Skip to content

Assessment of the role of preferential lateral inflows as biogeochemical hotspots along Mediterranean river networks (HOTSPOT)

HOTSPOT

la-investigadora-anna-lupon-fent-treball-de-camp
This research project aims to evaluate the role of lateral inflows and see which can be considered "hot spots" due to their great influence on the biogeochemical processes taking place in rivers.

We investigate the responses of cyclic carbon (C) and nitrogen (N) processes in Mediterranean river networks and evaluate the role of preferential lateral inputs as biogeochemical hot spots.

General project information

Financing amount

155.920€

Development period
Start

01/09/2023

End

31/08/2025

Department

Responsible researcher

Research Scientist

Other researchers and involved staff

Funding entities

Institutions/collaborators

Social networks of the project

You may also be interested in

By studying the relationship between rivers, aquifers, and terrestrial environments, ENEO3 examines how natural self-purification processes can help improve water quality. The project focuses on denitrification, a key biogeochemical process that converts nitrates into nitrogen gas, thereby reducing water pollution caused by excess nitrogen.
The BlauCat project aims to assess the current status of blue carbon in Catalonia’s coastal ecosystems and contribute to the development of an action plan for their conservation and restoration, as a tool to support public policies for climate change mitigation and adaptation. The project will generate a homogeneous and georeferenced database on blue carbon stocks and fluxes at the regional scale, as well as an analysis of the restoration potential of these ecosystems.
The main objective of this research project is to co-develop digital twins for predicting water quantity and quality in the Ter and Tordera basins, including catchments, reservoirs and coastal areas, contributing to efficient water resource management, protecting ecosystems and maximising water security in a climate change context.
It focuses on detailed taxonomic analysis and trophic-functional assessment of soft-bottom macrobenthos in various regions worldwide, with the aim of providing rigorous scientific advice to support the completion of environmental monitoring and impact management studies for projects.
The project aims to design nature-based wastewater treatment solutions specifically adapted to high-mountain conditions.