Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Large-Scale Re-Implantation Efforts for Posidonia oceanica Restoration in the Ligurian Sea: Progress and Challenges

View through CrossRef
The Ligurian Sea (NW Mediterranean) has been a focal point for numerous interventions aimed at restoring Posidonia oceanica meadows. The success of pioneer restoration actions in France during the 1970s stimulated similar initiatives across the Mediterranean Sea. Early attempts in the Ligurian Sea were implemented in 1993 and 1996 on limited seabed areas (i.e., tens of square meters) at the two coastal sites of Sori and Rapallo (Liguria, NW Italy). No further initiatives have been reported for the Ligurian Sea until 2022. In that year, a large-scale restoration project, which uses biodegradable mats coupled with metal mesh, began in Liguria. Different levels of anthropogenic pressure and wave exposure characterize the three investigated locations: (1) Portofino, on the eastern Liguria and on the border with the Portofino Marine Protected Area; (2) Bergeggi in the central Liguria and within the Isola di Bergeggi Marine Protected Area; and (3) Sanremo in the western Liguria, without any formal protection. Despite recent setbacks caused by severe storms in late 2023, which particularly damaged the Portofino site, ongoing monitoring revealed promising survival rates. Most notably, the site in Bergeggi displayed a 90% survival rate in September 2023. Although challenges to restore P. oceanica beds persist, such as mitigating damages caused by unpredictable events, this extensive re-implantation initiative offers the opportunity to evaluate the effectiveness of new basin-scale restoration strategies. This approach marks an important step in the conservation of Posidonia oceanica habitat.
Title: Large-Scale Re-Implantation Efforts for Posidonia oceanica Restoration in the Ligurian Sea: Progress and Challenges
Description:
The Ligurian Sea (NW Mediterranean) has been a focal point for numerous interventions aimed at restoring Posidonia oceanica meadows.
The success of pioneer restoration actions in France during the 1970s stimulated similar initiatives across the Mediterranean Sea.
Early attempts in the Ligurian Sea were implemented in 1993 and 1996 on limited seabed areas (i.
e.
, tens of square meters) at the two coastal sites of Sori and Rapallo (Liguria, NW Italy).
No further initiatives have been reported for the Ligurian Sea until 2022.
In that year, a large-scale restoration project, which uses biodegradable mats coupled with metal mesh, began in Liguria.
Different levels of anthropogenic pressure and wave exposure characterize the three investigated locations: (1) Portofino, on the eastern Liguria and on the border with the Portofino Marine Protected Area; (2) Bergeggi in the central Liguria and within the Isola di Bergeggi Marine Protected Area; and (3) Sanremo in the western Liguria, without any formal protection.
Despite recent setbacks caused by severe storms in late 2023, which particularly damaged the Portofino site, ongoing monitoring revealed promising survival rates.
Most notably, the site in Bergeggi displayed a 90% survival rate in September 2023.
Although challenges to restore P.
oceanica beds persist, such as mitigating damages caused by unpredictable events, this extensive re-implantation initiative offers the opportunity to evaluate the effectiveness of new basin-scale restoration strategies.
This approach marks an important step in the conservation of Posidonia oceanica habitat.

Related Results

Influence of hydrodynamic setting on Posidonia oceanica meadow landscape and architecture
Influence of hydrodynamic setting on Posidonia oceanica meadow landscape and architecture
Seagrass meadow characteristics, including distribution, shape, size, and within-meadow architectural features may be influenced by various physical factors, including hydrodynamic...
ANALISIS PERTIMBANGAN MAHKAMAH AGUNG DALAM MENGABULKAN KASASI TERDAKWA (STUDI PUTUSAN NOMOR 2959/K/PID.SUS/2022)
ANALISIS PERTIMBANGAN MAHKAMAH AGUNG DALAM MENGABULKAN KASASI TERDAKWA (STUDI PUTUSAN NOMOR 2959/K/PID.SUS/2022)
<p><em><span class="markedContent"><span style="left: calc(var(--scale-factor)*195.53px); top: calc(var(--scale-factor)*496.87px); font-size: calc(var(--scale-...
Local Seismicity indicates basin inversion in the Ligurian Sea&#160;
Local Seismicity indicates basin inversion in the Ligurian Sea&#160;
&lt;p&gt;The Alpine orogen and the Apennine system are part of the complex tectonic setting in the Mediterranean Sea caused by the convergence between Africa and Eurasia. B...
KEDUDUKAN AHLI BAHASA DALAM PEMBUKTIAN PERKARA PENCEMARAN NAMA BAIK (STUDI PUTUSAN NOMOR: 47/PID.SUS/2019/PN. MGT)
KEDUDUKAN AHLI BAHASA DALAM PEMBUKTIAN PERKARA PENCEMARAN NAMA BAIK (STUDI PUTUSAN NOMOR: 47/PID.SUS/2019/PN. MGT)
<em><span id="page3R_mcid52" class="markedContent"><span style="left: calc(var(--scale-factor)*125.30px); top: calc(var(--scale-factor)*539.11px); font-size: calc(va...
Exploiting the multiscale synergy among ocean variables : application to the improvement of remote sensing salinity maps
Exploiting the multiscale synergy among ocean variables : application to the improvement of remote sensing salinity maps
Les imatges de teledetecció de la superfície oceànica proporcionen una vista sinòptica de la complexa geometria de la circulació oceànica, dominada per la variabilitat de mesoescal...
Retinitis Pigmentosa
Retinitis Pigmentosa
In studying the cases with typical and atypical pigmentary degeneration of the retina we strived to analyse in the clinical material all ophthalmoscopic and ocular changes together...
Ophiolite complex of Piedmont-Ligurian basin (Northern Apennines)
Ophiolite complex of Piedmont-Ligurian basin (Northern Apennines)
The Northern Apennines contain remnants of the Piedmont-Ligurian Basin (PLB) or ocean, which during the Late Mesozoic time (mainly in the Jurassic) separated the paleo-Europe (Iber...

Back to Top