Related Projects
ABOUT ROMEO
The Romeo project aims to enhance the understanding of ecosystems and biogeochemical processes in extreme deep-sea environments, such as methane and oil seeps, gas hydrates, and hydrothermal vents, as well as in shallow aquatic systems affected by human activities, including fjords, lakes, and coastal areas. The project's methodology includes field work, such as marine research expeditions and field trips, experimental studies involving biological, molecular, and isotopic analyses, sediment characterization comprising sedimentology and lithostratigraphy, and numerical models to quantify elemental fluxes through the bio-geo-hydrospheres.Our team emphasizes the importance of using a multidisciplinary approach to address scientific inquiries, and therefore, encourages collaborations across diverse fields, including microbiology, environmental sciences, molecular biology, and geophysics.orations from many fields e.g., microbiology, environmental sciences, molecular biology, and geophysics.
ABOUT AKMA
The INTpart-AKMA project, which receives funding from the Norwegian Research Council (Project number 287869), is a significant initiative spearheaded by UiT - The Arctic University of Norway in Tromsø. This project is conducted in collaboration with the esteemed Woods Hole Oceanographic Institution in the United States.
The project team brings together a diverse array of scientists and educators from across the globe, including experts from South America, Central Asia, Africa, and Europe. This international collaboration fosters a dynamic exchange of ideas and methodologies, enriching the research environment.
The primary objectives of the AKMA project are to cultivate a long-term, multidisciplinary approach to education and research. It focuses on crucial aspects such as Arctic methane sources, associated processes, ecological systems, and the geological history of the region. By delving into these critical areas, the project seeks to equip the next generation of professionals with exceptional training and knowledge in Arctic marine sciences and greenhouse gas phenomena, thereby contributing to a deeper understanding of these pressing environmental issues.
For more information about the research and initiatives, please visit the AKMA project website.