SeaForest LIFE at the Italian Pavilion of Expo Dubai 2020

We are extremely proud to announce that the video "Research and technological innovation for the zero-emission monitoring of the marine and coastal environments", carried out as part of our project, has been selected to be available in the Italian Pavilion of Expo Dubai 2020.

Released the "Manual for the Creation of Blue Carbon Projects in Europe and the Mediterranean"

The IUCN’s Centre for Mediterranean Cooperation, drawing from a number of existing methodologies and approaches created by the International Blue Carbon Initiative as well as the work developed by the EU LIFE Blue Natura project, released their “Manual for the Creation of Blue Carbon Projects in Europe and the Mediterranean”. This document provides guidance for developing projects which utilise carbon finance to enhance, protect and develop seagrass and coastal wetland ecosystems for climate change mitigation and adaptation, specifically in Europe and the Mediterranean region.

This publication is addressed at public institutions, civil society organisations, researchers and private companies interested in strengthening their initiatives, as for example, the ones related to corporate social responsibility, through Blue Carbon projects.

In particular, this manual presents all the necessary methodological steps from the design of a blue carbon project on the ground to reporting according to diverse standards to obtain carbon credit offsets. Furthermore, it includes a selection of the best options in terms of restoration for mitigation, how to optimise efforts to obtain field data and building robust estimates within the boundaries of blue carbon projects.




Verra Has Registered Its First Blue Carbon Conservation Project

Verra has registered its first “blue carbon” conservation project, a critical step to scaling up climate action. The Blue Carbon Project Gulf of Morrosquillo in Colombia will sequester almost one million tonnes of carbon dioxide over 30 years by conserving and sustainably managing 7,561 hectares of coastal mangrove ecosystem, marshes, and associated streams.

“Blue carbon” refers to carbon dioxide stored in coastal wetlands, including mangroves, seagrasses and salt marshes. These ecosystems have a disproportionately high carbon sequestration and storage capacity compared to terrestrial forests and other ocean ecosystems. Although they cover less than 2% of total ocean area, mangroves, seagrasses and salt marshes account for half of the carbon stored in oceans due to their ability to draw down atmospheric carbon and trap it for long periods of time. Scaling up blue carbon activities is therefore critical to solve the climate emergency.

Blue carbon activities also provide important economic, social, and environmental benefits for local communities. This project will:

  • Strengthen local governance through local municipality and community participation in sustainable management practices;
  • Rescue, rehabilitate, and protect the habitat of several endangered species such as manatees and otters;
  • Reduce social barriers related to poverty by promoting jobs and activities such as bee-keeping and ecotourism; and
  • Introduce sustainable food sources such as community gardens.

The Blue Carbon Project Gulf of Morrosquillo was developed by Conservation International with the technical support of South Pole, using a Verra methodology (VM0007) that was revised in September 2020 to include tidal wetland conservation and restoration activities. Instituto de Investigaciones Marinas y Costeras (INVEMAR), Regional Autonomous Corporation of Sinu and San Jorge Valleys (CVS), Regional Autonomous Corporation of Sucre (CARSUCRE), and Fundación Omacha are implementing and monitoring the project with validation conducted by AENOR. The Colombian General Directorate of Maritime Affairs (DIMAR) provided valuable input and support for the project.

SeaForest LIFE presented at EGU 2021

During the European Geosciences Union General Assembly 2021, the largest and most important European geosciences event, held online between 19-30 April 2021, the SeaForest team presented the work "Towards the definition of a standard protocol for the estimation of CO2 fixation by Posidonia oceanica meadows in the Mediterranean Sea (SeaForest Life Project)", within the session dedicated to the "Effects of anthropogenic pressures on marine ecosystems". During the conference, Life SeaForest project was illustrated, with a particular focus on the results of the analysis of the effects caused by boat anchoring on P.oceanica carbon fuxes in the Cilento, Asinara and La Maddalena National Parks.

EGU is the leading organization for scientific research in Europe, counting more than 20,000 members from scientific institutions around the world, thus allowing the dissemination and sharing of the results obtained by the scientific community in all geosciences fields.

Intervention of mending the matte inside the Marine Protected Area Costa degli Infreschi and Massetta

Pilot intervention to re-stitch the matte has been set up within the Costa degli Infreschi and Massetta Marine Protected Area, through the use of star-shaped modules, made of Mater-Bi, patented by Biosurvey a University of Palermo Spin-off.

The mending operation was carried out inside the Infreschi Bay, in the Cilento, Vallo di Diano and Alburni National Park, on a surface of matte "probably generated" following the anchoring of pleasure boats over time. In total 42 Mater-bi modules were used, in order to generate 7 growth nuclei, each growth nucleus is made up of 6 cuttings anchoring modules (5 + 1 central). The activity was carried out by recovering detached and stranded cuttings from the Spin-off Biosurvey, coordinated by ISPRA, the beneficiary partner of the project.

The intervention site is located at a low depth, therefore visible from the surface, and will be used by the Marine Protected Area for awareness-raising visits, for Citizen Science activities and for the home of seedlings, if there will be a way to find them during the course of the LIFE project.

CLICK HERE to see the 3D model of the intervention area.