# Ecocriminological analysis of brine in aquatic ecosystems: impacts on Posidonia oceanica and the search for restorative justice solutions

## TL;DR

This paper examines the ecological harm caused by desalination plants, focusing on the seagrass Posidonia oceanica and exploring restorative justice solutions.

## Contribution

The study introduces an ecocriminological and restorative justice framework to analyze the ecological impacts of brine discharges on marine ecosystems.

## Key findings

- Desalination plants cause significant ecological harm to Posidonia oceanica and related ecosystems.
- An ecocriminological analysis reveals the legal and ethical implications of brine discharges.
- Restorative justice approaches offer potential solutions to mitigate ecological damage.

## Abstract

The consumption of fresh water has generated additional problems in certain territories, along with the consequences of global warming. This has meant that, in the most vulnerable areas, such as the Balearic archipelago in the Mediterranean, alternative water supply systems have been established: desalination plants. However, the ecological impact of these infrastructures is great, mainly affecting aquatic ecosystems. In the light of the above, this paper addresses the ecological harm caused by desalination and brine discharges on a protected and priority species,
Posidonia oceanica. For this and taking as ethical-legal foundation the theory of ecological justice, a multilevel analysis was carried out from an ecocriminology perspective on the impacts of this authorized practice on
Posidonia and other species. Finally, a restorative justice view will allow us to understand and envision possible solutions to this ecological harm.