Global spatial dataset of mangrove genus distribution.
In recent conservation research, studies emphasize the critical role mangrove forests play in coastal protection against waves and tsunamis.
These findings underscore the importance of mangroves in enhancing the resilience of coastal regions facing global climate change.
Researchers have discovered the non-linear relationship between ecosystem services, such as coastal protection, and the temporal and spatial variability in mangrove ecosystems.
Furthermore, studies highlight the effectiveness of mangrove forests in attenuating surface wave energy, contributing significantly to coastal defense strategies.
Source=nature
Availability_of_mangrove_species_zonation_data_for_each_marine_ecoregion_of_the_world.
According to scientific data collated from various sources, mangroves ability to attenuate waves and their unique structural properties make them invaluable natural assets in mitigating coastal erosion.
Source=doi
Synthesizing wave attenuation research for various coastal vegetation types, including seagrasses and mangroves, offers a comprehensive understanding of their role in protecting coastal areas from wave energy.
Source=frontiers_ecology_environment
The collaborative power of coral reefs, seagrasses, and mangroves further enhances coastal regions resilience to natural hazards and underscores the importance of integrated coastal management to safeguard these ecosystems.
Source=plos_one
