jing Li, Lund University
Frank Lipnizki, Lund University
Helena Filipsson, Lund University
Alyssa Joyce, University of Gothenburg
Victor Lobanov, University of Gothenburg
Cristian Escauriaza, P. Universidad Católica
Matías Contreras, P. Universidad Católica
Jose Manuel Yáñez, Universidad de Chile
Joseph Govan, Universidad de Chile
Lina Trincado, Universidad de Chile
Pablo Salgado, Universidad de Chile
Raimund Bürger, Universidad de Concepción
Claudia Andrade, Universidad de Magallanes
Max Frangopulos, Universidad de Magallanes
Results
The main purpose of this workshop was to bring together marine and freshwater scientists, veterinary scientists, and engineers dealing with water, on the joint theme of pollution of aquatic environments for promoting sustainable life under water. The primary aim was to learn about each other’s research and water-related sustainability issues in each of our countries. The workshop was set up to promote an environment favorable to brainstorming and sharing ideas and methodology, as well as an environment to build up trust among the members. The ultimate goal was to initiate potential future collaborative and interdisciplinary research projects.
The overall results were as follows:
Human activities result in changes in marine ecosystems, water flow, nutrients, pH, oxygen, altering water conditions to sustain life. From the discussion, the group would like to explore these changes from two angles. The study the dynamics of different pollutants and technologies to reduce the impact of water pollution via filtration and recovery of valuable compounds, as for example antimicrobials, contaminants, nutrients or any pollutant coming or natural or anthropogenic origin. Also, understanding water pollutants dynamics via mathematical modelling using an engineer approach, will allow a better prediction of the organic and inorganic particles movement. This assessment can be used for further mitigation of particles concrescences, as well as to monitor suspended materials, different kind of pollutants, and planktonic cells.